IEEE International Ultrasonics Symposium 2019 6-9 October 2019 SEC, Glasgow, Scotland, UK

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Table Of Contents

Welcome ...... 02 Organisational Structure ...... 03 Technical Programme Committee ...... 04 Venue Details ...... 07 General Information ...... 09 Proceedings ...... 12 Becoming a Member of IEEE ...... 12 Social Programme ...... 13 Ancillary Meetings ...... 17 Student Arrangements ...... 18 LEgacy and outreach ...... 20 Technical Programme ...... 22 Plenary Speakers ...... 23 Invited Speakers ...... 25 Invited Spotlight Session Speakers ...... 27 Industry Speakers ...... 28 Oral Presentations ...... 29 Panel Sessions ...... 29 Technical Programme at a Glance ...... 30 Posters ...... 34 Technical Programme in Detail ...... 45 – Monday, 7 October 2019 ...... 46 – Tuesday, 8 October 2019 ...... 80 – Wednesday, 9 October 2019 ...... 115 Sponsors and Exhibitors ...... 150 Hall 2 Exhibition Floorplan ...... 150 Exhibition Stands ...... 151 Exhibitors ...... 155 Author Index ...... 156 Sec Floor Plans ...... 182 Map of Glasgow ...... 184 Notes ...... 185

IEEE IUS 2019 – 01 WELCOME Message from the IEEE IUS 2019 General Co-Chairs

The IEEE International Ultrasonics Symposium, in Glasgow, Scotland, from 6th to 9th October 2019, is at the Scottish Event Campus on the bank of the historic River Clyde.

This is the first time this expanding symposium has been held in the United Kingdom, bringing together academic and industrial researchers from a host of countries around the world for scientific exchange, to inspire new ideas, to sell products, and to launch new projects.

Glasgow has a very long history of ultrasound. As a place where ships have been built for many years, this brought interest in SONAR and in non-destructive evaluation. With equipment used in the ship-building industry and borrowed from Kelvin and Hughes Ltd, Ian Donald, Regius Professor of Obstetrics and Gynaecology at the University of Glasgow, originated and led the development of obstetric ultrasound, now the most widely used application in the world. Professor Donald’s work paved the way for more than 60 years of innovation in ultrasound, with a continuing thread ever-renewing through existing activity, startup companies, and creativity in research.

Glasgow itself is a historic city, situated in the Clyde Valley, and reputed to be founded with the building of a Christian church in the 6th century, now the site of Glasgow Cathedral. It has been a particularly active trading and industrial city for the past 300 years, with many notable buildings and attractive parks and residential areas. It is easily accessible from the rest of the UK and is an ideal place from which to explore Ayrshire, home of the poet, Robert Burns, Edinburgh, city of the Scottish Enlightenment, and the incomparable Scottish highlands, a land of mists and mountains, renowned for its deep lochs, hairy cattle and plentiful Scotch whisky.

We welcome you to Glasgow and wish you all a fantastic IUS Symposium and visit to Scotland.

Sincerely,

Sandy Cochran and Margaret Lucas

02 – IEEE IUS 2019 Organisational Structure

Organisational Structure Symposium Organising Committee

Dr Lori Bridal Prof. Sandy Cochran Prof. Margaret Lucas Laboratoire d’Imagerie University of Glasgow University of Glasgow Biomédicale - UPMC General Co-Chair General Co-Chair Technical Co-Chair

Prof. John Hossack University of Dr Mark Schafer Dr Richard O’Leary Virginia Sonic Tech, Inc. University of Strathclyde Technical Co-Chair Finance Co-Chair Finance Co-Chair

Dr Larry Kessler Dr Andrew Mathieson Dr Paul Prentice Sonoscan Exhibits Thales UK University of Glasgow Co-Chair Exhibits Co-Chair Web / App Co-Chair

Mr Srinath Rajagopal Dr Helen Mulvana National Physical University of Strathclyde Dr Vassilis Sboros Laboratory Legacy and Outreach Heriot-Watt University Web / App Co-Chair Co-Chair / Publicity Co-Chair Legacy and Outreach Co-Chair

Dr Julien Reboud University of Glasgow Prof. Anthony Gachagan Dr David Hughes Legacy and Outreach Co-Chair Strathclyde University Novosound Ltd Short Courses Co-Chair Local Arrangements Co-Chair Local Arrangements Co-Chair

Dr Bill Wright Prof. Steve Freear Prof. Peter Hoskins University College Cork University of Leeds University of Edinburgh Short Courses Co-Chair Proceedings Co-Chair Proceedings Co-Chair

Dr Xiaoning Jiang Prof. Zhihong Huang North Carolina State University of Dundee University Student Arrangements Student Arrangements Dr Paul Reynolds Co-Chair Co-Chair / Publicity Co-Chair IUS 2020 General Co-Chair

Dr Scott Smith Jessica Liu Strohmann GE Global Research Qualcomm Technologies, Inc. IUS 2020 General Co-Chair Industrial Engagement

IEEE IUS 2019 – 03 Technical Programme Committee

37. Larry Mo, GE Global Research, USA 38. Lasse Løvstakken, Norwegian University of Science Medical Ultrasonics and Technology, Norway Vice-Chair: 39. Lori Bridal, CNRS - Sorbonne University, France Alfred C. H. Yu, 40. Magnus Cinthio, Lund University, Sweden University of Waterloo 41. Marie Muller, North Carolina State University, USA Canada 42. Mark Borden, University of Colorado Boulder, USA 43. Marvin Doyley, University of Rochester, US 44. Massimo Mischi, Eindhoven University of Technology, 1. Ayache Bouakaz, INSERM, France The Netherlands 2. Bajram Zeqiri, National Physical Laboratory, UK 45. Matthew F. Bruce, University of Washington, USA 3. Brian Fowlkes, University of Michigan, USA 46. Matthew W. Urban, Mayo Clinic, USA 4. Caterina Gallippi, University of North Carolina, USA 47. Michael Kolios, Ryerson University, Canada 5. Charles A. Cain, University of Michigan, USA 48. Michael Oelze, University of Illinois, USA 6. Chih-Kuang Yeh, National Tsing Hua University, Taiwan 49. Mickael Tanter, INSERM, France 7. Chris de Korte, Radboud University Medical Center, 50. Mike Averkiou, University of Washington, USA The Netherlands 51. Mingxi Wan, Xi’an Jiaotong University, China 8. Damien Garcia, CREATIS, France 52. Mostafa Fatemi, Mayo Clinic College of Medicine, USA 9. Elisa Konofagou, Columbia University, USA 53. Nico de Jong, Erasmus Medical Centre, The 10. Emad Ebbini, University of Minnesota, USA Netherlands 11. Georg Schmitz, Ruhr-Universität Bochum, Germany 54. Nobuki Kudo, Hokkaido University, Japan 12. George Kapodistrias, Samsung Research, USA 55. Olivier Couture, CNRS at Physics for Medicine, France 13. Guy Cloutier, University of Montreal, Canada 56. Pai Chi Li, National Taiwan University, Taiwan 14. Hairong Zheng, Shenzhen Institutes of Advanced 57. Paul A. Dayton, University of North Carolina/NCSU, USA Technology, China 58. Peter Hoskins, University of Edinburgh, UK 15. Helen Mulvana, University of Strathclyde, UK 59. Piero Tortoli, University of Florence, Italy 16. Hervé Liebgott, CREATIS, France 60. Ralf Seip, SonaCare Medical, LLC, USA 17. Hideyuki Hasegawa, University of Toyama, Japan 61. Roberto Lavarello, Pontificia Universidad Católica del 18. Hiroshi Kanai, Tohoku University, Japan Perú, Peru 19. James Greenleaf, Mayo Clinic, USA 62. Roger J. Zemp, University of Alberta, Canada 20. James Wiskin, QT Ultrasound Inc., USA 63. Shigao Chen, Mayo Clinic, USA 21. Jan Dhooge, Catholic University of Leuven, Belgium 64. Stas Emelianov, Georgia Institute of Technology and Emory University School of Medicine, USA 22. Jean-Yves Chapelon, INSERM, France 65. Steven Freear, University of Leeds, UK 23. Jeff Ketterling, Riverside Research, USA 66. Stuart Foster, University of Toronto, Canada 24. Jeremy Dahl, Stanford University, USA 67. Svetoslav Nikolov, BK Ultrasound, Denmark 25. Jianwen Luo, Tsinghua University, China 68. Thanasis Loupas, Philips Ultrasound, USA 26. Jian-yu Lu, University of Toledo, USA 69. Ton van der Steen, Erasmus Medical Centre, The 27. John Hossack, University of Virginia, USA Netherlands 28. Jonathan Mamou, Riverside Research, USA 70. Wilko G. Wilkening, Siemens Medical Solutions, USA 29. Jørgen Arendt Jensen, Technical University Denmark, 71. William D. O’Brien, University of Illinois, USA Denmark 72. Yonina Eldar, Weizmann Institute of Science, Israel 30. Kai E. Thomenius, Massachusetts Institute of Technology, USA 31. Kang Kim, University of Pittsburgh, USA 32. Kathy Ferrara, Stanford University, USA 33. Kathy Nightingale, Duke University, USA 34. Keith Wear, Food and Drug Administration, USA 35. Kendall Waters, Silicon Valley Medical Instruments, USA 36. Kullervo Hynynen, University of Toronto, Canada

04 – IEEE IUS 2019 Organisational Structure

73. 9. Jan Brown, JB Consulting, USA 10. Ji Wang, Ningbo University, China Sensors, NDE & Industrial 11. Jiun-Der Yu, Qualcomm Technologies, Inc., USA Applications 12. John Larson, Broadcom Ltd, USA Vice-Chair: Erdal Oruklu, Illinois 13. Jörg Wallaschek, Leibniz Universität Hannover, Institute of Technology, US Germany 14. Kimmo Kokkonen, Qorvo, Germany 15. Margaret Lucas, University of Glasgow, UK 1. Bernhard Tittmann, Pennsylvania State University, USA 16. Masaya Takasaki, Saitama University, Japan 2. David Greve, Carnegie Mellon University, USA 17. Minoru Kuribayashi Kurosawa, Tokyo Institute of Technology, Japan 3. Donald McCann, Seadrill, USA 18. Robert Thalhammer, Qualcomm, Germany 4. Donald E. Yuhas, Industrial Measurement Systems, USA 19. Robert J. McGough, MSU, USA 5. Edward Haeggstrom, University of Helsinki, Finland 20. Takahiko Yanagitani, Waseda University, Japan 6. Jacqueline Hines, Applied Sensor R&D Corporation, USA 21. Takefumi Kanda, Okayama University, Japan 7. Jafar Saniie, Illinois Institute of Technology, USA 22. Vincent Laude, FEMTO-ST / CNRS, France 8. James Blackshire, Air Force Research Laboratory, USA 23. Yook-Kong Yong, Rutgers University, USA 9. James Friend, UCSD, USA 24. Yun Jing, North Carolina State University, USA 10. Jennifer Michaels, Georgia Institute of Technology, USA

11. Jiromaru Tsujino, Kanagawa University, Japan

12. Joel Harley, University of Utah, USA 13. John F. Vetelino, University of Maine, USA 14. Kentaro Nakamura, Tokyo Institute of Technology, Japan Microacoustics-SAW, 15. Lawrence W. Kessler, Sonoscan Inc., USA BAW & MEMS 16. Mario Kupnik, Technische Universität Darmstadt, Vice-Chair: Shuji Tanaka, Germany Tohoku University, Japan 17. Nishal Ramadas, Elster Instromet, UK 18. Patrick Johnston, NASA Langley Research Center, USA 1. Amelie Hagelauer, University of 19. Paul Wilcox, University of Bristol, UK Erlangen-Nuremberg, Germany 20. Ramazan Demirli, Villanova University, USA 2. Ben Abbott, Skyworks Solutions, Inc., USA 21. Robert C. Addison, Rockwell Science Center, USA 3. Gerhard Fischerauer, Universität Bayreuth, Germany 22. Roman Maev, University of Windsor, Canada 4. Hagen Schmidt, Leibniz Institute for Solid State and 23. Walter Arnold, Fraunhofer Institute for NDT, Germany Materials Research Dresden (IFW Dresden), Germany 24. William Wright, University College Cork, Ireland 5. Hiroyuki Nakamura, Skyworks Solutions, Inc., Japan 6. Jan Kuypers, Blickfeld GmbH, Germany 7. Jidong Dai, Murata Electronics North America, Inc., USA 8. Jyrki Kaitila, Broadcom Ltd, Germany 9. Karl Wagner, RF360 Europe GmbH, Germany Physical Acoustics 10. Ken-ya Hashimoto, Chiba University, Japan Vice-Chair: Koen W.A. van Dongen, 11. Leonhard Reindl, Albert-Ludwigs-Universität Delft University of Technology, The Freiburg, Germany Netherlands 12. Marc Solal, Qorvo, Inc, USA 13. Masanori Ueda, Taiyo Yuden Co., Ltd., Japan 14. Mauricio Pereira da Cunha, University of Maine, USA 1. Alex Maznev, MIT, USA 15. Maximilian Pitschi, RF360 Europe GmbH, Germany 2. Amit Lal, Cornell University, USA 16. Michio Kadota, Tohoku University, Japan 3. Andreas Mayer, HS Offenburg – Univ. of Applied 17. Natalya Naumenko, National University of Science and Technology, Russia Sciences, Gengenbach, Germany 18. Omar Elmazria, Université de Lorraine, France 4. Anne Bernassau, Heriot Watt University, UK 19. Paul Bradley, Broadcom Ltd, USA 5. Charles Courtney, University of Bath, UK 20. Rich Ruby, Broadcom Ltd, USA 6. Dave Feld, Broadcom Ltd, USA 21. Robert Weigel, University of Erlangen-Nuremberg, 7. Eun Sok Kim, University of Southern California, USA Germany 8. István A. Veres, Qorvo Inc., USA 22. Robert Aigner, Qorvo, Inc., USA

IEEE IUS 2019 – 05 23. Ryo Nakagawa, Murata Manufacturing Co., Ltd., Japan Symposium Organising 24. Sergei Zhgoon, National Research University (Moscow Power Engineering Institute), Russia Secretariat 25. Shogo Inoue, Qorvo, Inc, USA If you have any queries during the Symposium, 26. Sunil Bhave, Purdue University, USA please come to the Registration Desk in Hall 2. 27. Sylvain Ballandras, frec|n|sys SASU, France 28. Tao Han, Shanghai Jiao Tong University, China In Conference Ltd 29. Tuomas Pensala, VTT Technical Research Centre of Finland, Finland Edinburgh: 30. Ventsislav Yantchev, Chalmers University of Unit 1, Q Court, Quality Street, Edinburgh, EH4 5BP Technology, Sweden Glasgow: 38 Queen Street, Glasgow, G1 3DX T: +44 (0) 131 336 4203 E: [email protected]

Transducers & Transducer Materials Vice-Chair: Omer Oralkan, North ... Association Management Company and Carolina State University, US Professional Conference Organisers Established 1989

1. Alessandro Savoia, Universita degli Studi Roma Tre, Italy 2. Anne-Christine Hladky, Institut Supérieur d’Electronique et du Numerique, France 3. Arif Sanli Ergun, TOBB University, Turkey 4. Charles Emery, Ulthera Inc., USA 5. Christine Démoré, University of Toronto, Canada 6. Christopher Daft, River Sonic Solutions, USA 7. David Cowell, University of Leeds, UK 8. Franck Levassort, Francois-Rabelais University of Tours, France 9. Ho-yong Lee, Ceracomp Co., Ltd, Korea 10. Jeremy Brown, Dalhousie University, Canada 11. Jian Yuan, ALS Shanghai, China 12. Loriann Davidsen, Philips Healthcare, USA 13. Lynn Ewart, NUWC, USA 14. Nicolas Felix, Vermon SA, France 15. Qifa Zhou, University of Southern California, USA 16. Richard O’Leary, University of Strathclyde, UK 17. Sandy Cochran, University of Glasgow, UK 18. Shujun Zhang, University of Wollongong, Australia 19. Stefan Rupitsch, Friedrich-Alexander University, Germany 20. Susan Trolier-McKinstry, Pennsylvania State University, USA 21. Tomas Gomez, CSIC, Madrid, Spain 22. Valsala Kurusingal, Thales Australia, Australia 23. Wallace Smith, Office of Naval Research, USA 24. Wei Ren, Xi’an Jiaotong University, China 25. Weibao Qiu, Shenzhen Institutes of Advanced Technology, China 26. Xiaoning Jiang, North Carolina State University, USA 27. Yongrae Roh, Kyungpook National University, Korea

06 – IEEE IUS 2019 VENUE DETAILS

Venue Details

Scottish Event Campus (SEC) Exhibition Way, Glasgow G3 8YW www.sec.co.uk +44 (0) 141 248 3000

Travel The SEC has its own dedicated railway station – Exhibition Centre – allowing easy access to the city centre and suburbs. There are six trains an hour (around every 10 minutes) from Exhibition Centre (journey time 4 minutes) to Glasgow Central station. To return from Glasgow Central Station to Exhibition Centre, depart from Platform 17 (low level).

The 100 Riverside bus service operated by SPT runs from George Square (north) in Glasgow city centre to the SEC and Riverside Museum (south) and back every 30 minutes. The bus stop is located outside the Clyde Auditorium.

Accessibility The SEC has automatic doors at both the East and West entrances. The main doors into the SEC Armadillo have been widened to provide easier access for wheelchairs. Please contact a steward who will be pleased to open for you.

Every hall in the SEC is at ground level, and the upper levels of the SEC Armadillo, Loch Suite and Meeting Academy are accessible by lift.

If you have your own wheelchair and wish to bring it to IEEE IUS 2019, you’re welcome to do so. The venue does have a small number of wheelchairs available to borrow, but these are available on a first- come, first-served basis.

There are accessible toilets across the venue, and these are accessed by a Radar Key. SEC members of staff nearest the accessible toilets will have a Radar Key.

Walking and Jogging Routes The SEC has three clearly defined walking and jogging routes near the venue. Pick up a leaflet at the SEC Information Centre on the main concourse for further information and route recommendations.

IEEE IUS 2019 – 07 Nextbike Hire Delegates can pick up a free Nextbike at the SEC or at one of the bike stations in the city for unlimited use during the conference. With 500 bikes and 53 stations across the city, it has never been easier to get around Glasgow by bike. The high quality and great value bikes are situated across the city, catering to locals as much as tourists.

To sign up: Register on the Nextbike website www.nextbike.co.uk or the mobile app ‘Nextbike’. The app can be downloaded from the App Store or Google Play.

Enter your personal details. You do not need to enter your card details and no deposit will be taken. Do not select a subscription from the drop-down menu.

Via the app, select ‘My Details’ and ‘Redeem Voucher’ or via the website select ‘My Account’ and ‘Vouchers.’ Enter code 569856

To hire a bike: Open the Nextbike app and log in or call the customer hotline

Enter the bike number and press Rent Bike or Scan the QR code

You will receive a code for the bicycle lock via your app or via text

Unlock the bicycle and get cycling for free To return, simply lock the bicycle at the docking station and end the rental via the app; your rental has now ended.

Costs: Subscription Rental Tariff: First hour per ride - free Additional hours per ride - up to 24 hours - free

If you have any questions about Nextbikes please speak to a member of staff at the SEC Information Desk on the Main Concourse or contact the Nextbike Customer Service:

T: +44 (0) 20 8166 9851 E: [email protected] W: www.nextbike.co.uk

08 – IEEE IUS 2019 GENERAL INFORMATION

General Information

Certificate of Attendance A certificate of attendance will be provided electronically after the Symposium. The link will be emailed to all delegates after the Symposium has finished.

Cloakroom There will be a cloakroom available for delegates’ use, located on the main concourse. There is no charge for delegates to leave items in the cloakroom.

Conference Etiquette Mobile phones should be switched off or placed on ‘silent’ during sessions. Please also respect speakers and other delegates and refrain from talking during presentations.

Exhibition Opening Times The support of our sponsors and exhibitors is vital to the success of the Symposium and all delegates are kindly requested to show their reciprocal support and visit the exhibition stands in Hall 2. The exhibition will be open at the following times:

Monday, 7 October: 09.30 – 18.00 Tuesday, 8 October: 09.30 – 18.00 Wednesday, 9 October: 09.30 – 16.00

Insurance The Symposium Organisers cannot accept any liability for personal injuries or for loss or damage to property belonging to delegates, either during, or as a result of the meeting. Please check the validity of your own personal insurance before travelling.

Lunch and Refreshment Breaks All refreshment breaks will be served at the catering stations in Hall 2.

If you have requested a special diet at the time of registering, please advise a member of the catering team who will direct you to the Special Diets section. Vegetarian diets will be accommodated on the main catering stations.

Mobile App The official IEEE IUS 2019 mobile app is an easy way to look up sessions, plan your event schedule, view details about all sponsors and exhibitors and to find general information about the Symposium.

To download the official IEEE IUS 2019 Mobile App, either search for “IEEE IUS” in your respective app store, scan the QR code on the left or visit https://www.core-apps.com/dl/ieee_ius19.

Once you have downloaded the app, you can decide if you wish to create a profile to be visible in the attendees list. You do not have to create a profile to be able to use the app.

If you have any questions about the IEEE IUS 2019 Mobile App please do not hesitate to contact us at the Registration Desk in Hall 2.

IEEE IUS 2019 – 09 Notices and Statements

Harassment Notice Harassment consists of unwanted, unwelcome and uninvited behaviour that demeans, threatens or offends another person.

To report harassment you witness or experience at this meeting, contact any IEEE IUS 2019 Local Organising Committee Member (who will have a blue strip on their name badge) or report to the conference organising staff at the Registration Desk.

Photography Statement Attendance at this conference constitutes agreement to the distribution by IEEE of the attendee’s image or voice for informational, publicity, promotional and reporting purposes by print or electronic communications media.

Only approved and official photography will be permitted during the conference.

Photography and video recording by attendees at the conference is expressly not permitted without special prior written permission of IEEE. Attendees observed taking any videos, pictures, or any other recordings of the technical content of oral presentations or posters will be asked to stop and may be asked to leave the session or the conference.

Registration

Registration Desk All delegates will receive their name badge, Symposium documents, and all relevant Symposium information upon arrival at the SEC at the Registration Desk.

The Registration Desk will remain open for the full duration of IEEE IUS 2019. If you have any questions, do not hesitate to visit us!

The Registration Desk is located in Hall 2 and will be open at the following times:

Sunday, 6 October 08:00 to 19:00 Monday, 7 October 07:00 to 18:00 Tuesday, 8 October 07:00 to 18:00 Wednesday, 9 October 07:30 to 17:30

10 – IEEE IUS 2019 GENERAL INFORMATION

Registration Details

Early Bird Registration Rates Late Registration Rates Until 26.08.19, midnight Pacific Time After 26.08.19 IEEE Member * £615.00 £730.00 IEEE Student Member * £235.00 £350.00 IEEE Life Member * £235.00 £350.00 Retiree * £235.00 £350.00 Non IEEE Member * £770.00 £885.00 Student Non Member * £370.00 £465.00 Day Registration ** £320.00 £320.00 One Short Course (Regular) *** £195.00 £270.00 Two Short Courses (Regular) *** £305.00 £385.00 One Short Course (Student/Retiree) *** £115.00 £195.00 Two Short Courses (Student/Retiree) *** £195.00 £310.00 Companion Registration**** £150.00 £150.00 Symposium Gala Dinner £60.00 £60.00

* Registration includes: refreshment breaks and a bagged lunch on each day, access to all sessions, exhibits, welcome reception, gala dinner, conference programme, and password-controlled internet access to the conference proceedings. Short courses are not included.

**One Day Registration includes: refreshment breaks and a bagged lunch on that day, password- controlled internet access to the conference proceedings and reception (if it coincides with the day of reception), but it does not include banquet. The Gala Dinner is optional for an extra £60.

***Short Course Only Registration includes: access to the short course and does not include access to conference sessions, banquet, reception, or exhibits. It includes password-controlled internet access to the conference proceedings.

****Companion Registration includes: Refreshment breaks and lunches on each day, welcome reception and gala dinner.

Delegate Cancellation: Notification of cancellation must be submitted by email to the congress organisers (In Conference Ltd) to [email protected].

Cancellations made on or before the official cancellation deadline will be refunded less the £50 administration fee. Cancellations made after the cancellation deadline will NOT be refunded.

No Shows will NOT be refunded. Substituting a registered delegate with an alternative person (one of your co-authors only) is acceptable until the cancellation deadline and should be notified to [email protected]. Note that the name and order of the authors will NOT be changed in the programme and proceedings.

IEEE IUS 2019 – 11 Speaker Preview Oral presenters must check in their presentations at least 2 hours prior to their session start time, preferably during a refreshment break (if possible). For early morning presentations previews should be made on the prior day.

Speaker Preview is located within the Etive Room on Level 0, the same level as registration (less than a 2-minute walk from registration) and will be open during the following times:

Sunday, 6 October 08:00 to 19:00 Monday, 7 October 07:00 to 18:00 Tuesday, 8 October 07:00 to 18:00 Wednesday, 9 October 07:30 to 17:00

Student Helpers Student helpers can be identified by their blue IEEE IUS 2019 T-shirts. They will be able to assist you with any questions about session rooms, programme queries, directions or general enquiries.

WiFi There is a dedicated free Wi-Fi connection for IEEE IUS 2019 attendees. To connect, simply connect to the “SEC Wi-Fi” network.

Proceedings

The proceedings is the official citable document that will be uploaded to IEEE Xplore, and submitted to Web of Science and Scopus databases. The proceedings is the official evidence of your contribution to IUS 2019.

The proceedings will be available on the IUS 2019 website. All registered delegates will be sent a password by email gain to access to proceedings.

Becoming a Member of IEEE

IEEE membership offers access to technical innovation, cutting-edge information, networking opportunities, and exclusive member benefits. Members support IEEE’s mission to advance technology for humanity and the profession, while memberships build a platform to introduce careers in technology to students around the world.

Please visit www.ieee.org/membership for more information.

12 – IEEE IUS 2019 Social Programme

Social Programme

Come and join us for evenings full of fun, networking, quality food and drink with colleagues and friends during IEEE IUS 2019. We are delighted to invite you to our Opening Civic Reception and Gala Dinner!

Opening Civic Reception

Date/Time: Monday, 7 October from 7.00pm – 9.00pm Attendance: You must have pre-booked to attend, this will be noted on the reverse of your delegate badge. Please show your badge to guarantee entry to this event.

Address: Glasgow Science Centre, 50 Pacific Quay, Glasgow G51 1EA Further information and Directions: www.glasgowsciencecentre.org

IEEE IUS 2019 officially welcomes all delegates, sponsors and exhibitors on the first day of the Symposium at the Civic Reception courtesy of The Rt Hon The Lord Provost of Glasgow at the Science Centre.

Glasgow Science Centre is one of Scotland’s must-see visitor attractions – presenting concepts of science and technology in unique and inspiring ways.

Enjoy drinks and canapes, whilst exploring this intriguing venue. We guarantee an interactive evening amongst the science and technology exhibits – a great opportunity to meet delegates, colleagues and friends and kick the Symposium off in style!

The Science Centre is located a few minutes’ walk over a bridge across the River Clyde. Delegates will walk over to the Science Centre together, following the Evening Plenary.

IEEE IUS 2019 – 13 Symposium Gala Dinner and Ceilidh

Date/Time: Tuesday, 8 October from 7.00pm – 11.30pm Attendance: You must have pre-booked to attend, this will be noted on the reverse of your delegate badge. Please show your badge to guarantee entry to this event.

Address: Merchant Square, 71 Albion Street, Glasgow G1 1NY (see below for detailed directions) Further information: www.merchantsquareglasgow.com

A truly unique experience awaits you at Merchant Square for the IEEE IUS 2019 Gala Dinner – enjoy the vibrant atmosphere whilst indulging in the food of your choice. Located on Candleriggs in the heart of the Merchant City, Glasgow’s cultural, fashion and food quarter, Merchant Square offers an eclectic selection of restaurants and bars all under one roof!

A move away from the traditional gala dinner, you will be greeted in the centre of the square to enjoy drinks and tray-served starters. You can then choose from a selection of cuisines from Scotland, Europe and beyond and take a seat at one of the restaurants around the square. Desserts will be tray-served, giving you the opportunity once again to network and chat to colleagues.

The evening will end with a ceilidh, to ensure this is a truly Scottish experience. Don’t forget your dancing shoes!

14 – IEEE IUS 2019 Social Programme

Directions to Merchant Square from the SEC Please use the corner entrance of Merchant Square, at the junction of Bell Street and Candleriggs (opposite The Dhabba restaurant – use postcode G1 1NU)

By Low Level Train Approximately 25 minutes travel time, £1.70 for an adult single ticket (or included in the Conference Rover ticket). 1. Walk to the Exhibition Centre Station (approx. 7 minutes’ walk over the footbridge) 2. Take the train to Argyle Street Station (approx. 7 minutes’ journey) 3. Exit the station on to Argyle Street, turn right and walk approximately 300 metres to Candleriggs (before the steeple tower) and turn left. Merchant Square is on the right, approximately 100 metres along. Use the corner entrance, at the junction of Bell Street and Candleriggs (opposite The Dhabba restaurant).

By Taxi Approximately 15 minutes’ drive Taxis will be available at the taxi rank at the SEC and the cost will be approximately £10 to £15.

By Car Approximately 15 minutes’ drive 1. Get on Clydeside Expressway/A814 from Stobcross Rd and Finnieston St 2. Take Robertson St to Broomielaw/A814 3. Continue straight onto Bridgegate/A8/A814 4. Turn left onto Saltmarket/A8 5. Turn left onto Trongate 6. Turn right onto Albion St 7. Merchant Square is on the left 8. Parking is available at the Q-Park on Candleriggs

By Bike Approximately 15-20 minutes’ ride 1. Turn onto Congress Rd, then onto Finnieston Quay 2. Continue onto Lancefield Quay/A814 3. Slight right onto NCR75 4. Cycle along the Clyde for 2 kilometres 5. Rejoin the road and veer left on Bridgegate 6. In approximately 500 metres (after the car park), turn left on to King Street 7. Continue straight ahead for approximately 400 metres (on to Candleriggs) and Merchant Square is on the right.

Walking Approximately 45 minutes’ walk 1. Turn onto Congress Rd, then onto Finnieston Quay 2. Continue onto Lancefield Quay/A814 3. Slight right onto NCR75 4. Walk along the Clyde for 1.5km 5. After passing under the railway bridge, rejoin the road and cross at the traffic lights to walk up Jamaica Street (passing Jury’s Inn) 6. In approximately 200m (at the crossroads, where you’ll see McDonald’s on the left), turn right on to Argyle Street 7. Continue straight ahead for approximately 700m, on to Trongate, and turn left on to Candleriggs (before the steeple tower). 8. Merchant Square is on the right, approximately 100 metres along. Use the corner entrance, at the junction of Bell Street and Candleriggs (opposite The Dhabba restaurant).

IEEE IUS 2019 – 15 Women in Engineering Lunch

Date/Time: Monday, 7 October from 12:00 – 13.30pm Attendance: You must have pre-booked to attend, this will be noted on the reverse of your delegate badge. Please show your badge to guarantee entry to this event. Location: Castle Suite, Crowne Plaza

FemEng is the Female Engineering Society at the University of Glasgow which, four years ago, initiated the “FemEng in Rwanda” project.

“FemEng in Rwanda” is primarily a project to encourage the participation of young women in science and engineering fields. This is a collaborative initiative with the University of Rwanda, involving four weeks of practical engagement during the summer.

The team consists of six female students in engineering and computing science from the University of Glasgow, six female students in engineering and architecture from the University of Rwanda, and six schoolgirls from various secondary schools in Rwanda.

With the support of many academics, political leaders and organisation leaders, and with funding and practical support from a number of companies, the whole FemEng in Rwanda team is constructing effective and practical workshops to promote science and engineering to 12-15 year old school pupils in Rwanda, covering disciplines from basic computer programming to diagnostic biosensing to 3D printing.

At the IEEE IUS Women in Engineering lunch, we will hear about this inspiring project and learn about some of the challenges and successes and, hopefully, contribute some good engineering ideas.

16 – IEEE IUS 2019 TEXT ANCILLARY MEETINGS

Ancillary Meetings

There is a busy programme of ancillary meetings at every IEEE International Ultrasonics Symposium. The timetable for these meetings is shown here for the convenience of those attending.

If you would like to volunteer for IEEE UFFC-S service, please contact any member of the Local Organising Committee (page 03) or speak to someone at the Registration Desk. We are always keen to recruit new volunteers.

Saturday, 5 October 2019 ExCom Meeting 12:00-13:00 Crowne Plaza Barra Suite FinCom Meeting 13:00-14:00 Crowne Plaza Barra Suite Publications Committee Meeting 14:00-15:00 Crowne Plaza Barra Suite Strategic Planning Meeting 15:00-17:00 Crowne Plaza Barra Suite UltraCom Meeting Followed by UltraCom dinner From 17:00 Crowne Plaza Barra Suite Sunday, 6 October 2019 AdCom Meeting 08:30-17:30 (breakfast from 07:30) Crowne Plaza Jura Suite

AdCom Dinner From 18:00 The Tall Ship Monday, 7 October 2019 Exhibitor Breakfast 07:00-08:00 Hall 1 AdCom Associate Editors in Chief Breakfast 07:00-08:00 Crowne Plaza Castle Suite Award Lunch 12:00-13:30 Gala Vice-Chair and Future TPC Chair Meeting 12:00-13:30 M5 Tuesday, 8 October 2019 G2 TPC Breakfast 07:00-08:00 Boisdale G3 TPC Breakfast 07:00-08:00 Carron G4 TPC Breakfast 07:00-08:00 Dochart G5 TPC Breakfast 07:00-08:00 M2-M4 AE Breakfast 07:00-08:00 Crowne Plaza Island Suite Committee for Piezocrystals Standards Meeting 12:00-13:30 M2-M4 G1 TPC Lunch 12:00-13:30 Crowne Plaza Island Suite President’s Reception 17:30-18:30 Crowne Plaza Island Suite Wednesday, 9 October 2019 Current and Future IUS Planning Committee 07:00-08:00 M5 Meeting

TPC Lunch (all Groups) 12:00-13:30 Crowne Plaza Castle Suite

IEEE IUS 2019 – 17 Student Arrangements

Student Paper Competition This is the 19th year of the Student Paper Competition which was initiated at the 2001 IEEE International Ultrasonics Symposium in Atlanta, Georgia, USA. The award certificate represents prestigious recognition of the student’s achievement.

Abstracts submitted by students for the Student Paper Competition were reviewed by the Technical Programmme Committee (TPC). At that time the TPC selected 18 finalists (6 from the Medical Ultrasonics Group, and 3 from each of the other technical groups) for the Student Paper Competition (approximately in proportion to the number of student abstracts submitted in each group). The finalists were notified and asked to produce a poster to be displayed during the special student poster session.

All Student Finalist Posters will be presented in a special section for judging by a panel of judges representing the paper’s technical group. The posters will remain on display for the duration of the symposium. The list of Student Paper Competition finalist posters can be found on page 43 of this programme. Six awards will be given, with the winners named during the evening plenary session on Monday October 7th, which begins a 17:30 in the Clyde Auditorium.

Requirements • Student is the first author • Work is of high quality and performed by the student predominantly • Student has not won this award at a previous IEEE IUS

Evaluation Criteria • Clarity of student’s presentation • Depth of student’s knowledge • Relevance of the work to the field

Awards • Medical Ultrasonics (2 Awards) • Sensors, NDE & Industrial Applications (1 Award) • Physical Acoustics (1 Award) • Microacoustics SAW, FBAR, MEMS (1 Award) • Transducers & Transducer Materials (1 Award)

Student Paper Competition posters are displayed throughout the conference in Hall 2

Student Travel Awards Any queries on travel awards should be directed to the IEEE-UFFC stand in the exhibition hall.

Student Events IEEE-UFFC is encouraging students and recent graduates in the field of ultrasonics to attend the IEEE International Ultrasonics Symposium in 2019. Three events exclusively dedicated to students have been organised.

Through these events, the idea is to create a multidisciplinary student community and offer them opportunities for career development and improvement of networking skills.

For any questions about this event, don’t hesitate to contact [email protected]

18 – IEEE IUS 2019 Student Arrangements

Student-Industry Networking Event Sponsored by Date/Time: Sunday, 6 October from 19:00 – 22:00 Location: Alsh Attendance: You must have pre-booked to attend, this will be noted on the reverse of your delegate badge. Please show your badge to guarantee entry to this event.

The objective of this networking event is to encourage and facilitate contact between graduate students finishing their PhD programmes and industry members looking for PhD graduate positions. Job opportunities in the field of ultrasonics are varied and are often unknown to students. This event is a good opportunity to fill this gap.

The first hour will be dedicated to speed-networking activity, where students will deliver elevator pitches to industry members in one-on-one rounds. A social reception will follow, for students and industry members to network casually.

Student-Professor Breakfast Date/Time: Monday, 7 October from 07:00 – 08:00 Location: Gala Attendance: You must have pre-booked to attend, this will be noted on the reverse of your delegate badge. Please show your badge to guarantee entry to this event.

This event is designed for student members to have the opportunity to network with the UFFC Society’s academic leaders over breakfast. The idea is to establish one-on-one conversations that will include topics such as career challenges in academia, post-doctoral positions, and advice related to specific research fields. Professors and students will be matched by common research topics.

Student Lunch Date/Time: Tuesday, 8 October from 12:00 – 13.30 Location: M1 Attendance: You must have pre-booked to attend, this will be noted on the reverse of your delegate badge. Please show your badge to guarantee entry to this event.

All students attending the IUS conference are invited to participate in a student lunch. This is a great opportunity for students to network with future colleagues and meet senior members of the UFFC Society.

In order to boost the event and to facilitate the speaking and contact between participants, a lunch activity will be organized.

IEEE IUS 2019 – 19 Legacy and Outreach Activities

Schools Event Date/Time: Wednesday, 9 October – All Day Location: Glasgow Science Centre, 50 Pacific Quay, Glasgow G51 1EA Children from several local primary schools will join us to learn about ultrasound and its applications through a showcase of interactive displays throughout the main Science Centre exhibits.

They will learn about how sound waves travel and interact with each other and experience how sound can be used to image structures inside the body (e.g. ultrasound imaging), levitate balls in the air and manipulate particles on surfaces, as well as perform complex surgical operations safely (like peeling the shell of an egg without breaking it).

Glasgow School of Art – Ultrasonic Glasgow Delegates may also be interested in the Ultrasonic Glasgow exhibition, running from 5 – 31 October in the Glasgow School of Art Reid Building, Ground Floor Corridor and open 10 am – 4.30 pm.

This is a celebration of the contribution of the Glasgow School of Art to the history and development of medical obstetric ultrasound. In the late 50’s and early 60’s, Glasgow led the world in this development. A unique collaboration between clinical obstetrics, engineering, electronics and design expertise created the first prototypes and production models of ultrasound scanners for use in routine obstetrics scanning in Glasgow hospitals.

The exhibition documents the early Glasgow pioneers of ultrasound, particularly the pivotal role of design in the development process and brings the story up to date by showcasing current related research at GSA. This includes the imaginings of future applications of the technology by GSA’s young Product Design Engineering students from a Glasgow School of Art and University of Glasgow joint programme co-established in 1987.

20 – IEEE IUS 2019 LeGacy and outreach

“Now You’re Talking” A Public Lecture with Trevor Cox

Date/Time: Wednesday, 9 October from 18:30 – 21:00 Location: Glasgow Science Centre, 50 Pacific Quay, Glasgow G51 1EA Attendance: You must have pre-booked to attend, this will be noted on the reverse of your delegate badge. Please show your badge to guarantee entry to this event.

Talking and singing comes naturally to most of us so it is easy to overlook how truly remarkable the voice is. Mixing biology, physics and psychology, Trevor will explore the workings of the voice looking at accents and different singing styles. The human voice has always been in flux, but over the last hundred years or so, this has been accelerated by technology. What about the future? ‘Photoshop for voice’ has already been demonstrated, leading to a future with #FakeSpeech. Rich in sound examples, the talk will draw on Trevor’s latest popular science book, Now You’re Talking.

About Trevor Cox: Trevor has presented numerous science documentaries on BBC Radio and written feature articles for New Scientist, Sound on Sound and The Guardian. He is author of Sonic Wonderland for which he won an ASA science writing award.

He is fascinated by room acoustics and how places can be designed for intelligible speech (for example, classrooms) and beautiful music (for example, auditoria). His acoustic designs can be found in rooms worldwide. He is currently working on two major research projects. Making Sense of Sound is a big data project examining everyday sounds combining psychoacoustics and machine learning. The other project is investigating future technologies for spatial audio in the home. He currently holds the Guinness World Record for producing the Longest Echo in one of the Inchindown Oil Tanks.

“A David Attenborough of the acoustic realm, whose knowledge is unimpeachable yet worn lightly, whose language is vivid yet without indulgence” (David Hendy, Observer)

IEEE IUS 2019 – 21 Technical Programme

22 – IEEE IUS 2019 Technical Programme

Plenary Speakers

Prof Lihong Wang, California Institute of Technology, USA World’s Deepest-Penetration and Fastest Optical Cameras: Photoacoustic Tomography and Compressed Ultrafast Photography

Presentation Date/Time: Monday, 7 October 2019 from 08:30 – 09:30 Room: Clyde Auditorium

Lihong Wang earned his Ph.D. degree at Rice University, Houston, Texas under the tutelage of Robert Curl, Richard Smalley, and Frank Tittel. He is Bren Professor of Medical Engineering and Electrical Engineering at California Institute of Technology. His book entitled “Biomedical Optics: Principles and Imaging,” one of the first textbooks in the field, won the 2010 Joseph W. Goodman Book Writing Award. He also edited the first book on photoacoustic tomography and coauthored a book on polarization. He has published 495 peer-reviewed articles in journals, including Nature (Cover story), Science, PNAS, and PRL, and has delivered 500 keynote, plenary, or invited talks. His Google Scholar h-index and citations have reached 123 and 63,000, respectively. His laboratory was the first to report functional photoacoustic tomography, 3D photoacoustic microscopy, photoacoustic endoscopy, photoacoustic reporter gene imaging, the photoacoustic Doppler effect, the universal photoacoustic reconstruction algorithm, microwave- induced thermoacoustic tomography, ultrasound-modulated optical tomography, time-reversed ultrasonically encoded optical focusing, nonlinear photoacoustic wavefront shaping, compressed ultrafast photography (10 trillion frames/s, world’s fastest real-time camera), Mueller-matrix optical coherence tomography, and optical coherence computed tomography. In particular, photoacoustic imaging broke through the long-standing diffusion limit on the penetration of optical imaging and reached new depths for noninvasive biochemical, functional, and molecular imaging in living tissue at high resolution. He chairs the annual conference on Photons plus Ultrasound, the largest conference at Photonics West. He was the Editor-in-Chief of the Journal of Biomedical Optics. He received the NIH’s FIRST, NSF’s CAREER, NIH Director’s Pioneer, NIH Director’s Transformative Research, and NIH/ NCI Outstanding Investigator awards. He also received the OSA C.E.K. Mees Medal, IEEE Technical Achievement Award, IEEE Biomedical Engineering Award, SPIE Britton Chance Biomedical Optics Award, Senior Prize of the International Photoacoustic and Photothermal Association, and OSA Michael S. Feld Biophotonics Award. He is a Fellow of the AIMBE (American Institute for Medical and Biological Engineering), Electromagnetics Academy, IEEE (Institute of Electrical and Electronics Engineers), OSA (Optical Society of America), and SPIE (Society of Photo-Optical Instrumentation Engineers) as well as a Foreign Fellow of COS. An honorary doctorate was conferred on him by Lund University, Sweden. He was inducted into the National Academy of Engineering.

IEEE IUS 2019 – 23 Plenary Speakers

Prof Jon Cooper University of Glasgow, UK Microstructures to shape Acoustic Fields and Produce Complex Fluidic Flows. Interactions between Fluids, Ultrasound & Phononic Structures

Presentation Date/Time: Monday, 7 October 2019 from 17:30 – 18:30 Room: Clyde Auditorium

Professor Jon Cooper holds The Wolfson Chair in Biomedical Engineering and is a University Vice Principal at the University of Glasgow, having overall responsibility for the University’s Knowledge Exchange strategy and policies and for the University’s relationships with its strategic partners including industry, NHS, Government and Charities. He is also responsible for the University’s enterprise activities, including the promotion of spinout companies. Previously, he was Head of the Division of Biomedical Engineering in the School of Engineering and a Dean in the College of Science and Engineering. He also held positions as International Dean for East Asia and led the University’s strategy in Transnational Education.

Jon holds a European Research Council Advanced Investigator Award, a Royal Society Merit Award and an Engineering and Physical Sciences Research Council Fellowship. He has 240 publications in internationally renowned peer reviewed journals, with an h-index of 76. He has also been involved as an academic founder of three spin-out companies, Modedx; SAWdx and Clyde Biosciences, in the fields of medical diagnostics, drug delivery and new medicines discovery.

In one strand of his research work, rapid, zero-cost “origami paper” diagnostics are being trialled in rural Uganda as species-specific DNA sensors to identify the cause of infectious disease and inform treatment “in the field”. Further examples include bathroom diagnostics, sold as products on the high street (e.g. at Boots the Chemist).

Jon has served on successive UK government Research Excellence Framework assessment engineering panels (in RAE2008, REF2014 and REF2021). He was elected as a Fellow of the Royal Academy of Engineering (the UK’s national academy of engineering) as well as a Fellow of the Royal Society of Edinburgh (Scotland’s national academy of arts, humanities and sciences).

24 – IEEE IUS 2019 Technical Programme

Special Speakers

Clinical Speakers Invited Speakers Prof Christy Holland University of Cincinnati, USA Presentation Title: Lipid-Shelled Prof Andy Evans Medical Ultrasonics Microbubbles for Ultrasound- Triggered Release of Bioactive University of Dundee, UK Gases to Treat Stroke and Presentation Title: Using Shear Cardiovascular Disease Wave Elastography to Manage Prof Paul Beard Session: WeJ2: MTH*: Breast Cancer Patients University College London, UK Cardiovascular Therapy Session: MoB1: Clinical Invited: Presentation Title: Date: Wednesday, 9 October Applications of Modern Optically Resonant Cavity Time: 14:00-14:30 Ultrasound Imaging Detectors for Photoacoustic and Room: Lomond Date: Monday, 7 October Ultrasound Imaging Time: 14:30-15:00 Session: MoA2: MPA: Latest Room: Clyde Auditorium Advances in Photoacoustic Technology and Applications Prof Michael Insana Date: Monday, 7 October University of Illinois, USA Prof Graeme McLeod Time: 10:30-11:00 Presentation Title: Advances in Pulsed Doppler Methods for University of Dundee, UK Room: Forth Peripheral Perfusion Imaging Presentation Title: Ultrasonic Session: TuG1: MBF*: Regional Anaesthesia Needles or Microvascular Imaging Ultrasound at Tip of Needle: Fact Christine Demore Date: Tuesday, 8 October or Fiction? Sunnybrook Research Institute, Time: 16:30-17:00 Session: MoB1: Clinical Invited: Canada Room: Lomond Applications of Modern Presentation Title: Ultrasonic Ultrasound Imaging Devices for Biomedical

Date: Monday, 7 October Applications: A Developing Career Elisa Konofagou Time: 14:00-14:30 Session: MoC2:Awardee Lecture* Columbia University, USA Room: Clyde Auditorium Date: Monday, 7 October Time: 16:30-17:00 Presentation Title: Beyond Room: Forth Conventional Clinical Ultrasound: Prof Paul Sidhu Advancing Elasticity Imaging and Therapeutics King’s College London, UK Session: MoC2:Awardee Lecture* Presentation Title: CEUS and Prof Hideyuki Hasegawa Date: Monday, 7 October Elastography of the Liver, Thyroid University of Toyama, Japan Time: 16:00-16:30 and the Testis Presentation Title: Recent Room: Forth Session: MoB1: Clinical Invited: Developments in Adaptive Applications of Modern Beamforming

Ultrasound Imaging Technologies Session: TuF1: MBB*: Adaptive Prof Jensen Li Date: Monday, 7 October Beamforming Hong Kong University of Science Time: 13:30-14:00 Date: Tuesday, 8 October and Technology, Hong Kong Room: Clyde Auditorium Time: 14:30-15:00 Room: Lomond Presentation Title: Acoustic Metamaterials: Opportunities for Translation in Medical Ultrasound Session: WeI2: MSD*: New Ultrasound Materials and Systems Date: Wednesday, 9 October Time: 11:00-11:30 Room: Lomond

IEEE IUS 2019 – 25

Dr James Wiskin Physical Acoustics Microacoustics-SAW, QT Ultrasound, Llc, USA BAW & MEMS Presentation Title: Full Wave 3D Inverse Scattering Transmission Marco Aurelio Brizzotti Ultrasound Tomography: Breast Andrade Ausrine Bartasyte and Whole Body Imaging University of São Paulo, Brazil Presentation Title: Engineering of Session: TuE1: MIM*: Tomography Presentation Title: The role of LiNbO3 Films for Next Generation and Imaging of Complex Media primary and secondary acoustic Acoustic Wave Devices Date: Tuesday, 8 October radiation forces on the contactless Session: TuF6: AM*: Materials for Time: 11:00-11:30 manipulation of liquid droplets in Acoustic Wave Devices 1 Room: Lomond mid-air Date: Tuesday, 8 October Session: MoC7: PAT*: Acoustic Time: 14:00-14:30 Tweezers I Room: Carron Sensors, NDE & Date: Monday, 7 October Industrial ApplicatioNS Time: 16:00-16:30 Room: Boisdale Tetsuya Kimura Murata Manufacturing Co. Ltd., Prof Peter Cawley Japan Imperial College London, UK Mihai Caleap Presentation Title: A High Velocity Presentation Title: Ultrasonic University of Bristol, UK and Wideband SAW on a Thin Structural Health Monitoring – Presentation Title: Spatial LiNbO3 Plate Bonded on a Si Current Applications and Potential Sound Modulation: From Quantal Substrate in the SHF Range Session: WeJ7: NSH*: Structural Metasurfaces to Acoustic Vortices Session: TuG6: AD*: SAW Devices 1 Health Monitoring and Levitation Date: Tuesday, 8 October Date: Wednesday, 9 October Session: TuD6: PAT*: Acoustic Time: 17:00-17:30 Time: 14:30-15:00 Tweezers II Room: Carron Room: Dochart Date: Tuesday, 8 October Time: 08:00-08:30 Room: Carron Prof Andreas Mayer Yao Kui Hochschule Offenburg – University A*STAR, Singapore of Applied Sciences, Germany Presentation Title: Advanced Andreas Fichtner Presentation Title: Advances in Piezoelectric Ultrasonic Presentation Title: Faster FEM Modelling of Nonlinearities in Transducers for Structural Health Full-Waveform Inversion Surface Acoustic Wave Devices Monitoring and Photoacoustic Session: WeH6: PMI*: Inversion Session: MoB8: ADM*: Modeling of Imaging and Green’s Functions Acoustic Wave Devices 1 Session: MoA9: NTD*: Transducers Date: Wednesday, 9 October Date: Monday, 7 October Date: Monday, 7 October Time: 08:00-08:30 Time: 13:30-14:00 Time: 11:30-12:00 Room: Carron Room: Carron Room: Dochart

Dr Amin Karami Dr Karl Wagner Dr Paul Van Neer University at Buffalo, State RF360 Europe GmbH, Germany TNO, The Netherlands University of New York, USA Presentation Title: Advanced Presentation Title: The Role Presentation Title: Nonlinear TC-SAW Filter Technology for 5G of Guided Waves in Advanced Vibration Energy Harvesting for Wireless Systems Ultrasonic Flow Meter Design Leadless Pacemakers Session: WeJ6: AD*: SAW Devices 2 Session: TuF7: NFM*: Flow Session: MoA7: PGP*: Physical Date: Wednesday, 9 October Measurement Acoustics I Time: 13:30-14:00 Date: Tuesday, 8 October Date: Monday, 7 October Room: Carron Time: 13:30-14:00 Time: 11:00-11:30 Room: Dochart Room: Boisdale

26 – IEEE IUS 2019 Technical Programme

Transducers & Invited Spotlight Transducer Materials Session Speakers Prof Amin Arbabian Stanford University, USA Presentation Title: Ultrasonic Spotlight Session: Spotlight Session: Communication and Power Links Piezo Flow for High-Bandwidth Micro-Implantables Operating at Depth Date: Tuesday, 8 October Date: Tuesday, 8 October Session: WeI4: THF*: Electronics Time: 08:00-09:30 Time: 10:30-12:00 for Multimodal Operation Room: Dochart Room: Dochart Date: Wednesday, 9 October Time: 10:30-11:00 Room: Alsh Sergey Mishin Jorgen Arendt Jensen Advanced Modular Systems, Inc, Technical University of Denmark, USA Denmark Prof Dr Paul Muralt Presentation Title: Magnetron Presentation Title: Investigation of Ecole Polytechnique Federale De Deposition of AlN and ScAlN for the Secondary Acoustic Radiation Lausanne, Switzerland Mass-Production for BAW Devices Force between Water Droplets in a Presentation Title: Growth, and MEMS Multifocal Point Acoustic Levitator Properties, and Applications of Time: 08:00-08:30 Time: 10:30-11:00 Al1-xScxN Thin Films Session: MoC6: TPM*: AlN Based Transducers Takahiko Yanagitani Hagen Schmidt Date: Monday, 7 October Waseda University, Japan IFW Dresden, Germany Time: 16:30-17:00 Presentation Title: ScAlN Presentation Title: Third Room: Alsh Polarization Inverted Resonators Generation Surface Acoustic Wave and Enhancement of Kt2 in New Devices for Active Microfluidics YbAlN Materials for BAW Devices Time: 11:00-11:30 Karl Thiele Time: 08:30-09:00 Butterfly Network Presentation Title: Richard Nauber Commercializing CMUTs and Deep Thomas Shrout TU Dresden, Germany Learning to Realize Worldwide Pennsylvania State University, Presentation Title: Ultrasound Ultrasound Democratization USA Imaging in Hot Melts with Time Session: TuG4: TMU*: CMUTs II Presentation Title: High Reversal Virtual Arrays Date: Tuesday, 8 October Performance Piezoelectric Time: 11:30-12:00 Time: 16:00-16:30 Ceramics and Crystals Room: Alsh Time: 09:00-09:30

IEEE IUS 2019 – 27 Industry Speakers

The IEEE International Ultrasonics Symposium Dr Corina Nistorica 2019 is offering a new way to interact with FUJIFILM Dimatix, Inc., USA industry leaders during the Symposium. Presentation Title: MEMS Ultrasound Technology: History, Emerging trends and Applications An industry leader will give a 20 minute Session: Ultrasound Industry Perspective 2 presentation describing the challenges and Date: Tuesday, 8 October scientific frontiers related to their industry during Time: 13:00-13:20 lunchtime on each day of the Symposium. Room: Hall 1

Sensor technology used for fingerprinting, industrial applications for MEMs ultrasound Dr Jian Yuan technology and ultrasound based diagnostic and Acoustic Life Science Co., Ltd., China therapeutic equipment will be featured. Presentation Title: Considerations of design and manufacture of single crystal ultrasound Dr John Schneider transducers, a perspective from industry Qualcomm, USA Session: Ultrasound Industry Perspective 3 Presentation Title: Halt, who goes there? Date: Wednesday, 9 October Biometrics, ultrasound and the evolution of Time: 13:00-13:20 personal identification over the past millennium Room: Hall 1 Session: Ultrasound Industry Perspective 1 Date: Monday, 7 October Time: 13:00-13:20 Room: Hall 1

28 – IEEE IUS 2019 Technical Programme

Oral Presentations

Oral presentations will take place in Parallel Sessions on each day of the Symposium. You can attend any session you wish; you do not need to pre-register. Oral presentations from accepted abstracts will be 15 minutes long including 3 minutes for questions. Invited presentations are allocated 30 minutes, including 5 minutes for questions. You are welcome to move between sessions and presentations if you wish. Panel Sessions

There will be two panel sessions held in the room Forth on Monday, 7 October, in the morning and in the afternoon.

MoA2: MPA*: Latest Advances in Photoacoustic Technology and Applications Date: Monday, 7 October Time: 10:30-12:00 Room: Forth

MoC2: Awardee Lectures Date: Monday, 7 October Time: 16:00-17:30 Room: Forth Advanced Beamforming Short Session

Two presentations will be featured outside the regular track schedule in the Lomond Auditorium on Monday, 7 October.

MoxA4a: MBB : Advanced Beamforming Short Session Date: Monday, 7 October Time: 10:00-10:30 Room: Lomond Auditorium

IEEE IUS 2019 – 29 30 –IEEEIUS 2019

Sunday October 6, 2019 Short Course Schedule

University of Glasgow University of Glasgow Alsh 1 Alsh 2 Boisdale 1 Boisdale 2 Carron 1 Carron 2 Dochart 1 Dochart 2 JWS438 JWS334

SuA1 SuA2 SuA3 SuA4 SuA5 SuA6 SuA7 SuA8

Ultrafast Microbubbles Motion Estimation System-On-Chip Acoustical MEMS Technology Piezoelectric Volume Ultrasound and N anodroplets Algorithms in and Embedded Imaging; from for Acoustic Wave Fundamentals: Imaging with Imaging: Basic for Biomedical Ultrasound Computing Acoustic Field Devices Materials and the Verasonics Principles and Ultrasound Imaging: for Ultrasonic Equations to Transducer Research Systems 08:30-12:30 Applications Applications Principles and Imaging, Deep Imaging and S Tanaka & Hands-On Learning, Data Inversion S Gong S Cochran & R Daigle M Tanter M Borden & Development Compression, and S Zhang H Vos Software-Defined K Van Dongen D Garcia Communications

E Oruklu & J Saniie

13:00-18:00 SuA-UIA

UIA Sound Solutions

SuB3 SuB4 SuB5 SuB6 SuB7 SuB8 SuB9 SuB10

Artificial Ultrasound Multiphysics Finite Element Multi-Physics Medical Simulation of A Practical Intelligence in System Design Simulation of Modelling Modeling of Ultrasound Acoustic MEMS Workshop on the Ultrasound and Software Piezoelectric of A coustic BAW and S AW Transducers Devices on Cloud Use of Ultrasonic 14:00-18:00 Imaging Beamformation Sensors and Resonators Components HPC Hydrophones Actuators S Smith Y Eldar & K Thomenius YK Yong A Hagelauer A Tweedie A Hurrell R Van Sloun D Greve

Crowne Plaza Clyde Forth Hall 1 Lomond M1 Alsh Boisdale Carron Dochart M2 Gala Auditorium Auditorium Castle Suite

07:00-08:00 Exhibitor Breakfast

MoOP 08:00-08:30 Opening & UFFC-S Awards

MoKn1 08:30-09:30 Keynote: Lihong Wang

09:30-10:30 Tea, coffee and poster viewing - H all 2 MoxA4 MBB: Advanced 10:00-10:30 Beamforming Short Session

MoA1 MoA2 MoA3 MoA4 MoA5 MoA6 MoA7 MoA8 MoA9 MoA10 MTN: MPA*: Latest MIS: Image MSD: H ardware MTC: TPM: PGP*: Physical AD: BAW NTD*: MEL: Theranostic Advances in Fusion, Acceleration Quantitative Piezoelectrics Acoustics I Devices 1 Transducers Elastography 10:30-12:00 Drug Photoacoustic Segmentation Cardiovascular for N ew Methods I Delivery Technology and and Ultrasound Transducers Applications Registration

12:00-13:30 Lunch and poster viewing - H all 2 Award Women in 12:00-13:30 Lunch Engineering Lunch Ultrasound 13:00-13:20 Industry Perspective 1 MoB1 MoB2 MoB3 MoB4 MoB5 MoB6 MoB7 MoB8 MoB9 MoB10 Clinical Invited*: MPA: Towards MIS: Artifact MBF: In Vivo MCA: Phase TMU: PNL: Nonlinear ADM*: Modeling NAS: Acoustic MEL: Applications in Vivo Reduction Translation of Change CMUTs I Acoustics I of A coustic Sensors Elastography 13:30-15:00 of M odern Applications: for Therapy Flow M apping Contrast A gents Wave Devices 1 Methods II Ultrasound Technology and and N ew Techniques Imaging Approaches Applications Technologies

15:00-16:00 Tea, coffee and poster viewing - H all 2 MoC1 MoC2 MoC3 MoC4 MoC5 MoC6 MoC7 MoC8 MoC9 MoC10 MoC11 MTN: Awardee MTH: Brain and MBF: Vascular MCA: Nano TPM*: PAT*: Acoustic ADA: New NAF: Acoustic MBB: Deep PTF, PUM: 16:00-17:00 Theranostic Lecture* Spinal Therapy Characteriza- Contrast A gents AlN Based Tweezers I Filters Microfluidics Learning Thin Films Monitoring and tion in Vivo Transducers Beamformers and Ultra- Neuromodulation sonic Motors 16:00-17:30 MoKn2 17:30-18:30 Keynote: Jon Cooper MoUSA 18:30-19:00 Ultrasonics Awards

19:00-21:00 Welcome R eception – Glasgow Science Centre Monday October 7, 2019

Crowne Plaza Clyde Forth Hall 1 Lomond M1 Alsh Boisdale Carron Dochart M2 Gala Auditorium Auditorium Castle Suite MoBrF 07:00-08:00 Exhibitor Breakfast Student Breakfast MoOP 08:00-08:30 Opening & UFFC-S Awards

MoKn1 08:30-09:30 Keynote: Lihong Wang

09:30-10:30 Tea, coffee and poster viewing - H all 2 MoxA4 MBB: Advanced 10:00-10:30 Beamforming Short Session

MoA1 MoA2 MoA3 MoA4 MoA5 MoA6 MoA7 MoA8 MoA9 MoA10 MTN: MPA*: Latest MIS: Image MSD: H ardware MTC: TPM: PGP*: Physical AD: BAW NTD*: MEL: Theranostic Advances in Fusion, Acceleration Quantitative Piezoelectrics Acoustics I Devices 1 Transducers Elastography 10:30-12:00 Drug Photoacoustic Segmentation Cardiovascular for N ew Methods I Delivery Technology and and Ultrasound Transducers Applications Registration

12:00-13:30 Lunch and poster viewing - H all 2 Award Women in 12:00-13:30 Lunch Engineering Lunch Ultrasound 13:00-13:20 Industry Perspective 1 MoB1 MoB2 MoB3 MoB4 MoB5 MoB6 MoB7 MoB8 MoB9 MoB10 Clinical Invited*: MPA: Towards MIS: Artifact MBF: In Vivo MCA: Phase TMU: PNL: Nonlinear ADM*: Modeling NAS: Acoustic MEL: Applications in Vivo Reduction Translation of Change CMUTs I Acoustics I of A coustic Sensors Elastography 13:30-15:00 of M odern Applications: for Therapy Flow M apping Contrast A gents Wave Devices 1 Methods II Ultrasound Technology and and N ew Techniques Imaging Approaches Applications Technologies Te

15:00-16:00 Tea, coffee and poster viewing - H all 2 chni MoC1 MoC2 MoC3 MoC4 MoC5 MoC6 MoC7 MoC8 MoC9 MoC10 MoC11 MTN: Awardee MTH: Brain and MBF: Vascular MCA: Nano TPM*: PAT*: Acoustic ADA: New NAF: Acoustic MBB: Deep PTF, PUM: 16:00-17:00 Theranostic Lecture* Spinal Therapy Characteriza- Contrast A gents AlN Based Tweezers I Filters Microfluidics Learning Thin Films Monitoring and tion in Vivo Transducers Beamformers and Ultra- IEEE IUS 2019 – Neuromodulation sonic al Programme Motors 16:00-17:30 MoKn2 17:30-18:30 Keynote: Jon Cooper MoUSA 18:30-19:00 Ultrasonics Awards

31 19:00-21:00 Welcome R eception – Glasgow Science Centre

32 –IEEEIUS 2019 Tuesday October 8, 2019

Lomond Hall 1 M1 Alsh Boisdale Carron Dochart M2 Auditorium

TuD1 TuD2 TuD3 TuD4 TuD5 TuD6 TuD7 TuD8 MBF: Vector Flow MEL: Abdominal MCA: Gene and Drug Spotlight Piezo* MBB: Advanced PAT*: Acoustic NDE: Non Destructive MPA: Contrast Agent 08:30-09:30 Estimation Elastography Delivery Beamforming I Tweezers II Evaluation Development and Applications

09:30-10:30 Tea, coffee and poster viewing - H all 2

TuE1 TuE2 TuE3 TuE4 TuE5 TuE6 TuE7 TuE8 MIM*: Tomography MEL: Emerging MBE: Microbubbles TIS: Electronic Circuits MBB: Advanced POA: Photo Spotlight Flow* MPA: Technical 10:30-12:00 and Imaging of Elastography A and Systems Beamforming II Acoustics I Advances in Complex M edia pplications Photoacoustic Imaging

12:00-13:30 Lunch and poster viewing - H all 2

Student 12:00-13:30 Lunch

Ultrasound Industry 13:00-13:20 Perspective 2

TuF1 TuF2 TuF3 TuF4 TuF5 TuF6 TuF7 TuF8 MBB*: Adaptive MCA: Microbubble MTH: Neuromodulation TMU: PMUT s MBF: Super-R esolution AM*: Materials for NFM*: Flow MIS: Machine Learning 13:30-15:00 Beamforming Dynamics and in Flow Detection Acoustic Wave Measurement and Compressed Formulations Devices 1 Sensing I

15:00-16:00 Tea, coffee and poster viewing - H all 2

TuG1 TuG2 TuG3 TuG4 TuG5 TuG6 TuG7 TuG8 MBF*: Microvascular MCA: Contrast Imaging: MTH: Histotripsy and TMU*: CMUT s II MSD: Novel Ultrasound AD*: SAW Devices 1 NMC: Material and MTC: Quantitative 16:00-17:30 Imaging Techniques and Cavitation Phantom Design and Defect Characterization Ultrasound in Vivo Applications Applications

19:00-late Gala Dinner & Ceilidh – M erchant Square

Hall 1 Lomond M1 Alsh Boisdale Carron Dochart M2

WeH1 WeH2 WeH3 WeH4 WeH5 WeH6 WeH7 WeH8

MTC: Ultrasound MSD: Toward MCA: Ultrasound TTT: Transducers for MBE: Bioeffects and PMI*: Inversion and NSP: Signal MIM: New Techniques 08:00-09:30 Quantification of Real-Time 3D Localization Therapy Hydrophones Green’s F unctions Processing and Applications Steatosis and Imaging Microscopy and High Fibrosis Resolution Imaging I

09:30-10:30 Tea, coffee and poster viewing - H all 2

WeI1 WeI2 WeI3 WeI4 WeI5 WeI6 WeI7 WeI8

10:30-12:00 MTC: Tissue MSD*: New MCA: Ultrasound THF*: Electronics for MBF: New Flow AD: Piezo MEMS 1 NAI: Acoustic Imaging MBB: Aberration Classification by Ultrasound M aterials Localization Multimodal Operation Estimation and Microscopy and M otion Machine L earning and Systems Microscopy and High Algorithms Compensation Resolution Imaging II

12:00-13:30 Lunch and poster viewing - H all 2

Ultrasound Industry 13:00-13:20 Perspective 3

WeJ1 WeJ2 WeJ3 WeJ4 WeJ5 WeJ6 WeJ7 WeJ8

13:30-15:00 MTC: Ultrasound MTH*: MIM: Functional TMI: Intraluminal & MIS: Image AD*: SAW Devices 2 NSH*: Structural MEL: Cardiac Propagation Properties Cardiovascular Imaging I Miniature Transducers Enhancement Health M onitoring Elastography for Tissue Therapy Characterization

15:00-16:00 Tea, coffee and poster viewing - H all 2

WeK1 WeK2 WeK3 WeK4 WeK5 WeK6 WeK7 WeK8

16:00-17:30 MIS: Machine Learning MTH: Tumor Therapy MIM: Functional TPF: New MIS: Improved Image AD: BAW Devices 2 NWP: Wave MEL: Vascular and Compressed and Drug Delivery Imaging II Technologies and Post Processing Propagation Elastography Sensing II Applications

WeClS 17:30-18:15 Closing Session

18:15-20:15 WePuE Public Event – Glasgow Science Centre Technical Programme

otion otion echniques

T M 2 WeI8 WeJ8 WeK8 WeH8 and M MEL: Cardiac MEL: Cardiac Elastography Elastography MEL: Vascular Vascular MEL: Compensation MBB: Aberration Aberration MBB: and A pplications MIM: New MIM: New

onitoring

WeI7 WeJ7 WeK7 WeH7 Dochart Processing NSP: Signal NSP: Signal NWP: Wave Wave NWP: Propagation ealth M and M icroscopy *: Structural NS H *: Structural H NAI: Acoustic Imaging Acoustic NAI:

unctions

WeI6 WeJ6 WeK6 WeH6 Carron AD: Piezo MEMS 1 AD: Piezo reen’s F G reen’s AD: BAW Devices 2 Devices AD: BAW PMI*: Inversion and PMI*: Inversion AD*: SAW Devices 2 Devices AD*: SAW

all 2 all all 2 all all 2 all

WeI5 WeJ5 WeK5 WeH5 Boisdale Estimation Estimation MIS: Image A lgorithms H ydrophones Enhancement MBF: New Flow Flow New MBF: Post Processing Post MBE: Bioeffects and MBE: Bioeffects MIS: Improved Image MIS: Improved

A lsh WeI4 WeJ4 WeK4 WeH4 Lunch and poster viewing - H viewing and poster Lunch Therapy ransducers for for ransducers PF: New New T PF: ea, coffee and poster viewing - H viewing and poster ea, coffee ea, coffee and poster viewing - H viewing and poster ea, coffee T A pplications T T : Technologies and Technologies MI: Intraluminal & T MI: Intraluminal F*: Electronics for for TH F*: Electronics TTT lasgow Science Centre Science – G lasgow Public Event W ePuE ultimodal Operation M ultimodal iniature Transducers M iniature

M 1 WeI3 WeJ3 WeK3 WeH3 Imaging I Imaging II Localization Localization Localization Localization MIM: Functional MIM: Functional MIM: Functional MIM: Functional MCA: Ultrasound Ultrasound MCA: MCA: Ultrasound Ultrasound MCA: esolution Imaging I esolution Imaging II R icroscopy and H igh M icroscopy icroscopy and H igh M icroscopy R aterials aterials

herapy T herapy oward oward

T T ime 3D WeI2 WeJ2 WeK2 M TH *: WeH2 omond WeClS umor umor Therapy Imaging L T eal- MSD*: New MSD*: New and Systems MSD: R Cardiovascular Closing Session and Drug Delivery M TH : Ultrasound M Ultrasound

earning

T issue all 1 all WeI1 WeJ1 WeK1 H WeH1 C: F ibrosis for Tissue for Sensing II C: Ultrasound C: Ultrasound C: Ultrasound M T Steatosis and Steatosis Perspective 3 Perspective achine L Classification by by Classification Characterization M T M T and Compressed and Compressed Quantification of of Quantification M Ultrasound Industry Industry Ultrasound MIS: Machine Learning Learning MIS: Machine Propagation Properties Properties Propagation 17:30-18:15 18:15-20:15 13:30-15:00 12:00-13:30 13:00-13:20 16:00-17:30 10:30-12:00 15:00-16:00 09:30-10:30 08:00-09:30 Wednesday October 9, 2019 October Wednesday

IEEE IUS 2019 – 33 Posters

Posters will be displayed on each day of the Symposium in Hall 2. Each day of the Symposium will feature a different set of posters on different themes and topics. Posters ending with an odd number (e.g. MoPos-01.1, MoPos-01.3, …) will be presented in the morning refreshment breaks. Posters ending with an even number (e.g. MoPos-01.2, MoPos-01.4, …) will be presented in the afternoon refreshment breaks.

Student Paper Competition Posters will be displayed throughout the Symposium. See list on pages 43 - 44.

Posters displayed on Monday, 7 October

MoPoS Hall 2 Poster Session Monday Sub-session MoPoS-01 MBB-P: Coherence-Based Beamforming Methods 6 Posters Sub-session MoPoS-02 MBE-P: Microbubbles 6 Posters Sub-session MoPoS-03 MBF-P: Vector Flow Imaging 11 Posters Sub-session MoPoS-04 MCA-P: Ultrasound Localization Microscopy and High Resolution Imaging 6 Posters Sub-session MoPoS-05 MCA-P: Ultrasound Localization and Magnetomotive Imaging 5 Posters Sub-session MoPoS-06 MCA-P: Microbubble Dynamics and Formulations 6 Posters Sub-session MoPoS-07 MEL-P: Cardiovascular Elastography 6 Posters Sub-session MoPoS-08 MEL-P: Elastography Development and Evaluation 8 Posters Sub-session MoPoS-09 MIM-P: Image Reconstruction Techniques 9 Posters Sub-session MoPoS-10 MIS-P: Speckle and Motion Tracking 7 Posters Sub-session MoPoS-11 MIS-P: Machine Learning 7 Posters

34 – IEEE IUS 2019 Technical Programme

Sub-session MoPoS-12 MPA-P: Machine Learning and Image Reconstruction Approaches in Photoacoustics 6 Posters Sub-session MoPoS-13 MSD-P: Ultrasound System Design 7 Posters Sub-session MoPoS-14 MTC-P: Bone Ultrasound 9 Posters Sub-session MoPoS-15 MTH-P: Therapy Delivery Monitoring 7 Posters Sub-session MoPoS-16 MTH-P: Transcranial and Brain 6 Posters Sub-session MoPoS-17 MTN-P: Theranostic Agent Development 4 Posters Sub-session MoPoS-18 MBB-P: Data-Driven Beamforming Approaches 7 Posters Sub-session MoPoS-19 NAF-P: Acoustic Microfluidics 3 Posters Sub-session MoPoS-20 NAI-P: Acoustic Imaging and Microscopy 5 Posters Sub-session MoPoS-21 NAS-P: Acoustic Sensors 9 Posters Sub-session MoPoS-22 NSP-P: Signal Processing 9 Posters Sub-session MoPoS-23 PAT-P: Acoustic Tweezers III 7 Posters Sub-session MoPoS-24 PNL-P: Nonlinear Acoustics II 4 Posters Sub-session MoPoS-25 PTF-P: Thin Films 2 Posters Sub-session MoPoS-26 AD-P: SAW Devices 3 10 Posters Sub-session MoPoS-27 AM-P: Materials for Acoustic Wave Devices 2 10 Posters Sub-session MoPoS-28 TMU-P: CMUTs 13 Posters

IEEE IUS 2019 – 35 Sub-session MoPoS-29 TMU-P: PMUTs 4 Posters Sub-session MoPoS-30 TPM-P: Air-Coupled Transducers 4 Posters Sub-session MoPoS-31 THF-P: Electronics and Integration 5 Posters

Poster Plan – Monday

T S R Q P O N M L K J I H G F E D C B A MoPoS-13.1 MoPoS-31.5 MoPoS-15.7 MoPoS-01.1 MoPoS-10.1 MoPoS-13.2 MoPoS-19.2 MoPoS-19.3 MoPoS-10.2 MoPoS-15.6 MoPoS-22.5 MoPoS-07.2 MoPoS-07.3 MoPoS-28.7 MoPoS-22.6 MoPoS-26.5 MoPoS-26.4 MoPoS-28.6 MoPoS-03.11 MoPoS-03.10 MoPoS-19.1 MoPoS-31.4 MoPoS-13.3 MoPoS-07.1 MoPoS-15.5 MoPoS-22.7 MoPoS-12.6 MoPoS-01.2 MoPoS-10.3 MoPoS-22.4 MoPoS-07.4 MoPoS-28.5 MoPoS-26.3 MoPoS-28.8 MoPoS-03.9 MoPoS-26.6 MoPoS-09.9 MoPoS-31.3 MoPoS-16.1 MoPoS-12.5 MoPoS-13.4 MoPoS-15.4 MoPoS-20.1 MoPoS-01.3 MoPoS-22.3 MoPoS-04.1 MoPoS-10.4 MoPoS-07.5 MoPoS-26.7 MoPoS-22.8 MoPoS-26.2 MoPoS-28.4 MoPoS-28.9 MoPoS-03.8 MoPoS-09.8 MoPoS-06.6 MoPoS-31.2 MoPoS-15.3 MoPoS-13.5 MoPoS-12.4 MoPoS-18.7 MoPoS-26.1 MoPoS-16.2 MoPoS-22.2 MoPoS-10.5 MoPoS-01.4 MoPoS-22.9 MoPoS-03.7 MoPoS-28.3 MoPoS-20.2 MoPoS-07.6 MoPoS-04.2 MoPoS-09.7 MoPoS-26.8 MoPoS-06.5 MoPoS-28.10 MoPoS-31.1 MoPoS-22.1 MoPoS-12.3 MoPoS-23.1 MoPoS-15.2 MoPoS-16.3 MoPoS-13.6 MoPoS-01.5 MoPoS-25.2 MoPoS-18.6 MoPoS-08.1 MoPoS-28.2 MoPoS-10.6 MoPoS-20.3 MoPoS-04.3 MoPoS-26.9 MoPoS-03.6 MoPoS-06.4 MoPoS-09.6 MoPoS-28.11

T S R Q P O N M L K J I H G F E D C B A

T S R Q P O N M L K J I H G F E D C B A MoPoS-15.1 MoPoS-13.7 MoPoS-12.2 MoPoS-25.1 MoPoS-21.9 MoPoS-10.7 MoPoS-28.1 MoPoS-18.5 MoPoS-23.2 MoPoS-16.4 MoPoS-01.6 MoPoS-03.5 MoPoS-20.4 MoPoS-04.4 MoPoS-08.2 MoPoS-09.5 MoPoS-06.3 MoPoS-28.12 MoPoS-26.10 MoPoS-12.1 MoPoS-27.1 MoPoS-21.8 MoPoS-14.9 MoPoS-02.1 MoPoS-16.5 MoPoS-18.4 MoPoS-23.3 MoPoS-30.4 MoPoS-20.5 MoPoS-03.4 MoPoS-04.5 MoPoS-08.3 MoPoS-06.2 MoPoS-09.4 MoPoS-27.10 MoPoS-28.13 MoPoS-11.1 MoPoS-14.1 MoPoS-21.7 MoPoS-27.2 MoPoS-18.3 MoPoS-27.9 MoPoS-14.8 MoPoS-23.4 MoPoS-24.4 MoPoS-16.6 MoPoS-30.3 MoPoS-06.1 MoPoS-02.2 MoPoS-03.3 MoPoS-09.3 MoPoS-08.4 MoPoS-04.6 MoPoS-17.1 MoPoS-11.7 MoPoS-11.2 MoPoS-21.1 MoPoS-14.7 MoPoS-14.2 MoPoS-27.3 MoPoS-29.1 MoPoS-18.2 MoPoS-21.6 MoPoS-27.8 MoPoS-05.1 MoPoS-23.5 MoPoS-24.3 MoPoS-30.2 MoPoS-03.2 MoPoS-02.3 MoPoS-09.2 MoPoS-08.5 MoPoS-11.3 MoPoS-17.2 MoPoS-18.1 MoPoS-11.6 MoPoS-27.7 MoPoS-21.2 MoPoS-21.5 MoPoS-14.3 MoPoS-27.4 MoPoS-30.1 MoPoS-03.1 MoPoS-14.6 MoPoS-24.2 MoPoS-09.1 MoPoS-29.2 MoPoS-23.6 MoPoS-05.2 MoPoS-02.4 MoPoS-05.5 MoPoS-08.6 MoPoS-11.5 MoPoS-11.4 MoPoS-17.3 MoPoS-17.4 MoPoS-21.3 MoPoS-24.1 MoPoS-21.4 MoPoS-27.5 MoPoS-14.5 MoPoS-14.4 MoPoS-23.7 MoPoS-27.6 MoPoS-29.3 MoPoS-29.4 MoPoS-02.5 MoPoS-05.3 MoPoS-05.4 MoPoS-08.7 MoPoS-02.6 MoPoS-08.8

T S R Q P O N M L K J I H G F E D C B A

36 – IEEE IUS 2019 Technical Programme

Posters displayed on Tuesday, 8 October

TuPoS Hall 2 Poster Session Tuesday Sub-session TuPoS-01 MBB-P: Beamforming in 3D and High Frame Rate Imaging 5 Posters Sub-session TuPoS-02 MBB-P: Advanced Beamforming Applications 6 Posters Sub-session TuPoS-03 MBE-P: Neuromodulation and LIPUS T S R Q P O N M L K J I H G F E D C B A 6 Posters Sub-session TuPoS-04 MBF-P: In Vivo Translation of Flow Imaging MoPoS-13.1 MoPoS-31.5 MoPoS-15.7 MoPoS-01.1 MoPoS-10.1 MoPoS-13.2 MoPoS-19.2 MoPoS-19.3 MoPoS-10.2 MoPoS-15.6 MoPoS-22.5 MoPoS-07.2 MoPoS-07.3 MoPoS-28.7 MoPoS-22.6 MoPoS-26.5 MoPoS-26.4 MoPoS-28.6 MoPoS-03.11 MoPoS-03.10 10 Posters Sub-session TuPoS-05 MCA-P: Bubble Cavitation and Sonoporation MoPoS-19.1 MoPoS-31.4 MoPoS-13.3 MoPoS-07.1 MoPoS-15.5 MoPoS-22.7 MoPoS-12.6 MoPoS-01.2 MoPoS-10.3 MoPoS-22.4 MoPoS-07.4 MoPoS-28.5 MoPoS-26.3 MoPoS-28.8 MoPoS-03.9 MoPoS-26.6 MoPoS-09.9 7 Posters Sub-session TuPoS-06 MEL-P: Clinical Elastography MoPoS-31.3 MoPoS-16.1 MoPoS-12.5 MoPoS-13.4 MoPoS-15.4 MoPoS-20.1 MoPoS-01.3 MoPoS-22.3 MoPoS-04.1 MoPoS-10.4 MoPoS-07.5 MoPoS-26.7 MoPoS-22.8 MoPoS-26.2 MoPoS-28.4 MoPoS-28.9 MoPoS-03.8 MoPoS-09.8 MoPoS-06.6 8 Posters Sub-session TuPoS-07 MEL-P: Elastography Analysis MoPoS-31.2 MoPoS-15.3 MoPoS-13.5 MoPoS-12.4 MoPoS-18.7 MoPoS-26.1 MoPoS-16.2 MoPoS-22.2 MoPoS-10.5 MoPoS-01.4 MoPoS-22.9 MoPoS-03.7 MoPoS-28.3 MoPoS-20.2 MoPoS-07.6 MoPoS-04.2 MoPoS-09.7 MoPoS-26.8 MoPoS-06.5 MoPoS-28.10 9 Posters Sub-session TuPoS-08 MoPoS-31.1 MoPoS-22.1 MoPoS-12.3 MoPoS-23.1 MoPoS-15.2 MoPoS-16.3 MoPoS-13.6 MoPoS-01.5 MoPoS-25.2 MoPoS-18.6 MoPoS-08.1 MoPoS-28.2 MoPoS-10.6 MoPoS-20.3 MoPoS-04.3 MoPoS-26.9 MoPoS-03.6 MoPoS-06.4 MoPoS-09.6 MoPoS-28.11 MIM-P: Quantitative and Functional Imaging 8 Posters T S R Q P O N M L K J I H G F E D C B A Sub-session TuPoS-09

T S R Q P O N M L K J I H G F E D C B A MIM-P: Imaging Applications 9 Posters Sub-session TuPoS-10 MIS-P: Noise Reduction and Image Enhancement MoPoS-15.1 MoPoS-13.7 MoPoS-12.2 MoPoS-25.1 MoPoS-21.9 MoPoS-10.7 MoPoS-28.1 MoPoS-18.5 MoPoS-23.2 MoPoS-16.4 MoPoS-01.6 MoPoS-03.5 MoPoS-20.4 MoPoS-04.4 MoPoS-08.2 MoPoS-09.5 MoPoS-06.3 MoPoS-28.12 MoPoS-26.10 10 Posters Sub-session TuPoS-11 MoPoS-12.1 MoPoS-27.1 MIS-P: Image Fusion and Registration MoPoS-21.8 MoPoS-14.9 MoPoS-02.1 MoPoS-16.5 MoPoS-18.4 MoPoS-23.3 MoPoS-30.4 MoPoS-20.5 MoPoS-03.4 MoPoS-04.5 MoPoS-08.3 MoPoS-06.2 MoPoS-09.4 MoPoS-27.10 MoPoS-28.13 7 Posters Sub-session TuPoS-12 MoPoS-11.1 MoPoS-14.1 MoPoS-21.7 MoPoS-27.2 MoPoS-18.3 MoPoS-27.9 MoPoS-14.8 MoPoS-23.4 MoPoS-24.4 MoPoS-16.6 MoPoS-30.3 MoPoS-06.1 MoPoS-02.2 MoPoS-03.3 MoPoS-09.3 MoPoS-08.4 MoPoS-04.6 MPA-P: Tools, Techniques and Approaches 6 Posters Sub-session TuPoS-13 MoPoS-17.1 MoPoS-11.7 MoPoS-11.2 MoPoS-21.1 MoPoS-14.7 MoPoS-14.2 MoPoS-27.3 MoPoS-29.1 MoPoS-18.2 MoPoS-21.6 MoPoS-27.8 MoPoS-05.1 MoPoS-23.5 MoPoS-24.3 MoPoS-30.2 MoPoS-03.2 MoPoS-02.3 MoPoS-09.2 MoPoS-08.5 MSD-P: Hardware Acceleration 6 Posters Sub-session TuPoS-14 MoPoS-11.3 MoPoS-17.2 MoPoS-18.1 MoPoS-11.6 MoPoS-27.7 MoPoS-21.2 MoPoS-21.5 MoPoS-14.3 MoPoS-27.4 MoPoS-30.1 MoPoS-03.1 MoPoS-14.6 MoPoS-24.2 MoPoS-09.1 MoPoS-29.2 MoPoS-23.6 MoPoS-05.2 MoPoS-02.4 MoPoS-05.5 MoPoS-08.6 MTC-P: Quantitative Ultrasound from Backscatter Analysis 9 Posters Sub-session TuPoS-15 MoPoS-11.5 MoPoS-11.4 MoPoS-17.3 MoPoS-17.4 MoPoS-21.3 MoPoS-24.1 MoPoS-21.4 MoPoS-27.5 MoPoS-14.5 MoPoS-14.4 MoPoS-23.7 MoPoS-27.6 MoPoS-29.3 MoPoS-29.4 MoPoS-02.5 MoPoS-05.3 MoPoS-05.4 MoPoS-08.7 MoPoS-02.6 MoPoS-08.8 MTH-P: Ultrasound Mediated Agent Delivery T S R Q P O N M L K J I H G F E D C B A 6 Posters

IEEE IUS 2019 – 37 Sub-session TuPoS-16 MTH-P: Nonthermal and Pulsed Therapeutics 6 Posters Sub-session TuPoS-17 MTN-P: Targeted Delivery Methods 4 Posters Sub-session TuPoS-18 NDE-P: Non Destructive Evaluation 10 Posters Sub-session TuPoS-19 NFM-P: Flow Measurement 4 Posters Sub-session TuPoS-20 NMC-P: Material and Defect Characterization 9 Posters Sub-session TuPoS-21 NSP-P: Machine Learning Applications 6 Posters Sub-session TuPoS-22 PGP-P: Physical Acoustics II 10 Posters Sub-session TuPoS-23 PUM-P: Ultrasonic Motors 2 Posters Sub-session TuPoS-24 AD-P: BAW Devices 3 9 Posters Sub-session TuPoS-25 AD-P: Piezo MEMS 2 9 Posters Sub-session TuPoS-26 TPF-P: Transducer Design and Fabrication 17 Posters Sub-session TuPoS-27 TMI-P: Miniature Transducers 10 Posters

38 – IEEE IUS 2019 Technical Programme

Poster Plan – Tuesday

T S R Q P O N M L K J I H G F E D C B A TuPoS-26.9 TuPoS-26.8 TuPoS-24.7 TuPoS-24.6 TuPoS-21.4 TuPoS-21.3 TuPoS-18.6 TuPoS-18.5 TuPoS-15.1 TuPoS-14.9 TuPoS-12.1 TuPoS-11.7 TuPoS-09.6 TuPoS-09.5 TuPoS-07.2 TuPoS-07.1 TuPoS-04.6 TuPoS-04.5 TuPoS-01.1 TuPoS-26.10 TuPoS-26.7 TuPoS-24.8 TuPoS-24.5 TuPoS-21.5 TuPoS-21.2 TuPoS-18.7 TuPoS-18.4 TuPoS-15.2 TuPoS-14.8 TuPoS-12.2 TuPoS-11.6 TuPoS-09.7 TuPoS-09.4 TuPoS-07.3 TuPoS-06.8 TuPoS-04.7 TuPoS-04.4 TuPoS-01.2 TuPoS-27.10 TuPoS-26.11 TuPoS-26.6 TuPoS-24.9 TuPoS-24.4 TuPoS-21.6 TuPoS-21.1 TuPoS-18.8 TuPoS-18.3 TuPoS-15.3 TuPoS-14.7 TuPoS-12.3 TuPoS-11.5 TuPoS-09.8 TuPoS-09.3 TuPoS-07.4 TuPoS-06.7 TuPoS-04.8 TuPoS-04.3 TuPoS-01.3 TuPoS-27.9 TuPoS-26.12 TuPoS-26.5 TuPoS-24.3 TuPoS-22.1 TuPoS-18.9 TuPoS-18.2 TuPoS-15.4 TuPoS-14.6 TuPoS-12.4 TuPoS-11.4 TuPoS-09.9 TuPoS-09.2 TuPoS-07.5 TuPoS-06.6 TuPoS-04.9 TuPoS-04.2 TuPoS-01.4 TuPoS-27.8 TuPoS-26.13 TuPoS-26.4 TuPoS-25.1 TuPoS-24.2 TuPoS-22.2 TuPoS-20.9 TuPoS-18.10 TuPoS-18.1 TuPoS-15.5 TuPoS-14.5 TuPoS-12.5 TuPoS-11.3 TuPoS-09.1 TuPoS-07.6 TuPoS-06.5 TuPoS-04.10 TuPoS-04.1 TuPoS-01.5

T S R Q P O N M L K J I H G F E D C B A

T S R Q P O N M L K J I H G F E D C B A TuPoS-27.7 TuPoS-26.14 TuPoS-26.3 TuPoS-25.2 TuPoS-24.1 TuPoS-22.3 TuPoS-20.8 TuPoS-19.1 TuPoS-17.4 TuPoS-15.6 TuPoS-14.4 TuPoS-12.6 TuPoS-11.2 TuPoS-10.1 TuPoS-08.8 TuPoS-07.7 TuPoS-06.4 TuPoS-05.1 TuPoS-03.6 TuPoS-02.1 TuPoS-27.6 TuPoS-26.15 TuPoS-26.2 TuPoS-25.3 TuPoS-23.2 TuPoS-22.4 TuPoS-20.7 TuPoS-19.2 TuPoS-17.3 TuPoS-14.3 TuPoS-11.1 TuPoS-10.2 TuPoS-08.7 TuPoS-07.8 TuPoS-06.3 TuPoS-05.2 TuPoS-03.5 TuPoS-02.2 TuPoS-27.5 TuPoS-26.16 TuPoS-26.1 TuPoS-25.4 TuPoS-23.1 TuPoS-22.5 TuPoS-20.6 TuPoS-19.3 TuPoS-17.2 TuPoS-16.1 TuPoS-14.2 TuPoS-13.1 TuPoS-10.10 TuPoS-10.3 TuPoS-08.6 TuPoS-07.9 TuPoS-06.2 TuPoS-05.3 TuPoS-03.4 TuPoS-02.3 TuPoS-27.4 TuPoS-26.17 TuPoS-25.5 TuPoS-22.6 TuPoS-20.5 TuPoS-19.4 TuPoS-17.1 TuPoS-16.2 TuPoS-14.1 TuPoS-13.2 TuPoS-10.9 TuPoS-10.4 TuPoS-08.5 TuPoS-06.1 TuPoS-05.4 TuPoS-03.3 TuPoS-02.4 TuPoS-27.3 TuPoS-25.9 TuPoS-25.6 TuPoS-22.10 TuPoS-22.7 TuPoS-20.4 TuPoS-20.1 TuPoS-16.6 TuPoS-16.3 TuPoS-13.6 TuPoS-13.3 TuPoS-10.8 TuPoS-10.5 TuPoS-08.4 TuPoS-08.1 TuPoS-05.5 TuPoS-03.2 TuPoS-02.5 TuPoS-27.2 TuPoS-27.1 TuPoS-25.8 TuPoS-25.7 TuPoS-22.9 TuPoS-22.8 TuPoS-20.3 TuPoS-20.2 TuPoS-16.5 TuPoS-16.4 TuPoS-13.5 TuPoS-13.4 TuPoS-10.7 TuPoS-10.6 TuPoS-08.3 TuPoS-08.2 TuPoS-05.7 TuPoS-05.6 TuPoS-03.1 TuPoS-02.6

T S R Q P O N M L K J I H G F E D C B A

IEEE IUS 2019 – 39 Posters displayed on Wednesday, 9 October

WePoS Hall 2 Poster Session Wednesday Sub-session WePoS-01 MBB-P: Synthetic Aperture 5 Posters Sub-session WePoS-02 MBE-P: Safety and Therapy 6 Posters Sub-session WePoS-03 MBF-P: Numerical and Experimental Methods for Flow Imaging 12 Posters Sub-session WePoS-04 MBF-P: Microvascular Flow Imaging 8 Posters Sub-session WePoS-05 MCA-P: Phase Change Contrast Agents 7 Posters Sub-session WePoS-06 MCA-P: Bubble Cavtation and Applications 6 Posters Sub-session WePoS-07 MCA-P: Contrast-Enhanced Imaging 7 Posters Sub-session WePoS-08 MEL-P: Elastography Acquisition Advances 7 Posters Sub-session WePoS-09 MEL-P: Elastography Applications 5 Posters Sub-session WePoS-10 MIM-P: Algorithms in Medical Imaging 6 Posters Sub-session WePoS-11 MIS-P: Reduced Data Acquisition and Compressed Sensing 9 Posters Sub-session WePoS-12 MPA-P: Clinical and Pre-Clinical Applications of Photoacoustics 4 Posters Sub-session WePoS-13 MPA-P: Hardware Development in Photoacoustics 4 Posters Sub-session WePoS-14 MSD-P: High Resolution Ultrasound Systems 7 Posters Sub-session WePoS-15 MSD-P: Novel US Phantoms 5 Posters

40 – IEEE IUS 2019 Technical Programme

Sub-session WePoS-16 MTC-P: Tissue Characterization 9 Posters Sub-session WePoS-17 MTC-P: Signal Analysis and Machine Learning for Tissue Characterization 10 Posters Sub-session WePoS-18 MTH-P: Therapeutic Systems and Applications 6 Posters Sub-session WePoS-19 NPC-P: Process Control and Industrial Ultrasound 10 Posters Sub-session WePoS-20 NSH-P: Structural Health Monitoring 5 Posters Sub-session WePoS-21 NTD-P: Transducers 6 Posters Sub-session WePoS-22 NWP-P: Wave Propagation 4 Posters Sub-session WePoS-23 PMI-P: Modeling and Inversion 7 Posters Sub-session WePoS-24 POA-P: Photo Acoustics II 7 Posters Sub-session WePoS-25 PPN-P: Phonons 3 Posters Sub-session WePoS-26 ADS-P: Sensors 9 Posters Sub-session WePoS-27 ADM-P: Modeling of Acoustic Wave Devices 2 9 Posters Sub-session WePoS-28 TPM-P: Transducer Materials 12 Posters Sub-session WePoS-29 TPF-P: Transducer Applications 7 Posters Sub-session WePoS-30 TTT-P: Therapeutic Transducers and Systems 7 Posters

IEEE IUS 2019 – 41 Poster Plan – Wednesday

T S R Q P O N M L K J I H G F E D C B A WePoS-10.1 WePoS-01.1 WePoS-13.2 WePoS-13.3 WePoS-16.7 WePoS-19.2 WePoS-19.3 WePoS-22.2 WePoS-22.3 WePoS-03.11 WePoS-30.7 WePoS-16.6 WePoS-26.2 WePoS-28.5 WePoS-26.3 WePoS-28.6 WePoS-09.5 WePoS-06.5 WePoS-03.12 WePoS-06.6 WePoS-13.1 WePoS-19.1 WePoS-22.1 WePoS-13.4 WePoS-26.1 WePoS-19.4 WePoS-10.2 WePoS-01.2 WePoS-16.5 WePoS-22.4 WePoS-28.7 WePoS-16.8 WePoS-28.4 WePoS-26.4 WePoS-30.6 WePoS-09.4 WePoS-06.4 WePoS-03.10 WePoS-14.1 WePoS-23.1 WePoS-07.1 WePoS-12.4 WePoS-19.5 WePoS-21.6 WePoS-10.3 WePoS-01.3 WePoS-16.4 WePoS-25.3 WePoS-04.1 WePoS-16.9 WePoS-18.6 WePoS-30.5 WePoS-28.3 WePoS-26.5 WePoS-28.8 WePoS-09.3 WePoS-03.9 WePoS-06.3 WePoS-12.3 WePoS-21.5 WePoS-14.2 WePoS-18.5 WePoS-16.3 WePoS-23.2 WePoS-25.2 WePoS-10.4 WePoS-07.2 WePoS-01.4 WePoS-19.6 WePoS-28.2 WePoS-30.4 WePoS-04.2 WePoS-28.9 WePoS-09.2 WePoS-26.6 WePoS-03.8 WePoS-06.2 WePoS-17.1 WePoS-12.2 WePoS-25.1 WePoS-21.4 WePoS-14.3 WePoS-19.7 WePoS-28.1 WePoS-16.2 WePoS-18.4 WePoS-10.5 WePoS-01.5 WePoS-23.3 WePoS-07.3 WePoS-26.7 WePoS-09.1 WePoS-30.3 WePoS-03.7 WePoS-06.1 WePoS-04.3 WePoS-28.10

T S R Q P O N M L K J I H G F E D C B A

T S R Q P O N M L K J I H G F E D C B A WePoS-12.1 WePoS-17.2 WePoS-16.1 WePoS-21.3 WePoS-14.4 WePoS-18.3 WePoS-02.1 WePoS-27.9 WePoS-24.7 WePoS-23.4 WePoS-19.8 WePoS-07.4 WePoS-30.2 WePoS-10.6 WePoS-05.7 WePoS-08.7 WePoS-04.4 WePoS-26.8 WePoS-03.6 WePoS-28.11 WePoS-11.1 WePoS-17.3 WePoS-21.2 WePoS-14.5 WePoS-30.1 WePoS-18.2 WePoS-27.8 WePoS-23.5 WePoS-19.9 WePoS-07.5 WePoS-02.2 WePoS-24.6 WePoS-03.5 WePoS-04.5 WePoS-26.9 WePoS-05.6 WePoS-28.12 WePoS-08.6 WePoS-21.1 WePoS-11.2 WePoS-17.4 WePoS-11.9 WePoS-18.1 WePoS-27.7 WePoS-15.5 WePoS-29.1 WePoS-14.6 WePoS-24.5 WePoS-23.6 WePoS-02.3 WePoS-07.6 WePoS-05.5 WePoS-03.4 WePoS-08.5 WePoS-04.6 WePoS-19.10 WePoS-11.3 WePoS-27.1 WePoS-17.5 WePoS-11.8 WePoS-14.7 WePoS-15.4 WePoS-23.7 WePoS-20.1 WePoS-07.7 WePoS-27.6 WePoS-29.7 WePoS-24.4 WePoS-29.2 WePoS-04.7 WePoS-03.3 WePoS-02.4 WePoS-05.4 WePoS-08.4 WePoS-17.10 WePoS-11.7 WePoS-11.4 WePoS-17.9 WePoS-17.6 WePoS-15.3 WePoS-27.2 WePoS-27.5 WePoS-24.3 WePoS-29.3 WePoS-20.2 WePoS-03.2 WePoS-20.5 WePoS-02.5 WePoS-05.3 WePoS-29.6 WePoS-08.3 WePoS-04.8 WePoS-17.7 WePoS-15.1 WePoS-11.5 WePoS-11.6 WePoS-17.8 WePoS-15.2 WePoS-24.1 WePoS-27.3 WePoS-27.4 WePoS-03.1 WePoS-05.1 WePoS-24.2 WePoS-08.1 WePoS-29.5 WePoS-29.4 WePoS-20.3 WePoS-05.2 WePoS-20.4 WePoS-08.2 WePoS-02.6

T S R Q P O N M L K J I H G F E D C B A

42 – IEEE IUS 2019 TEXT GENERAL INFORMATION

Student Paper Competition

Posters will be displayed on each day of the Symposium.

T S R Q P O N M L K J I H G F E D C B A MoSPS Student Paper Competition Chair: Bridal, Lori Sorbonne University WePoS-10.1 WePoS-01.1 WePoS-13.2 WePoS-13.3 WePoS-16.7 WePoS-19.2 WePoS-19.3 WePoS-22.2 WePoS-22.3 WePoS-03.11 WePoS-30.7 WePoS-16.6 WePoS-26.2 WePoS-28.5 WePoS-26.3 WePoS-28.6 WePoS-09.5 WePoS-06.5 WePoS-03.12 WePoS-06.6 MoSPS.1

M High-Resolution 3D Ultrasound Imaging Using Bias-Switchable Row-Column Arrays and Orthogonal Plane Wave Compounding with Hadamard-Biased Full Aperture Readout WePoS-13.1 WePoS-19.1 WePoS-22.1 WePoS-13.4 WePoS-26.1 WePoS-19.4 WePoS-10.2 WePoS-01.2 WePoS-16.5 WePoS-22.4 WePoS-28.7 WePoS-16.8 WePoS-28.4 WePoS-26.4 WePoS-30.6 WePoS-09.4 WePoS-06.4 WePoS-03.10 Rahim Sobhani, Mohammad (University of Alberta) et al. MoSPS.2 WePoS-14.1 WePoS-23.1 WePoS-07.1 WePoS-12.4 WePoS-19.5 WePoS-21.6 WePoS-10.3 WePoS-01.3 WePoS-16.4 WePoS-25.3 WePoS-04.1 WePoS-16.9 WePoS-18.6 WePoS-30.5 WePoS-28.3 WePoS-26.5 WePoS-28.8 WePoS-09.3 WePoS-03.9 WePoS-06.3 M Feasibility and Safety of Focused Ultrasound-Enabled Brain Tumor Liquid Biopsy (FUS-LBx) in a Porcine Model Pacia, Christopher (Washington University in St. Louis) et al. MoSPS.3 WePoS-12.3 WePoS-21.5 WePoS-14.2 WePoS-18.5 WePoS-16.3 WePoS-23.2 WePoS-25.2 WePoS-10.4 WePoS-07.2 WePoS-01.4 WePoS-19.6 WePoS-28.2 WePoS-30.4 WePoS-04.2 WePoS-28.9 WePoS-09.2 WePoS-26.6 WePoS-03.8 WePoS-06.2 M Single Microbubble Measurements for Bound and Non-Bound Conditions Lum, Jordan (University of Colorado Boulder) et al. WePoS-17.1 WePoS-12.2 WePoS-25.1 WePoS-21.4 WePoS-14.3 WePoS-19.7 WePoS-28.1 WePoS-16.2 WePoS-18.4 WePoS-10.5 WePoS-01.5 WePoS-23.3 WePoS-07.3 WePoS-26.7 WePoS-09.1 WePoS-30.3 WePoS-03.7 WePoS-06.1 WePoS-04.3 WePoS-28.10 MoSPS.4 T S R Q P O N M L K J I H G F E D C B A M Microbubble-Enhanced Ultrasonic Neuromodulation of Motor Cortex of Mouse Cui, Zhiwei (Xi’an Jiaotong University) et al. T S R Q P O N M L K J I H G F E D C B A MoSPS.5

M Nerve Displacement Mapping for Human Peripheral Neuromodulation WePoS-12.1 WePoS-17.2 WePoS-16.1 WePoS-21.3 WePoS-14.4 WePoS-18.3 WePoS-02.1 WePoS-27.9 WePoS-24.7 WePoS-23.4 WePoS-19.8 WePoS-07.4 WePoS-30.2 WePoS-10.6 WePoS-05.7 WePoS-08.7 WePoS-04.4 WePoS-26.8 WePoS-03.6 WePoS-28.11 Lee, Stephen (Columbia University) et al. MoSPS.6

M in Vivo Assessment of Interstitial Fibrosis and Tubular Atrophy (IFTA) and Inflammation in Renal Allografts Using Multi-Wave WePoS-11.1 WePoS-17.3 WePoS-21.2 WePoS-14.5 WePoS-30.1 WePoS-18.2 WePoS-27.8 WePoS-23.5 WePoS-19.9 WePoS-07.5 WePoS-02.2 WePoS-24.6 WePoS-03.5 WePoS-04.5 WePoS-26.9 WePoS-05.6 WePoS-28.12 WePoS-08.6 Quantitative Ultrasound Torres, Gabriela (University of North Carolina at Chapel Hill) et al. MoSPS.7 WePoS-21.1 WePoS-11.2 WePoS-17.4 WePoS-11.9 WePoS-18.1 WePoS-27.7 WePoS-15.5 WePoS-29.1 WePoS-14.6 WePoS-24.5 WePoS-23.6 WePoS-02.3 WePoS-07.6 WePoS-05.5 WePoS-03.4 WePoS-08.5 WePoS-04.6 WePoS-19.10 N Mechanical Characterization of Biofilms by Optical Coherence Elastography (OCE) Measurements of Elastic Waves Liou, Hong-Cin (Northwestern University) et al. WePoS-11.3 WePoS-27.1 WePoS-17.5 WePoS-11.8 WePoS-14.7 WePoS-15.4 WePoS-23.7 WePoS-20.1 WePoS-07.7 WePoS-27.6 WePoS-29.7 WePoS-24.4 WePoS-29.2 WePoS-04.7 WePoS-03.3 WePoS-02.4 WePoS-05.4 WePoS-08.4 WePoS-17.10 MoSPS.8

N High Velocity Gas Flow Metering WePoS-11.7 WePoS-11.4 WePoS-17.9 WePoS-17.6 WePoS-15.3 WePoS-27.2 WePoS-27.5 WePoS-24.3 WePoS-29.3 WePoS-20.2 WePoS-03.2 WePoS-20.5 WePoS-02.5 WePoS-05.3 WePoS-29.6 WePoS-08.3 WePoS-04.8 Haugwitz, Christoph (Technische Universität Darmstadt) et al. MoSPS.9

N a High Performance Ultrasonic System for Flaw Detection WePoS-17.7 WePoS-15.1 WePoS-11.5 WePoS-11.6 WePoS-17.8 WePoS-15.2 WePoS-24.1 WePoS-27.3 WePoS-27.4 WePoS-03.1 WePoS-05.1 WePoS-24.2 WePoS-08.1 WePoS-29.5 WePoS-29.4 WePoS-20.3 WePoS-05.2 WePoS-20.4 WePoS-08.2 WePoS-02.6 Wang, Boyang (Illinois Institute of Technology) et al. T S R Q P O N M L K J I H G F E D C B A MoSPS.10

P 3D Acoustic Tweezer Based on Time Reversal Yang, Ye (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. MoSPS.11

P Nano-Particle Mass Sensing Using Phononic Pillars Bonhomme, Jérémy (Université De Lorraine) et al. MoSPS.12

IEEE IUS 2019 – 43 P Acousto-Optic Modulation of Water in a Microfluidic Channel Using Planar Fresnel Type GHz Ultrasonic Transducer Ravi, Adarsh (Cornell University) et al. MoSPS.13

A Shear Mode Polarity Inverted ScAlN Multilayer for Application to BAW Transformer in Rectifying Antenna Kinoshita, Sarina (Waseda University) et al. MoSPS.14

A Equivalent Circuit Analysis of H2 Including Transverse Modes in RF BAW Resonators Qiu, Luyan (Chiba University) et al. MoSPS.15

A C-Band Lithium Niobate MEMS Filter with 10 Fractional Bandwidth for 5G Front-Ends Yang, Yansong (University of Illinois at Urbana-Champaign) et al. MoSPS.16

T Ultrasound Transmission through a Flexible Printed Circuit Board (FPCB) Bonded to the Front Side of a Capacitive Micromachined Ultrasonic Transducer Array: Feasibility Study Seok, Chunkyun (North Carolina State University) et al. MoSPS.17

T Thin Film PZT-Based PMUT Arrays for 1D Particle Manipulation and Imaging Applications Cheng, Christopher (Penn State University) et al. MoSPS.18

T Ultrasound-Based Post-Endo Vascular Aorta Repair (EVAR) Monitoring Device Young, Eric (North Carolina State University) et al.

44 – IEEE IUS 2019 Technical Programme

Technical Programme in Detail

IEEE IUS 2019 – 45 Monday October 7, 2019

Registration Desk Open Hall 2 07:00-18:00

Exhibition Open Hall 2 09:30-18:00

Student Breakfast Gala 07:00-08:00

Exhibitor Breakfast Hall 1 07:00-08:00

Opening and UFFC-S Awards Clyde Auditorium 08:00-08:30

MoKn1 Plenary Session Clyde Auditorium Keynote: Pr. Lihong WANG 08:30-09:30

Tea, coffee and poster viewing Hall 2 09:30-10:30

Advanced Beamforming Short Session MoxA4a Lomond Auditorium

MBB: Advanced Beamforming Short Session Chair: Luo, Jianwen Tsinghua University 10:00-10:15 MoxA4.1 Sparse Arrays for 3D Imaging with Diverging Waves Cohen, Regev (Technion - Israel Institute of Technology) et al. 10:15-10:30 MoxA4.2 Frequency Domain Convolutional Beamforming Cohen, Regev (Technion - Israel Institute of Technology) et al.

Parallel Sessions MoA1 Clyde Auditorium MTN: Theranostic Drug Delivery Chair: Dayton, Paul The University of North Carolina at Chapel Hill and North Carolina State University 10:30-10:45 MoA1.1 Optimization of in Vivo Ultrasound Parameters for Efficient Microbubble Mediated Drug Delivery Telichko, Arsenii (Stanford University) et al.

46 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

10:45-11:00 MoA1.2

Blood-Brain Barrier Opening and Power Cavitation Imaging Using a Diagnostic Imaging Array Ji, Robin (Columbia University) et al. 11:00-11:15 MoA1.3

Establishing a Dosing Scheme for MB+FUS Blood-Brain-Barrier Disruption Song, Kang-Ho (University of Colorado Boulder) et al. 11:15-11:30 MoA1.4

Pulse Inversion in Short Burst, Phase Keying Ultrasound Increases Sensitivity to Transvertebral Microbubble Emissions: Ex Vivo and Pre- clinical Findings for Blood-Spinal Cord Barrier Opening Fletcher, Stecia-Marie Perpetua (University of Toronto) et al. 11:30-11:45 MoA1.5

Ultrasound-Responsive Nanodroplets for Localised Anaesthesia Lea-Banks, Harriet (Sunnybrook Research Institute) et al. 11:45-12:00 MoA1.6

Sonoporation Based on Nanodroplet Vaporization Ko, Hung Chih (National Taiwan University) et al.

MoA2 Forth

MPA: Latest Advances in Photoacoustic Technology and Applications Chair: Kolios, Michael Ryerson University 10:30-11:00 MoA2.1 Optically Resonant Cavity Detectors for Photoacoustic and Ultrasound Imaging (I) Beard, Paul (University College London) et al. 11:00-11:15 MoA2.2 Real-Time, Swept-Beam Spectroscopic Photoacoustic/Ultrasound Imaging – Pre-Clinical System Jeng, Geng-Shi (University of Washington) et al. 11:15-11:30 MoA2.3

In Vivo Trimodal Ultrasound, Photoacoustic, and Magnetic Resonance Imaging to Guide and Monitor Stem Cell Therapies in the Spinal Cord Kubelick, Kelsey (Georgia Institute of Technology & Emory University) et al. 11:30-12:00 MoA2.4 Panel Discussion: Photoacoustic*. Kolios, Michael (Ryerson University) et al.

MoA3 Hall 1 MIS: Image Fusion, Segmentation and Registration Chair: Basarab, Adrian University of Toulouse 10:30-10:45 MoA3.1 Segmentation of Apical Long Axis, Four and Two-Chamber Views Using Deep Neural Networks Smistad, Erik (Norwegian University of Science and Technology) et al. 10:45-11:00 MoA3.2 Fusion of Magnetic Resonance and Ultrasound Images for Endometriosis Detection Mansouri, Oumaima (Toulouse Institute of Computer Science Research) et al.

IEEE IUS 2019 – 47 11:00-11:15 MoA3.3 Automatic Mouse Embryo Brain Ventricle & Body Segmentation and Mutant Classification from Ultrasound Data Using Deep Learning Qiu, Ziming (New York University) et al. 11:15-11:30 MoA3.4 Comparative Assessment of Performance of Algorithms for Registration of Pancreatic Tumor Neustadter, Hannah (Technion – Israel Institute of Technology) et al. 11:30-11:45 MoA3.5 Fast Ultrasound to Ultrasound Auto-Registration for Interventional Cardiology Pham, An H. (Norwegian University of Life Sciences) et al. 11:45-12:00 MoA3.6 Automated Skeletal Muscle Architecture Analysis in Dynamic Ultrasound Imaging Caresio, Cristina (Eindhoven University of Technology) et al.

MoA4 Lomond Auditorium MSD: Hardware Acceleration Chair: Cowell, David University of Leeds 10:30-10:45 MoA4.1 GPU-Based Sparse Matrix Beamformer for High-Frame-Rate Ultrasound Imaging Xiao, Di (University of Waterloo) et al. 10:45-11:00 MoA4.2 An Open Source GPU-Based Beamformer for Real-Time Ultrasound Imaging and Applications Hyun, Dongwoon (Stanford University) et al. 11:00-11:15 MoA4.3 GPU Implementation of Coherence-Based Photoacoustic Beamforming for Autonomous Visual Servoing of a Needle Tip Gonzalez, Eduardo (Johns Hopkins University) et al. 11:15-11:30 MoA4.4 Synthetic Aperture Sequential Beamforming on a Wireless Ultrasound Probe Hager, Pascal Alexander (ETH Zürich) et al. 11:30-11:45 MoA4.5 Toward Design of a Handheld Probe for Combined Laser, Ultrasound and Elasticity Imaging Karpiouk, Andrei (Georgia Institute of Technology) et al. 11:45-12:00 MoA4.6 Jitter Reduction in Systems Synchronization for Doppler Measurements Russo, Dario (University of Florence) et al.

MoA5 M1 MTC: Quantitative Cardiovascular Ultrasound Chair: Lopata, Richard Eindhoven University of Technology 10:30-10:45 MoA5.1 Investigating the Kinetics of Blood Coagulation Using Ultrasound Maher, Morgan (Ryerson University) et al. 10:45-11:00 MoA5.2 Attenuation Compensation Comparison for Human Carotid Plaque Characterization Using Spectral Analysis of Backscattered Ultrasound James, Sheronica (Cleveland Clinic) et al.

48 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

11:00-11:15 MoA5.3 Correlation between Red Blood Cell Aggregation and Blood Glucose Level Fukase, Akiyo (Tohoku University) et al. 11:15-11:30 MoA5.4 Spectral Analysis of Nonlinearly Generated Second Harmonic Backscatter for Characterization of Human Carotid Plaque Fedewa, Russell (Cleveland Clinic) et al. 11:30-11:45 MoA5.5 A Comparison of Principal and Polar Strains in Carotid Atherosclerotic Plaques in Vivo Wang, Yuanyuan (Tsinghua University) et al. 11:45-12:00 MoA5.6 Full 3D Anisotropic Estimation of Tissue in Ultrasound Imaging Turquin, Emeline (University of Lyon) et al.

MoA6 Alsh TPM: Piezoelectrics for New Transducers Chair: Kurusingal, Valsala Thales Australia Co-Chair: Thomsen, Erik, Vilain Department of Health Technology, Technical University of Denmark 10:30-10:45 MoA6.1 High Piezoelectricity in Relaxor-PT Based Materials with Local Structural Heterogeneity Zhang, Shujun (University of Wollongong) et al. 10:45-11:00 MoA6.2 Mechanisms of High Piezoelectricity in PZT Single Crystals Ye, Zuo-Guang (Simon Fraser University) et al. 11:00-11:15 MoA6.3 High-Frequency Linear Array (20 MHz) Based on Lead-Free BCTZ Crystal Bantignies, Claire (Vermon SA, Tours, France) et al. 11:15-11:30 MoA6.4 PZT Composite 2D Array Integrated with OCT for OCE Imaging Kang, Haochen (University of Southern California) et al. 11:30-11:45 MoA6.5 Low-Cost Monolithic Processing of Large-Area Ultrasound Transducer Arrays Peters, Laurens Christiaan Johannes Maria (TNO Holst Centre) et al. 11:45-12:00 MoA6.6 A Row-Column Array for Tissue Anisotropy Estimation Using Acoustic Radiation Force Induced Displacements Wu, Huaiyu (Wuhan University of Science & Technology) et al.

MoA7 Boisdale PGP: Physical Acoustics I Chair: Yong, Yook-kong Rutgers University Co-Chair: Ravi, Adarsh SonicMEMS Laboratory, Cornell University 10:30-10:45 MoA7.1 Multimaterial Acoustic Holograms Melde, Kai (Max-Planck-Institut) et al.

IEEE IUS 2019 – 49 10:45-11:00 MoA7.2 Acoustic Droplet-Assisted Particle Ejection through and from Agarose-Gel-Filled Petri Dish Tang, Yongkui (University of Southern California) et al. 11:00-11:30 MoA7.3 Nonlinear Vibration Energy Harvesting for Leadless Pacemakers (I) Karami, Amin (State University of New York, Buffalo) et al. 11:30-11:45 MoA7.4 High Frame Rate Ultrasound Imaging of Shear Shock Wave Focusing in a Human Head Phantom and the in Situ Porcine Brain Chandrasekaran, Sandhya (North Carolina State University) et al. 11:45-12:00 MoA7.5 An In-Air Ultrasonic Acoustic Beam Shifter Metamaterial Daly, Paul (University of Strathclyde) et al.

MoA8 Carron AD: BAW Devices 1 Chair: Hagelauer, Amelie University of Erlangen-Nuremberg Co-Chair: Tanaka, Shuji Tohoku University 10:30-10:45 MoA8.1 Triple Ultra-Stable, Zero-Drift Resonators in a Single Package for BLE Ruby, Rich (Broadcom Ltd) et al. 10:45-11:00 MoA8.2 Role of SiO2 Layers in Third-Order Nonlinear Effects of Temperature Compensated BAW Resonators Garcia-Pastor, David (Universitat Politècnica Catalunya) et al. 11:00-11:15 MoA8.3 Calculating Current Distribution in BAW Resonators from Interferometric Measurements Michael, Fattinger (Qorvo, Greensboro, NC, USA) et al. 11:15-11:30 MoA8.4 Single-Mode High Frequency LiNbO3 Film Bulk Acoustic Resonator Bousquet, Marie (Leti-CEA) et al. 11:30-11:45 MoA8.5 FBAR Resonators on Insulating Substrates with Improved Linear and Nonlinear Performance Fouladi, Siamak (Broadcom Ltd) et al. 11:45-12:00 MoA8.6 AlN BAW-Like Resonators with Patterned Top Electrodes Achieving Coupling Coefficient up to 8 at >2.5GHz Zhu, Yao (A*STAR, Singapore) et al.

MoA9 Dochart NTD: Transducers Chair: Saniie, Jafar Illinois Institute of Technology Co-Chair: Gachagan, Anthony University of Strathclyde 10:30-10:45 MoA9.1 Design and Testing of an Ultrasonic Projector for Operation in Liquid Sodium Saillant, Jean-Francois (Intercontrole, Paris, France) et al.

50 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

10:45-11:00 MoA9.2 Low Attenuation Polymer Wedge Transducer for Exciting High Intensity Surface Acoustic Waves on Glass Plate Nakamura, Kentaro (Tokyo Institute of Technology) et al. 11:00-11:15 MoA9.3 High Performance Ultrasonic Transducers Made by LiNbO3/Bi4Ti3O12 Maeda, Daichi (Kumamoto University) et al. 11:15-11:30 MoA9.4 Towards Guided Wave Robotic NDT Inspection: EMAT Size Matters Trushkevych, Oksana (University of Warwick) et al. 11:30-12:00 MoA9.5 Advanced Piezoelectric Ultrasonic Transducers for Structural Health Monitoring and Photoacoustic Imaging (I) Yao, Kui (A*STAR, Singapore) et al.

MoA10 M2 MEL: Elastography Methods I Chair: Urban, Matthew Mayo Clinic 10:30-10:45 MoA10.1 Synthetic Elastography from B-Mode Ultrasound through Deep Learning Wildeboer, Rogier R (Eindhoven University of Technology) et al. 10:45-11:00 MoA10.2 A Fully Convolutional Neural Network for Rapid Displacement Estimation in ARFI Imaging Chan, Derek (Duke University) et al. 11:00-11:15 MoA10.3 Two-Point Method for Shear Wave Attenuation Measurement in Tissue-Mimicking Materials Kijanka, Piotr (Mayo Clinic) et al. 11:15-11:30 MoA10.4 Reconstruction of Viscosity Maps in Elastography Using Ultrasound Shear Wave Attenuation Bhatt, Manish (University of Montreal Hospital Research Centre) et al. 11:30-11:45 MoA10.5 High Frame Rate Ultrasound Imaging Characterizes Shear Wave and Secondary Compression Wave Dispersion in Saturated Soft Porous Media Aichele, Johannes (University of Lyon) et al. 11:45-12:00 MoA10.6 Super-Shear Evanescent Waves (SEW) for Evaluation of Elasticity in Soft Media Pitre, John (University of Washington) et al.

IEEE IUS 2019 – 51 Lunch and poster viewing Hall 2 12:00-13:30

Award Lunch Gala 12:00-13:30

Women in Engineering Lunch Crowne Plaza – Castle Suite 12:00-13:30

Ultrasound Industry Perspective 1 Hall 1 13:00-13:20

Parallel Sessions MoB1 Clyde Auditorium Clinical Invited: Applications of Modern Ultrasound Imaging Technologies Chair: Hoskins, Peter University of Edinburgh 13:30-14:00 MoB1.1 Contrast Enhanced Ultrasound and Elastography of the Liver, Thyroid and the Testis (I) Sidhu, Paul (King’s College London) et al. 14:00-14:30 MoB1.2 Ultrasonic Regional Anaesthesia Needles or Ultrasound at Tip of Needle: Fact or Fiction? (I) McLeod, Graeme (University of Dundee) et al. 14:30-15:00 MoB1.3 Using Shear Wave Elastography to Manage Breast Cancer Patients (I) Evans, Andrew (University of Dundee) et al.

MoB2 Forth MPA: Towards in Vivo Applications: Technology and Approaches Chair: Emelianov, Stanislav Georgia Inst of Tech 13:30-13:45 MoB2.1 Towards in Vivo Photoacoustic Imaging of Vulnerable Plaques in Carotid Artery Wu, Min (TU Eindhoven) et al. 13:45-14:00 MoB2.2 The Use of Photoacoustic Imaging in Treatment Monitoring of Vascular Targeting Agent (DMXAA) through Methemoglobin Quantification Fadhel, Muhannad (Ryerson University) et al. 14:00-14:15 MoB2.3 Integrated Ultrasound and Photoacoustic Imaging for Effective Endovenous Laser Ablation: A Characterization Study John, Samuel (Wayne State University) et al. 14:15-14:30 MoB2.4 Sono-Photoacoustic Activation of Polypyrrole Coated Nanodroplets for Thrombolysis Li, David (University of Washington) et al. 14:30-14:45 MoB2.5 Multimodal Image Guided Oxygen Delivery for Improved Radiation Therapy Outcomes in Head and Neck Cancers Jandhyala, Sidhartha (Dartmouth College) et al.

52 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

14:45-15:00 MoB2.6 Photoacoustic Navigation for Photo-Thermal Therapy Chen, Yingna (Tongji University) et al.

MoB3 Hall 1 MIS: Artifact Reduction for Therapy and New Applications Chair: Wiskin, James QT Ultrasound, LLC 13:30-13:45 MoB3.1 Implications of Acoustic Emissions Acquisition Window on Microbubble-Mediated Treatment Monitoring Via Three-Dimensional Passive Cavitation Imaging Jones, Ryan M. (Sunnybrook Research Institute) et al. 13:45-14:00 MoB3.2 HIFU Interference Elimination Using Singular Value Decomposition Filtering for Ultrasound Guided HIFU Chung, Euisuk (Sogang University) et al. 14:00-14:15 MoB3.3 Golay-Encoded PI Subtraction to Improve Real-Time Ultrasound Monitoring of HIFU Therapy Lai, Guan-Heng (National Taiwan University of Science and Technology) et al. 14:15-14:30 MoB3.4 Estimation of Cortical Thickness and Speed of Sound Using Refraction and Phase Aberration Corrected Pulse-Echo Ultrasound Nguyen Minh, Huong (Freie Universität Berlin) et al. 14:30-14:45 MoB3.5 Improving 3D Image Quality and Functional Measurements Using Multi-Perspective Ultrasound Sjoerdsma, Marloes (Eindhoven University of Technology) et al. 14:45-15:00 MoB3.6 Self-Shape Estimation Algorithm for Flexible Ultrasonic Transducer Array Probe by Minimizing Entropy of Reconstructed Image Noda, Takumi (University of Tokyo) et al.

MoB4 Lomond Auditorium MBF: In Vivo Translation of Flow Mapping Techniques Chair: Insana, Michael University of Illinois at Urbana-Champaign 13:30-13:45 MoB4.1 Feasibility of High Frame Rate EchoPIV in Patients with Heart Failure Voorneveld, Jason (Erasmus MC) et al. 13:45-14:00 MoB4.2 Vector Flow Imaging of Graded Artificially-Induced Complex Flow in the Human Femoral Artery Bifurcation Au, Jason (University of Waterloo) et al. 14:00-14:15 MoB4.3 Functional Ultrasound Imaging for Visualization of Rat Brain Activation in Response to Pharmacologically Induced Tremor and Its Sup- pression Nayak, Rohit (Mayo Clinic) et al. 14:15-14:30 MoB4.4 Left-Ventricular Blood-Flow Pattern Estimation by Low-Rate Dynamic Contrast-Enhanced Ultrasound Chen, Peiran (Eindhoven University of Technology) et al. 14:30-14:45 MoB4.5 Functional Ultrasound Imaging of Movement Intentions in the Posterior Parietal Cortex Maresca, David (California Institute of Technology) et al.

IEEE IUS 2019 – 53 14:45-15:00 MoB4.6 Real-Time Sensitive Hepatic Vessel Detection in High Body Mass Index (BMI) Patients from the Spatial Coherence of Ultrasound: A Clinical Study Li, You (Stanford University) et al.

MoB5 M1 MCA: Phase Change Contrast Agents Chair: Mulvana, Helen University of Strathclyde 13:30-13:45 MoB5.1 Tuning Vaporization Thresholds of Endoskeletal Perfluorocarbon Droplets Shakya, Gazendra (University of Colorado Boulder) et al. 13:45-14:00 MoB5.2 Contrast-Enhanced Ultrasound Imaging of Perfluorocarbon Nanodroplets Using Analysis of Echogenicity Decay from Multiple Laser Activations Zhu, Yiying (Georgia Institute of Technology) et al. 14:00-14:15 MoB5.3 High Contrast Imaging of Low Boiling Point Phase Change Contrast Agents in Moving Tissue with Ultrafast Inter-Frame Activation Imaging Sequence Jing, Bowen (Georgia Institute of Technology) et al. 14:15-14:30 MoB5.4 Repeated Phase-Change Induced Ultrasound and Photoacoustic Contrast Enhancement from Perfluorohexane Nanodroplets Trafficking in Tumor-Draining Lymphatics Over 24 Hours Yarmoska, Steven (Georgia Institute of Technology) et al. 14:30-14:45 MoB5.5 Mechanistic Insights and Visualization of the Ultrasound-Triggered Size Conversion of Microbubbles to Nanobubbles with Two-Photon Intravital Microscopy Pellow, Carly (Sunnybrook Research Institute) et al. 14:45-15:00 MoB5.6 Toward Noninvasive Pressure Estimation Using Ultrasound and Phase-Change Contrast Agents Hoyt, Kenneth (University of Texas Dallas) et al.

MoB6 Alsh TMU: CMUTs I Chair: Certon, Dominique GREMAN UMR-CNRS 7347 Universite De Tours 13:30-13:45 MoB6.1 Negative Capacitance Based Impedance Matching for Capacitive Micromachined Ultrasonic Transducers (CMUTs) Rezvanitabar, Ahmad (Georgia Institute of Technology) et al. 13:45-14:00 MoB6.2 Large-Scale Multi-Gap Multi-Frequency CMUT Arrays Maadi, Mohammad (University of Alberta) et al. 14:00-14:15 MoB6.3 Applicability of Capacitive Micromachined Ultrasonic Transducers for the Detection of Proton-Induced Thermoacoustic Waves Lascaud, Julie (LMU Munich) et al. 14:15-14:30 MoB6.4 Air-Coupled Ultrasonic Bending Plate Transducer with Piezoelectric and Electrostatic Transduction Element Combination Beerstecher, Kai (Technische Universität Darmstadt) et al.

54 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

14:30-14:45 MoB6.5 Anodically Bonded CMUT with a Two-Layer Bottom Electrode for Increased Reliability and Low Parasitic Capacitance Coutant, Zachary A. (North Carolina State University) et al. 14:45-15:00 MoB6.6 An Architecture and Fabrication Process for High-Efficiency Charging-Free CMUTs Dew, Eric (University of Alberta) et al.

MoB7 Boisdale PNL: Nonlinear Acoustics I Chair: McGough, Robert Michigan State University Co-Chair: Taskin, Ulas TU Delft 13:30-13:45 MoB7.1 Measurement and Modeling of Nonlinear Power Law Media Szabo, Thomas (Boston University) et al. 13:45-14:00 MoB7.2 Non-Classical Second-Order Nonlinear Elastic Wave Interactions Demcenko, Andriejus (University of Glasgow) et al. 14:00-14:15 MoB7.3 Nonlinear Acoustics Measurements of Intact and Damaged Samples: Fast and Slow Dynamics Tortello, Mauro (Politecnico Di Torino) et al. 14:15-14:30 MoB7.4 Non-Linear-Wave-Based Excitation of Waves on a Membrane Heikkilä, Jesse (University of Helsinki) et al. 14:30-14:45 MoB7.5 Laser-Driven Focusing Shock Waves in Liquids and Solids Pezeril, Thomas (Institut Molécules Et Matériaux Du Mans, UMR) et al. 14:45-15:00 MoB7.6 Efficient Shock Wave Coupling to a Waveguide Ihalainen, Peetu (University of Helsinki) et al.

MoB8 Carron ADM: Modeling of Acoustic Wave Devices 1 Chair: Bradley, Paul Broadcom Co-Chair: Wagner, Karl Christian RF360 Europe 13:30-14:00 MoB8.1 Advances in FEM Modelling of Nonlinearities in Surface Acoustic Wave Devices (I) Mayer, Andreas (Hochschule Offenburg - University of Applied Sciences) et al. 14:00-14:15 MoB8.2 Perturbation Analysis of Nonlinearity in Thickness Resonators Using Mass-Spring Model Hashimoto, Ken-ya (Chiba University) et al. 14:15-14:30 MoB8.3 Novel FEM Models of Intermodulations in SAW and BAW Piezoelectric Resonators Yong, Yook-kong (Rutgers University) et al.

IEEE IUS 2019 – 55 14:30-14:45 MoB8.4 Fast GPU-Assisted FEM Simulations of 3D Periodic TCSAW, IHP, and XBAR Devices Koskela, Julius (GVR Trade SA, Bevaix, Switzerland) et al. 14:45-15:00 MoB8.5 Analysis of XBAR Main Resonance and Its Higher Order Spurious Modes Yandrapalli, Soumya (Ecole Polytechnique Fédérale de Lausanne) et al.

MoB9 Dochart NAS: Acoustic Sensors Chair: Nakamura, Kentaro Tokyo Institute of Technology Co-Chair: Zaitsev, Boris Kotel’nikov Institute of Radio Engineering and Electronics of RAS, Saratov Branch 13:30-13:45 MoB9.1 Enhanced Hydrogen Gas Detection Using SAW Sensor through Oxygen Pre-Treatment Ayes, Armando (University of Maine) et al. 13:45-14:00 MoB9.2 Enhanced Sensitivity of Silicon-Photonics-Based Ultrasound Detection Via BCB Coating Ravi Kumar, Resmi (Technion – Israel Institute of Technology) et al. 14:00-14:15 MoB9.3 A Four Parameter Microfluidic Tandem SAW-IS Bio-Sensor Yantchev, Ventsislav (Resonant Inc) et al. 14:15-14:30 MoB9.4 Losses in a Surface Wave Sensor in Contact with Electrolyte Solutions Greve, David W. (Carnegie Mellon University) et al. 14:30-14:45 MoB9.5 Piezoelectric Energy Harvester with Piezo-Magnet Stack for Ultrasonically-Powered Brain Implants Hosseini, Seyedsina (Aarhus University) et al. 14:45-15:00 MoB9.6 Development of a Low Frequency Collimated Acoustic Beam for Borehole Integrity Monitoring Pantea, Cristian (Los Alamos National Laboratory) et al.

MoB10 M2 MEL: Elastography Methods II Chair: Nightingale, Kathy Duke University 13:30-13:45 MoB10.1 Shear Wave Spectroscopy from a Complex Wave Field Beuve, Steve (Université de Tours) et al. 13:45-14:00 MoB10.2 2-D Shear Wave Dispersion Images Using the Reverberant Shear Wave Field Approach: Application in Tissues Exhibiting Power Law Response Ormachea, Juvenal (University of Rochester) et al. 14:00-14:15 MoB10.3 Direction-Independent Bulk Shear Wave Speed in 3D Kortenbout, Anna Jorinde (Erasmus MC) et al. 14:15-14:30 MoB10.4 Bayesian Shear Wave Speed Reconstruction with an On-Axis ARFI Prior Chan, Derek (Duke University) et al.

56 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

14:30-14:45 MoB10.5 Nonlinear Shear Modulus Estimation by Coupling STL SWEI Elastography and 2D Strain Imaging Goswami, Soumya (University of Rochester) et al. 14:45-15:00 MoB10.6 Measuring Elastic Nonlinearity in a Soft Solid Using a Tilted Acoustic Radiation Force for Shear Wave Excitation Caenen, Annette (Erasmus MC) et al.

Tea, coffee and poster viewing Hall 2 15:00-16:00

Parallel Sessions MoC1 Clyde Auditorium MTN: Theranostic Monitoring and Neuromodulation Chair: Kwan, James Jing Nanyang Technological University 16:00-16:15 MoC1.1 Acoustic Cluster Therapy Displays Theranostic Capability in Enhancing the Effectiveness of Liposomal Doxorubicin Treatment of Human Triple Negative Breast Cancer in Mice Bush, Nigel (Institute of Cancer Research) et al. 16:15-16:30 MoC1.2 Low-Intensity Ultrasound Suppresses Epileptiform Discharges in Mouse Hippocampal Slices Li, Guofeng (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. 16:30-16:45 MoC1.3 Ultrasound Neuromodulation Based on Acoustic Radiation Force Induces Defensive Behavior Wang, Yibo (Shenzhen Institutes of Advanced Technology, Chinese Academic of Science) et al. 16:45-17:00 MoC1.4 Radiation-Enhanced Nanobubble Therapy: Monitoring Treatment Effects Using Photoacoustic Imaging Hysi, Eno (Ryerson University) et al.

MoC2 Forth Awardee Lecture Chair: Yu, Alfred C. H. University of Waterloo 16:00-16:30 MoC2.1 Beyond Conventional Clinical Ultrasound: Advancing Elasticity Imaging and Therapeutics (I)*. Konofagou, Elisa (Columbia University) et al. 16:30-17:00 MoC2.2 Ultrasonic Devices for Biomedical Applications: A Developing Career (I)*. Demore, Christine (Sunnybrook Research Institute) et al. 17:00-17:30 MoC2.3 Panel Discussion Yu, Alfred C. H. (University of Waterloo) et al.

IEEE IUS 2019 – 57 MoC3 Hall 1 MTH: Brain and Spinal Therapy Chair: Zheng, Hairong Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences 16:00-16:15 MoC3.1 Inflammatory Response and Cognitive Function Following Focused Ultrasound-Mediated Blood-Brain Barrier Opening in Non-Human Primates Pouliopoulos, Antonios (Columbia University) et al. 16:15-16:30 MoC3.2 Focused Ultrasound-Enabled Brain Tumor Liquid Biopsy (FUS-LBx) for Noninvasive, Safe, and Effective Brain Tumor Biomarker Detection Zhu, Lifei (Washington University in Saint Louis) et al. 16:30-16:45 MoC3.3 Focused Ultrasound Stimulation of the Ventrolateral Periaqueductal Gray Decreases Blood Pressure in Spontaneously Hypertensive Rats Li, Dapeng (Xi’an Jiaotong University) et al. 16:45-17:00 MoC3.4 Characterization of Ultrasound-Triggered Bulk Antibiotic Release from Novel Spinal Hardware Delaney, Lauren (Thomas Jefferson University) et al.

MoC4 Lomond Auditorium MBF: Vascular Characterization in Vivo Chair: Jensen, Jorgen Arendt Technical University of Denmark 16:00-16:15 MoC4.1 Whole Brain Characterization of Blood Flow Changes During Sleep/wake Phases Using FUS Berthon, Beatrice (Université PSL) et al. 16:15-16:30 MoC4.2 Monitoring of Vascular Response to Peri-Infarct Depolarization (PID) in Photothrombotic Stroke Animal Model Kao, Yu-Chieh (Taipei Medical University) et al. 16:30-16:45 MoC4.3 Ultrasound Diffraction Attenuation Microscopy in Human Quadriceps Femoris Muscle Blood Flow Imaging Zhang, Jiabin (Peking University) et al. 16:45-17:00 MoC4.4 Imaging of Pulse Wave Propagation Coupled with Vector Flow and Wall Shear Stress Mapping in Atherosclerotic Plaque Phantoms and Carotid Artery Disease Patients In-Vivo Karageorgos, Grigorios (Columbia University) et al.

MoC5 M1 MCA: Nano Contrast Agents Chair: Ketterling, Jeffrey A. Riverside Research 16:00-16:15 MoC5.1 Biomolecule-Enhanced Functional Ultrasound Imaging of the Mouse Brain Maresca, David (California Institute of Technology) et al. 16:15-16:30 MoC5.2 Acoustic Activity of PSMA-Targeted Nanobubbles Internalized into Prostate Cancer Cells Perera, Reshani (Case Western Reserve University) et al. 16:30-16:45 MoC5.3 High Frequency Nanobubble Nonlinear Scattering and Array-Based Imaging in Phantoms and in Vivo Pellow, Carly (Sunnybrook Research Institute) et al.

58 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

16:45-17:00 MoC5.4 Imaging Tracking of Mesenchymal Stem Cells Labelled with Lipid-PLGA Nanobubbles Liu, Sai (The Second School of Clinical Medicine) et al.

MoC6 Alsh TPM: AlN Based Transducers Chair: Zhang, Shujun University of Wollongong Co-Chair: Gebhardt, Sylvia Fraunhofer Institute for Ceramic Technologies and Systems 16:00-16:15 MoC6.1 A Miniaturized (100 µm X 100 µm) 45 kHz Aluminum Nitride Ultrasonic Transducer for Airborne Communication and Powering Simeoni, Pietro (Carnegie Mellon University) et al. 16:15-16:30 MoC6.2 Liquid Operable AlN PMUT with High Output Pressure Capabilities Ledesma, Eyglis (Universitat Autónoma De Barcelona) et al. 16:30-17:00 MoC6.3 Growth, Properties, and Applications of Al1-xScxN Thin Films (I) Muralt, Paul (Ecole Polytechnique Fédérale de Lausanne) et al.

MoC7 Boisdale PAT: Acoustic Tweezers I Chair: Veres, Istvan Attila Qorvo, Apopka, Florida Co-Chair: Michael, Fattinger Qorvo 16:00-16:30 MoC7.1 The role of primary and secondary acoustic radiation forces on the contactless manipulation of liquid droplets in mid-air (I) Brizzotti Andrade, Marco Aurelio (University of São Paulo) et al. 16:30-16:45 MoC7.2 Lowering of Acoustic Droplet Vaporization Threshold Via a Non-Uniform Focused Vortex Guo, Shifang (Xi’an Jiaotong University) et al. 16:45-17:00 MoC7.3 Measuring Elastic Property of Primary Acute Lymphocytic Leukemia Cells with Integrin α6 Antibody Using Single Beam Acoustic Tweezers Liu, Hsiao-Chuan (Mayo Clinic) et al.

MoC8 Carron ADA: New Filters Chair: Pitschi, Max RF360 Europe GmbH Co-Chair: Hashimoto, Ken-ya Chiba University 16:00-16:15 MoC8.1 5 GHz Acoustic Delay Lines Using Antisymmetric Mode in Lithium Niobate Thin Film Lu, Ruochen (University of Illinois at Urbana-Champaign) et al. 16:15-16:30 MoC8.2 Hybrid Filter Design for 5G Using IPD and Acoustic Technologies Zuo, Chengjie (University of Science and Technology of China) et al. 16:30-16:45 MoC8.3 XBAR Filter Technology for 5G Handset Filters Turner, Patrick J (Resonant Inc) et al.

IEEE IUS 2019 – 59 16:45-17:00 MoC8.4 Power Handling Considerations in XBAR Acoustic Wave Filters Garcia, Bryant (Resonant Inc) et al.

MoC9 Dochart NAF: Acoustic Microfluidics Chair: Kupnik, Mario Technische Universität Darmstadt 16:00-16:15 MoC9.1 Regulating the Differentiation of PC12 by Acoustic Fluid Stimulation He, Shan (Tianjin University) et al. 16:15-16:30 MoC9.2 Valveless Microfluidic Flow Control Using Planar Fresnel Type GHz Ultrasonic Transducers Ravi, Adarsh (Cornell University) et al. 16:30-16:45 MoC9.3 Forces, Torques, and Motion Everywhere in a Standing Wave Field Greve, David W. (Carnegie Mellon University) et al. 16:45-17:00 MoC9.4 Ultrasonic Wave Mixing for Nonlinear Ultrasonics in a Microfluidic Capillary Demcenko, Andriejus (University of Glasgow) et al.

MoC10 M2 MBB: Deep Learning Beamformers Chair: Byram, Brett Vanderbilt University 16:00-16:15 MoC10.1 CohereNet: A Deep Learning Approach to Coherence-Based Beamforming Wiacek, Alycen (Johns Hopkins University) et al. 16:15-16:30 MoC10.2 DNN Beamforming for High Contrast Targets in the Presence of Reverberation Clutter Luchies, Adam (Vanderbilt University) et al. 16:30-16:45 MoC10.3 Improved Reverberation Noise Suppression in the Aperture Domain Using 3D Fully Convolutional Neural Networks: In Vivo and Phantom Experiments Brickson, Leandra (Stanford University) et al. 16:45-17:00 MoC10.4 High Frame-Rate Ultrasound Imaging Using Deep Learning Beamforming Ghani, Muhammad Usman (Boston University) et al.

MoC11 Gala PTF, PUM: Thin Films and Ultrasonic Motors Chair: Lal, Amit Cornell University Co-Chair: Feil, Niclas Manuel University of Freiburg 16:00-16:15 MoC11.1 Relationship between Temperature Coefficient of Sound Velocity and Bond Angle in Vitreous SiO2-Type Films Nagakubo, Akira (Osaka University) et al.

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16:15-16:30 MoC11.2 A Method for Extracting Mechanical Q Factor of the Piezoelectric Filmwithout Etching Substrate Kinoshita, Sarina (Waseda University) et al. 16:30-16:45 MoC11.3 A Method to Estimate Kt2 of Piezoelectric Films from the Change of Lattice Strain by XRD without Removing Substrate Soutome, Takumi (Waseda University) et al. 16:45-17:00 MoC11.4 Evaluation of Liquid Crystal Orientation in an Ultrasound Large-Aperture Liquid Crystal Lens Harada, Yuki (Doshisha University) et al. 17:00-17:15 MoC11.5 Thermoacoustic Refrigerator Design for Beam Profile Monitor at CERN Holmström, Axi (University of Helsinki) et al. 17:15-17:30 MoC11.6 Design and Evaluation of a Cylindrical Micromixer Using Ultrasonic Vibration in Torsional Vibration Mode Ishizuka, Hiroaki (Okayama University) et al.

MoKn2 Plenary Session Clyde Auditorium Keynote: Pr. J Cooper 17:30-18:30

MoUSA Ultrasonics Awards Clyde Auditorium 18:30-19:00

Civic Welcome Reception Glasgow Science Centre courtesy of The Rt Hon The Lord Provost of Glasgow

19:00-21:00

Monday Posters – Hall 2 MoPoS-01 MBB-P: Coherence-Based Beamforming Methods Chair: Bottenus, Nick Duke University MoPoS-01.1

Two-Dimensional Spatial Coherence for DMAS Beamforming in Multi-Angle Plane-Wave Imaging Hsieh, Pei-Ying (National Taiwan University of Science and Technology) et al. MoPoS-01.2

Effects of Coherence-Based Beamforming on Breast Ultrasound Elastograms Matrone, Giulia (University of Pavia) et al. MoPoS-01.3

Mean-Squared Error Beamforming for Coherent Plane-Wave Compounding Nguyen, Nghia (University of Cambridge) et al. MoPoS-01.4

Performance Comparison of Synthetic Aperture Focusing and Coherence Factor Weighting for Non-Focused and Focused Intravascular Ultrasound Transducers Kang, Sung woo (Sogang University) et al.

IEEE IUS 2019 – 61 MoPoS-01.5

Construction of FDMAS in Baseband and Its Performance Evaluation Kozai, Ryoya (Tokyo Metropolitan University) et al. MoPoS-01.6

Coherent Multi-Transducer Ultrasound Imaging through Aberrating Media Peralta, Laura (King’s College London) et al.

MoPoS-02 MBE-P: Microbubbles Chair: Yeh, Chih-Kuang National Tsing Hua University MoPoS-02.1

Selecting the Optimal Parameters for Sonoporation of Pancreatic Cancer in a Pre-Clinical Model Schultz, Christopher W. (Thomas Jefferson University) et al. MoPoS-02.2

Dynamics of Microtubules Disruption and Rearrangement in the Sonoporated Human Umbilical Vein Endothelial Cells Shi, Jianmin (Shanghai Jiaotong University) et al. MoPoS-02.3

Spatiotemporal Dynamics of Blebbing in the Perforated Cells by Collapsing Bubbles Jia, Caixia (Shanghai Jiaotong University) et al. MoPoS-02.4

Effects of Culture Conditions on Sonoporation of Dendritic Cells Matsumoto, Ryunosuke (Hokkaido University) et al. MoPoS-02.5

High-Throughput Sonoporation of Cells by Cavitating Microbubble Arrary Liu, Xiufang (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. MoPoS-02.6

Microbubbles and Ultrasound Therapy Improves Antibody Distribution in a 4T1 Mouse Tumor Model Amate, Marie (Université De Technologie De Compiègne) et al.

MoPoS-03 MBF-P: Vector Flow Imaging Chair: Chee, Adrian J. Y. University of Waterloo MoPoS-03.1

Adaptive Method for Velocity Vector Imaging in the Carotid Bifurcation Saris, Anne Elisabeth Christina Maria (Radboudumc) et al. MoPoS-03.2

C4D - Contextual 4D: An Intuitive 4D Visualization Framework for Flow Vector Projectiles and Tissue Richer, Kevin (University of Waterloo) et al. MoPoS-03.3

3D+t Vector Flow Imaging with Transverse Oscillation and Doppler Estimator Varray, François (University of Lyon) et al. MoPoS-03.4

Vector Concentration Used for Stenosis Assessment in the Carotid Artery before and after Carotid Stenting Brandt, Andreas Hjelm (Copenhagen University Hospital) et al.

62 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

MoPoS-03.5

Comparison of Adaptive Clutter Filters for Vector Velocity Estimation: Realistic Simulations and in Vivo Examples Perrot, Vincent (University of Lyon) et al. MoPoS-03.6

High Frame Rate Vector Flow Imaging with a Convex Array in a Simulated Vessel Phantom Ghigo, Nina (University of Lyon) et al. MoPoS-03.7

High Velocity Blood Investigation with Multi Line Vector Doppler Meacci, Valentino (University of Florence) et al. MoPoS-03.8

In Vivo Visualization of Human Venous Vortex Flow by Using High-Frequency Vector Doppler Imaging (HFVDI) Huang, Hsin (National Cheng Kung University) et al. MoPoS-03.9

3-D Directional Transverse Oscillations Synthetic Aperture Vector Flow Imaging with a 1024 Element Matrix Probe Stuart, Matthias Bo (Technical University of Denmark) et al. MoPoS-03.10

Performance of Ultrasound Vector Velocity Measurement at High Depth Rossi, Stefano (University of Florence) et al. MoPoS-03.11

Visualization of Blood Flow Velocity Vectors in Human Heart Using High Frame Rate Ultrasound Imaging and Vector Flow Mapping Nagaoka, Ryo (University of Toyama) et al.

MoPoS-04 MCA-P: Ultrasound Localization Microscopy and High Resolution Imaging Chair: Fatemi, Mostafa Mayo Clinic MoPoS-04.1

Assessment of Neovascularization within Carotid Plaques in Human Using Ultrasound Super-Resolution Zhu, Jiaqi (Imperial College London) et al. MoPoS-04.2

Minimization of Nanodroplet Activation Time for Droplet-Based Ultrasound Super-Resolution Imaging Zhang, Ge (Imperial College London) et al. MoPoS-04.3

Maximum Likelihood Estimation to Assess the Degree of Reconstruction of Microvasculature from Super-Resolution US Imaging Dencks, Stefanie (Ruhr-Universität Bochum) et al. MoPoS-04.4

In Vivo Small Animal Super-Resolution Imaging through the Human Skull Soulioti, Danai Eleni (University of North Carolina at Chapel Hill) et al. MoPoS-04.5

Motion Compensation for High-Frame-Rate Contrast-Enhanced Echocardiography Using Diverging Waves: Image Registration versus Correlation-Based Method Nie, Luzhen (University of Leeds) et al. MoPoS-04.6

The Effect of Centre Frequency on the Resolvability of Sub-Diffraction Limit In-Vitro Features Resolved by Microbubble Localization Imaging Shangguan, Hanyue (University of Waterloo) et al.

IEEE IUS 2019 – 63 MoPoS-05 MCA-P: Ultrasound Localization and Magnetomotive Imaging Chair: Li, Meng-Lin National Tsing Hua University MoPoS-05.1

Ultrafast Second Harmonic Inversion for Ultrasound Contrast Harmonic Imaging Benane, Yanis Mehdi (University of Lyon) et al. MoPoS-05.2

Reliable Motion Estimation in Super-Resolution US by Reducing the Interference of Microbubble Movement Piepenbrock, Marion (Ruhr University Bochum) et al. MoPoS-05.3

Advancing the Feasible Microbubble Concentration in Super-Resolution Imaging Brieden, Anna (Ruhr University Bochum) et al. MoPoS-05.4

In Vitro Characterization of Magnetic Nanobubbles Yi, Xiaolei (Shanghai Jiaotong University) et al. MoPoS-05.5

Toward Real Time Backward-Mode Pulsed Magnetomotive Ultrasound Shen, Wei-Hsiang (National Tsing Hua University) et al.

MoPoS-06 MCA-P: Microbubble Dynamics and Formulations Chair: Kooiman, Klazina Erasmus MC, University Medical Center Rotterdam MoPoS-06.1

Quantification of PSMA Expression in Prostate Cancer by Pharmacokinetic Modeling of Targeted Ultrasound Nanobubbles Turco, Simona (Eindhoven University of Technology) et al. MoPoS-06.2

The Real Time Effect of a Radiotherapeutic Photon Beam in the Acoustic Response of Phospholipid-Shelled Monodisperse Microbubbles Collado, Gonzalo (Erasmus MC) et al. MoPoS-06.3

In-Vitro Investigation of the Relationship between Microvascular Structure and Ultrasound Contrast Agent Dynamics Chen, Peiran (Eindhoven University of Technology) et al. MoPoS-06.4

Modulating Nanobubble Acoustic Response by Altering Shell-Rigidity de Leon, Al Christopher (Case Western Reserve University) et al. MoPoS-06.5

Accelerated Blood Clearance of Targeted Contrast Reduced Molecular Imaging Signal Intensity: Secreted Frizzled Related Protein-2 Signal Remained Significantly Higher Than Signal from Either Vascular Endothelial Growth Factor Receptor-2 or αVβ3 Integrin Tsuruta, James (University of North Carolina) et al. MoPoS-06.6

Viscoelastic Property and Stability of Lipid-Based Microbubble with Indocyanine Green Derivative Yoshida, Kenji (Chiba University) et al.

64 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

MoPoS-07 MEL-P: Cardiovascular Elastography Chair: Bell, Muyinatu A. Lediju Johns Hopkins University MoPoS-07.1

Effects of Excitation Duration in Transthoracic Cardiac M-Mode ARFI Imaging Bradway, David (Duke University) et al. MoPoS-07.2

Stress Myocardial Elastography for Improved Ischemia Detection El Harake, Jad (Columbia University) et al. MoPoS-07.3

Ultrafast Multiperspective Ultrasound Strain Imaging of the Abdominal Aorta de Hoop, Hein (Eindhoven University of Technology) et al. MoPoS-07.4

In Vivo Shear Wave Elasticity Imaging of a Mouse Heart Liu, Jingfei (Georgia Institute of Technology) et al. MoPoS-07.5

Non-Invasive Estimation of Localized Intraluminal Pressure in the Artery by an Ultrasound Elastographic Imaging Framework Wang, Yahua (The University of Hong Kong) et al. MoPoS-07.6

Force-Map Normalization for Intracardiac ARFI Imaging Hollender, Peter (Duke University) et al.

MoPoS-08 MEL-P: Elastography Development and Evaluation Chair: Goksel, Orcun Computer-Assisted Applications in Medicine, ETH Zurich MoPoS-08.1

Shear Wave Elasticity Imaging to Investigate the Role of Interferon Gamma on the Treatment of Murine Pancreatic Ductal Adenocarci- noma Mislati, Reem (University of Rochester) et al. MoPoS-08.2

VisR, SWEI, and SDUV Ultrasound Detect Mechanical Anisotropy Changes with Fibrosis in Pig Kidneys, in Vivo Hossain, Md Murad (University of North Carolina at Chapel Hill) et al. MoPoS-08.3

Liver Fibrosis Structure Effects on Viscoelasticity Estimation Using Group Shear Wave Speeds Miyake, Kai (Kyoto University) et al. MoPoS-08.4

Acoustoelasticity Analysis of Shear Waves for Nonlinear Biomechanical Characterization of Oil-Gelatin Phantoms Chintada, Bhaskara Rao (ETH Zurich) et al. MoPoS-08.5

Wave Speeds and Green’s Tensors for Shear Wave Propagation in Incompressible Hyperelastic Materials with Uniaxial Stretch Rouze, Ned (Duke University) et al. MoPoS-08.6

Double-Profile Intersection (DoPIo) Elastography: A New Approach to Quantifying Tissue Elasticity Yokoyama, Keita (University of North Carolina at Chapel Hill) et al.

IEEE IUS 2019 – 65 MoPoS-08.7

Comparison of Viscoelasticity Measurements by Shear Wave Elastography, by Passive Elastography and by Surface Fluctuations Technique Pol, Grasland-Mongrain (ENS de Lyon) et al. MoPoS-08.8

Elastographic Assessment of Micromotion-Induced Strain in Tissue Adjacent to Intracortical Implants in Rat Stiller, Allison (University of Texas at Dallas) et al.

MoPoS-09 MIM-P: Image Reconstruction Techniques Chair: Renaud, Guillaume Laboratoire d’Imagerie Biomédicale, Sorbonne Université, CNRS UMR 7371, INSERM UMR S 1146 MoPoS-09.1

Diffraction-Limited Spatial Resolution with Synthetic Focus Time-Of-Flight Ray Ultrasound Tomography Jaeger, Michael (University of Bern) et al. MoPoS-09.2

Learning Based Approach for Real-Time Versatile Ultrasound Computed Tomography Oh, Seokhwan (Korea Advanced Institute of Science and Technology) et al. MoPoS-09.3

Ultrasonic Tomography in Steps - a Divide and Conquer Approach Ihrig, Andreas (Ruhr University Bochum) et al. MoPoS-09.4

Ultrasonic Wave-Field Reconstruction of Bone Fractures: Numerical Modelling and Ex-Vivo Studies Tran, Tho (University of Alberta) et al. MoPoS-09.5

Deep Learning Based Ultrasound Image Reconstruction Method: A Time Coherence Study Perdios, Dimitris (École Polytechnique Fédérale De Lausanne) et al. MoPoS-09.6

Improving Lateral Contrast Using 3D Multi-Perspective Ultrasound of Deep Organs: Applied to the Abdominal Aorta Petterson, Niels (Eindhoven University of Technology) et al. MoPoS-09.7

3D Fast Ultrasound Imaging through Pulse Compression: An Experimental Study Benane, Yanis Mehdi (University of Lyon) et al. MoPoS-09.8

Characterization of Image-Based Refocusing for Transcranial Therapies OBrien, Parker (University of Minnesota -Twin Cities) et al. MoPoS-09.9

Ultrasound Transducer Identification Enables High-Resolution Tomographic Brain Imaging Cueto, Carlos (Imperial College London) et al.

66 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

MoPoS-10 MIS-P: Speckle and Motion Tracking Chair: Fadnes, Solveig NTNU MoPoS-10.1

Parameters Affecting the Accuracy of Pulse Wave Velocity Estimates: A Comprehensive Comparison between Different Imaging Methods Chien, Chih-Yen (University of Washington) et al. MoPoS-10.2

Determining Left Ventricular Rotation in Aortic Valve Stenosis Patients Using Speckle Tracking Maas, Esther (Eindhoven University of Technology) et al. MoPoS-10.3

Accurate Ultrasound Tissue Vector Measurement Based on 2D Autocorrelation with High-Frame-Rate Imaging System for Detecting Vascular Diseases Yoshikawa, Hideki (Hitachi, Ltd) et al. MoPoS-10.4

Accurate Estimation Method of Arterial Wall Movement in Longitudinal Direction Iwamori, Koji (Tohoku University) et al. MoPoS-10.5

CAROLAB - a Platform to Analyze Carotid Ultrasound Data Zahnd, Guillaume (Technische Universität München) et al. MoPoS-10.6

High-Resolution and High-Sensitivity Blood Flow Estimation Using Deconvolution and Optimization Approaches with Application to Thyroid Vascularization Imaging Shen, Hong (University of Toulouse IRIT) et al. MoPoS-10.7

Ultrasound Imaging Tracking Technique for Tumor Motion Tracking Based on a 4DCT Respiratory Motion Model Chuang, Ho-Chiao (National Taipei University of Technology) et al.

MoPoS-11 MIS-P: Machine Learning Chair: Bernard, Olivier University of Lyon, CREATIS MoPoS-11.1

Retraining Strategies for Improved Generalization of Deep Neural Networks in Ultrasound Imaging Pasdeloup, David (Norwegian University of Science and Technology) et al. MoPoS-11.2

Deep-Learning Based Identification of Frames Containing Fetal Gender Region During Early 2nd Trimester Ultrasound Scanning Lakra, Praveen Paul (Indian Institute of Technology Madras) et al. MoPoS-11.3

Automatic Ultrasound Guidance Based on Deep Reinforcement Learning Jarosik, Piotr (Institute of Fundamental Technological Research, Polish Academy of Sciences) et al. MoPoS-11.4

Deep-Learning High-Dynamic-Range Ultrasound Prado, Eduardo (Technische Universität München) et al. MoPoS-11.5

Strain Curve Classification Using Supervised Machine Learning Algorithm with Physiological Constraints Yahav, Amir (Technion - Israel Institute of Technology) et al.

IEEE IUS 2019 – 67 MoPoS-11.6

Estimation of the Attenuation Coefficient from Ultrasonic Radio-Frequency Signals Using Deep Neural Networks Jarosik, Piotr (Institute of Fundamental Technological Research, Polish Academy of Sciences) et al. MoPoS-11.7

Ultrasound Computed Tomography to Image Objects Including Bone Using RF Data Recovery with Deep Neural Network Watanabe, Yoshiki (University of Tokyo) et al.

MoPoS-12 MPA-P: Machine Learning and Image Reconstruction Approaches in Photoacoustics Chair: Cinthio, Magnus Lund University MoPoS-12.1

Simultaneous Dictionary Learning and Reconstruction from Subsampled Data in Photoacoustic Microscopy Sathyanarayana, Sushanth (University of Virginia) et al. MoPoS-12.2

Deep-Learning Image Reconstruction for Real-Time Photoacoustic System Kim, MinWoo (University of Illinois at Urbana-Champaign) et al. MoPoS-12.3

Reconstruct the Photoacoustic Image Based on Deep Learning with Multi-Frequency Ring-Shape Transducer Array Lan, Hengrong (ShanghaiTech University) et al. MoPoS-12.4

Monitoring Needle Biopsy of Sentinel Lymph Nodes Using Photoacoustic Image with Dynamic-FDMAS Beamformer Alshaya, Abdulrhman (University of Leeds) et al. MoPoS-12.5

Simulation and Experimental Assessment of Optimal Receiver Locations for Photoacoustic Image Guidance During Minimally Invasive Neurosurgeries Graham, Michelle (Johns Hopkins University) et al. MoPoS-12.6

High Signal-To-Noise Ratio Contrast-Enhanced Photoacoustic Imaging Using Acoustic Sub-Aperture Processing and Spatiotemporal Filtering Zhang, Ge (Imperial College London) et al.

MoPoS-13 MSD-P: Ultrasound System Design Chair: Boni, Enrico Università Degli Studi Di Firenze MoPoS-13.1

A New Wireless Carotid Doppler Monitoring System with Wearable Neckband Ultrasound Sensors Yoon, Jongmin (Sogang University) et al. MoPoS-13.2

Low-Cost Sensor-Enabled Freehand 3D Ultrasound Herickhoff, Carl (Stanford University) et al. MoPoS-13.3

LightABVS: A Digital Ultrasound Transducer for Multi-Modality Automated Breast Volume Scanning Hager, Pascal Alexander (ETH Zürich) et al.

68 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

MoPoS-13.4

A Mobile Ultrasound System for Majority Detection Holger, Hewener (Fraunhofer Institute for Biomedical Engineering) et al. MoPoS-13.5

The Case for a Portable Open-Source 3D Ultrasound: Issues, Benefits, and Challenges Feliz, Yazmin (Columbia University) et al. MoPoS-13.6

Fiber-Based Clock Synchronization Method for Biomedical Ultrasound System Zhou, Juan (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. MoPoS-13.7

Using Non-Homogenous Hardware for Simultaneous Diagnostic and Therapeutic Ultrasound Clegg, Harry Robert (University of Leeds) et al.

MoPoS-14 MTC-P: Bone Ultrasound Chair: Matsukawa, Mami Doshisha University MoPoS-14.1

Cortical Bone Tissue Strength Is Reflected in Shear and Longitudinal Ultrasonic Velocities

Maeztu Redin, Juan Deyo (Sorbonne Université) et al. MoPoS-14.2

Anisotropy of Ultrasonically Induced Electric Potentials in Bone Nakamura, Tsukasa (Doshisha University) et al. MoPoS-14.3

Shear Wave Measurements in Cortical Bone Tubes with Soft Tissue-Mimicking Layers: Experiments and 3D-Simulations Bustamante Diaz, Leslie Vanessa (Doshisha University) et al. MoPoS-14.4

A Simple Model for the Simulation of Ultrasonically Induced Electric Potentials in Bone Stivan, Eliana Samira (Doshisha University) et al. MoPoS-14.5

Estimation of Cortical Micromorphology from High-Frequency Ultrasound Backscatter Nguyen Minh, Huong (Freie Universität Berlin) et al. MoPoS-14.6

Diagnosis of Osteoporosis Using the Low Frequency Acoustic Response of Mice Femoral Bones Irradiated by a High Frequency Acoustic Radiation Pulse Braz, Guilherme (Universidade De São Paulo) et al. MoPoS-14.7

Study on the Effective Ultrasonic Wave Convergence in Bone for Fracture Healing Saeki, Masaya (Doshisha University) et al. MoPoS-14.8

Attenuation Coefficients of Human Skull Cadavers Measured by Shockwave from a CNT Composite Transducer and Simulated by Sim- 4Life Software Lee, Jooho (Jeju National University) et al. MoPoS-14.9

Longitudinal Wave Velocity in Cortical Bone of Spontaneously Diabetic Rat Yasui, Hirokazu (Doshisha University) et al.

IEEE IUS 2019 – 69 MoPoS-15 MTH-P: Therapy Delivery Monitoring Chair: Stefan, Catheline LabTAU, INSERM U1032 MoPoS-15.1

Real-Time Thermoacoustic Imaging and Thermometry During Focused Microwave Heating in Multilayer Breast Phantom Karunakaran, Chandra (University of Arizona) et al. MoPoS-15.2

Backscattered Energy for Monitoring in Situ High-Intensity Focused Ultrasound Treatment Barrere, Victor (LabTAU - INSERM Unité 1032) et al. MoPoS-15.3

Phase-Coded Pulse Sequence for Passive Detection and Mapping of Ultrasound Cavitation Lu, Shukuan (Xi’an Jiaotong University) et al. MoPoS-15.4

Determination of Size Distribution of Cavitation Bubbles in Tissue Using Passive Cavitation Detection Method Xu, Shanshan (Xi’an Jiaotong University) et al. MoPoS-15.5

Characterization of High Intensity Ultrasound Exposures by Quantitative Ultrasound Barrere, Victor (LabTAU - INSERM Unité 1032) et al. MoPoS-15.6

Predicting Treatment Position of Thermal Responsive Droplet Vaporization by Ultrasound Thermal Imaging Ho, Yi-Ju (National Tsing Hua University) et al. MoPoS-15.7

US Imaging for HIFU System: ConvLSTM Approach*. Chen, Changfan (Johns Hopkins University) et al.

MoPoS-16 MTH-P: Transcranial and Brain Chair: Forsberg, Flemming Thomas Jefferson University MoPoS-16.1

Detailed Numerical and Experimental Investigation of Lamb Wave Mode Conversion for Transcranial Ultrasound Delivery Kilinc, Mehmet Sait (Georgia Institute of Technology) et al. MoPoS-16.2

Electrophysiological Responses Evoked by Low-Energy Focused Ultrasound from Individual Neurons Using a Whole-Cell Patch Clamp Setup Suarez Castellanos, Ivan Mauricio (LabTAU - INSERM) et al. MoPoS-16.3

Simulation of Standing Wave Reduction in HIFU Transcranial Tumor Therapy Zhang, Yanqiu (Tianjin Medical University) et al. MoPoS-16.4

Assessment of Skull Aberration and Transmission Loss at 270 kHz for Focused Ultrasound Stimulation of the Primary Visual Cortex Albelda Gimeno, Lucia (University College London) et al. MoPoS-16.5

Ablation of Human Brain Tumors Using Histotripsy Lu, Ning (University of Michigan) et al.

70 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

MoPoS-16.6

Bilateral Focused Ultrasound-Induced Blood-Brain Barrier Opening Improves Spatial Memory in the 3xTg Alzheimer’s Mouse Model Karakatsani, Maria Eleni (Columbia University) et al.

MoPoS-17 MTN-P: Theranostic Agent Development Chair: Zhang, Siyuan Xi’an Jiaotong University MoPoS-17.1

Laser Induced Sonoporation Using Optically Triggered Perfluorohexane Droplets Zhao, Andrew (Georgia Institute of Technology) et al. MoPoS-17.2

Theranostic Performance of Photothermal Bubbles from the Phase Transition of Nanodroplets Via Concurrent Laser and Ultrasound Irradiation Qin, Dui (Chongqing University) et al. MoPoS-17.3

Melanin-Based Perfluorocarbon Droplets for Photoacoustic Imaging and Cavitation Therapy Xue, Shan (Shenzhen University) et al. MoPoS-17.4

Cavitation and Heat Release Induced by Porous Silicon Nanoparticles with Various Surface Coatings for Biomedical Applications Sviridov, Andrey (M. V. Lomonosov Moscow State University) et al.

MoPoS-18 MBB-P: Data-Driven Beamforming Approaches Chair: Muller, Marie North Carolina State University MoPoS-18.1

Compact Convolutional Neural Networks for Ultrasound Beamforming Chen, Zhanwen (Vanderbilt University) et al. MoPoS-18.2

Clutter Suppressed Deep Beamformer for Echocardiography Using Deep Learning Khan, Shujaat (Korea Advanced Institute of Science and Technology) et al. MoPoS-18.3

Dictionary Learning for Sparse Regularization Reconstruction of Ultrafast Ultrasound Image Zhang, Jingke (Tsinghua University) et al. MoPoS-18.4

High Contrast and High Signal-To-Noise Ratio Minimum Variance Beamforming Combined with Deep Neural Networks Zhuang, Renxin (South China University of Technology) et al. MoPoS-18.5

A Coherence-Based Loss Function for Improved Training of Deep Neural Networks for Ultrasound Beamforming Vienneau, Emelina Prevost (Vanderbilt University) et al. MoPoS-18.6

Effect of Cross Spectral Accumulation (CSα) on Signal-Noise Separation Method of Eigenspace-Minimum-Variance Beamformers Ikeda, Teiichiro (Hitachi Ltd) et al. MoPoS-18.7

Minimum Variance Beamforming for Closely Spaced Microbubbles Butler, Mairead (Heriot-Watt University) et al.

IEEE IUS 2019 – 71 MoPoS-19 NAF-P: Acoustic Microfluidics Chair: Greve, David W. Carnegie Mellon University MoPoS-19.1

Disposable Ultrasonic Emulsification Microchannel Chip Fabricated by Nanoimprint Lithography Kato, Fumihito (Nippon Institute of Technology) et al. MoPoS-19.2

Acoustic Sensor for Detection and Identification of Microbial Cells Directly in the Liquid Phase Borodina, Irina (Kotel’nikov Institute of Radio Engineering and Electronics of RA) et al. MoPoS-19.3

A Pattern Designable Hydrogel Vessel Phantom for Ultrasound Imaging Dong, Feihong (Academy for Advanced Interdisciplinary Studies, Peking University) et al.

MoPoS-20 NAI-P: Acoustic Imaging and Microscopy Chair: Harley, Joel University of Florida MoPoS-20.1

Digital Eyewear: Synthetic Aperture Focusing in Coded Excitation Scanning Acoustic Microscope Meriläinen, Antti (University of Helsinki) et al. MoPoS-20.2

Delay Law Calculations Based on Snell’s Law for Multilayered Structure TFM Imaging Chen, Shuang (University of Strathclyde) et al. MoPoS-20.3

3D Acoustic Jet Kekkonen, Tuukka Oskari (University of Helsinki) et al. MoPoS-20.4

Arbitrary-Shape-Arrayed Aperture Fourier Beamforming in Arbitrary Coordinate System with No Approximate Interpolation Sumi, Chikayoshi (Sophia University) et al. MoPoS-20.5

Removing Frequency Dependent Aberrations in Acoustic Microscopy Tommiska, Oskari (University of Helsinki) et al.

MoPoS-21 NAS-P: Acoustic Sensors Chair: Yao, Kui Institute of Materials Research and Engineering-A*STAR (Agency for Science, Technology and Research) MoPoS-21.1

Investigation of Energy Trapping of the Lateral Field Excited Thickness Shear Mode in AT-Cut Quartz Crystal Microbalances Hartz, Jequil (Frontier Institute for Research in Sensor Technologies, University of Maine) et al. MoPoS-21.2

Real Time Thin-Film Thickness Monitoring Sensors: A Comparative Study of Dual Mode Solidly Mounted Resonators with Commercial Quartz Crystal Microbalances Mirea, Teona (Universidad Politécnica de Madrid) et al.

72 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

MoPoS-21.3

Performance Comparison of Signal Coding Method in Acoustic Sensing for Occlusion Area Using Super-Directional Sound Source Kouyama, Seiji (Tokyo Metropolitan University) et al. MoPoS-21.4

A Highly Sensitive and Compact Liquid Sensor Based on Annular Slotted Cylinders Lin, Qin (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. MoPoS-21.5

Gas Sensor Based on the Piezoelectric Resonator with Lateral Electric Field and Films of Chitosan Salt Zaitsev, Boris (Kotel’nikov Institute of Radio Engineering and Electronics of RA) et al. MoPoS-21.6

Comparative Analysis of EMAT Receiving Process between Ferromagnetic and Non-Ferromagnetic Material Yuan, Wei (Beijing Jiaotong University) et al. MoPoS-21.7

Fiber-Based Laser Interferometry Array for Ultrasonic Vibration Sensing Ma, Xiangdong (Beihang University) et al. MoPoS-21.8

The Influence of Metal Film, Placed Near a Piezoelectric Lateral Electric Field Resonator on Its Characteristics Zaitsev, Boris (Kotel’nikov Institute of Radio Engineering and Electronics of RA) et al. MoPoS-21.9

SAW Sensor Development at 4.3 GHz for the Wireless Avionics Intra-Communications Band Malocha, Don (Pegasense, LLC, FL, USA) et al.

MoPoS-22 NSP-P: Signal Processing Chair: Saniie, Jafar Illinois Institute of Technology MoPoS-22.1

Time-Reversal Signal Processing for PPM-EMAT Ultrasonic Communication System Huang, Xin (Illinois Institute of Technology) et al. MoPoS-22.2

Ultrasonic Communication through Solid Channels with OFDM Wang, Boyang (Illinois Institute of Technology) et al. MoPoS-22.3

Reconstruction of Missing Ultrasonic Phased Array Data Using Matrix Completion Tant, Katherine (University of Strathclyde) et al. MoPoS-22.4

Optimal Filtered Stochastic Transmitted Waves for Fat Inclusion Detection in Milk with Harmonic Ultrasound Menigot, Sebastien (Groupe ESEO) et al. MoPoS-22.5

Using Coded Excitation to Maintain Signal to Noise for FMC+TFM on Attenuating Materials Lines, David (University of Strathclyde) et al. MoPoS-22.6

Axial Super-Resolution in Ultrasound Imaging Shastri, Saurav Kumaraswami (Indian Institute of Science) et al.

IEEE IUS 2019 – 73 MoPoS-22.7

Identification of Stiffness Coefficients in Resonant Ultrasound Spectroscopy Experiment Using Particle Swarm Optimization Shen, Fei (Beihang University) et al. MoPoS-22.8

The Effect of Motion on Ultrasound Signals That Are Acquired Using Temporally Long Coded Excitation Cegla, Frederic (Imperial College London) et al. MoPoS-22.9

Unsupervised Machine Learning for Ultrasonic Flaw Detection Using Gaussian Mixture Modeling, K-Means Clustering and Mean Shift Clustering Virupakshappa, Kushal (Illinois Institute of Technology) et al.

MoPoS-23 PAT-P: Acoustic Tweezers III Chair: Wang, Ji Ningbo University MoPoS-23.1

In Vivo Acoustic Manipulation for Thrombolysis In-Stent Thrombosis: Concept Validation Li, Fei (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. MoPoS-23.2

Simulating Acoustic Orientation Trapping for Stable Levitation Helander, Petteri (University of Helsinki) et al. MoPoS-23.3

A Modular FPGA-Based Phased Array System for Ultrasonic Levitation with MATLAB

Zehnter, Sebastian (Universität Augsburg) et al. MoPoS-23.4

Improvement of Mid-Air Acoustic Tweezers for Non-Contact Particle Picker Yamamoto, Yutaka (Tokyo Metropolitan University) et al. MoPoS-23.5

Parallel Label-Free Trapping Particles Using Oscillating Microbubbles Array Zhang, Wenjun (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. MoPoS-23.6

Acoustic Tweezing Cytometry for Mechanical Phenotyping of Macrophages and Mechanopharmaceutical Cytotripsy Rzeczycki, Phillip (University of Michigan) et al. MoPoS-23.7

Acoustic Tweezers with Electrical Controllability on Rotation of Trapped Particle Zhao, Lurui (University of Southern California) et al.

MoPoS-24 PNL-P: Nonlinear Acoustics II Chair: van Dongen, Koen W.A. Delft University of Technology MoPoS-24.1

Optimizing the Shockwave-To-Vortex Power Ratio at the End of a Waveguide Malinen, Henri (University of Helsinki) et al. MoPoS-24.2

Collective Behavior of MBs within a Cluster under Ultrasound Excitation Haghi, Hossein (Ryerson University) et al.

74 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

MoPoS-24.3

Nonlinear Acoustics Characterization at Increasing Amplitude and Frequency Using a Single Sweep Antonio, Gliozzi (Politecnico di Torino) et al. MoPoS-24.4

Nonlinear Mechanisms of Energy Dissipation of Ultrasonically Excited Bubbles: Role of Thermal and Radiation Damping and Encapsu- lating Shell at Various Excitation Pressures Sojahrood, Aj (Ryerson University) et al.

MoPoS-25 PTF-P: Thin Films Chair: Kim, Eun University of Southern California MoPoS-25.1

Improvement of C-Axis Parallel Orientation of ZnO Film on Silica Glass Pipes with Various Diameters for SH-SAW Pipe Sensor Wakabayashi, Takuya (Doshisha University) et al. MoPoS-25.2

Conductivity Response of Palladium Semicontinuous Film Deposited Using Piezoelectric Resonance Method to Hydrogen Nakamura, Nobutomo (Osaka University) et al.

MoPoS-26 AD-P: SAW Devices 3 Chair: Inoue, Shogo Qorvo, Inc Co-Chair: Nakamura, Hiroyuki Skyworks Solutions, Inc MoPoS-26.1

Analysis of Longitudinal Leaky SAW on LiNbO3/amorphous Layer/quartz Structure Asakawa, Shiori (University of Yamanashi) et al. MoPoS-26.2

Mitigation of High Frequency Spurious Responses in Rayleigh SAW Resonators on LiNbO3 Substrate Mimura, Masakazu (Murata Manufacturing Co., Ltd, Japan) et al. MoPoS-26.3

Numerical and Experimental Investigations of Higher-Order Modes on ScxAl1-xN/Sapphire Structure for High-Temperature SAW Ap- plications Bartoli, Florian (Université de Lorraine) et al. MoPoS-26.4

AlN/Cu(IDTs)/LNY128 Bilayer Structure for SAW Packageless Devices Floer, Cécile (Université de Lorraine) et al. MoPoS-26.5

Polarization Conversion of Surface Acoustic Waves for Enhanced Microscale Actuation Applications Weser, Robert (Leibniz IFW Dresden) et al. MoPoS-26.6

SAW 4.3 GHz Delay Line and Reflector Design and Results Morales Otero, Michael (University of Central Florida) et al. MoPoS-26.7

STW Resonators with the High Quality Factor and Reduced Sizes Doberstein, Sergei (Research Institute ONIIP) et al.

IEEE IUS 2019 – 75 MoPoS-26.8

Design and Fabrication of SAW Resonators on Silicon Substrate Employing Transverse BAW in Patterned ZnO Gollapudi, Sai Krishna Santosh (Koneru Lakshmaiah Education Foundation) et al. MoPoS-26.9

Ultrasonic Surface Acoustic Wave Platform for Targeted Pulmonary Delivery of Nano Drug Vehicles King, Xi (University of Glasgow) et al. MoPoS-26.10

Asymmetric Energy Coupling through Acoustoelectric Effect Using Graphene on Lithium Niobite Surface Acoustic Wave Delay Line in GHz Range Carmichael, Christopher (University of Central Florida) et al.

MoPoS-27 AM-P: Materials for Acoustic Wave Devices 2 Chair: Yantchev, Ventsislav Resonant Inc Co-Chair: Pereira da Cunha, Mauricio University of Maine MoPoS-27.1

Impact of High Sc-Content on Crystal Morphology & RF-Performance of Sputtered Sc-Doped AlN BAW-SMRs Bogner, Andreas (Friedrich-Alexander-Universität Erlangen-Nürnberg) et al. MoPoS-27.2

Experimental Determination of AlScN Thin Film Thermo-Electro-Acoustic Properties up to 140°C by SAW Resonators Ding, Anli (Fraunhofer Institute for Applied Solid State Physics IAF) et al. MoPoS-27.3

Electromechanical Coupling Coefficient Kt2 of Cr Doped AlN Films Grown by Sputtering Deposition Suzuki, Masashi (University of Yamanashi) et al. MoPoS-27.4

Combined Assessment of Al(1-x)ScxN Thin Films by XRD, FTIR and BAW Frequency Response Measurements Clement, Marta (Universidad Politécnica de Madrid) et al. MoPoS-27.5

Ion Beam Trimming of LiTaO3 and LiNbO3 Compound Wafer Tonert, Thomas (Scia Systems, Chemnitz, Germany) et al. MoPoS-27.6

Correlation between the Resonator Properties and Fourier Transform Infrared Spectra of Silicon Oxynitride Films for Surface Acoustic Wave Devices Matsuda, Satoru (Skyworks Solutions, Inc., MA, USA) et al. MoPoS-27.7

Removal of Stress Hillocks from Pt/Al2O3 Electrodes Used in High-Temperature SAW Devices Ayes, Armando (University of Maine) et al. MoPoS-27.8

Sputter Deposition of Fluorine Doped SiO2 Films for Temperature Compensated SAW Components Bartzsch, Hagen (Fraunhofer FEP) et al. MoPoS-27.9

Influence of LGS Crystal Orientation on H2 Detection up to 400C Using SAW Resonators Ayes, Armando (University of Maine) et al.

76 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

MoPoS-27.10

One-Port Diamond SAW Resonator on Diamond Made of Isotopic Enriched 12C Fujii, Satoshi (Okinawa College) et al.

MoPoS-28 TMU-P: CMUTs Chair: Felix, Nicolas VERMON MoPoS-28.1

Flexible CMUT for Vibrating Mesh Nebulizer Certon, Dominique (Université de Tours) et al. MoPoS-28.2

Frequency Response Limiting Factors for Single Element CMUTs in Non-Collapsed Mode Arkan, Evren Fatih (Georgia Institute of Technology) et al. MoPoS-28.3

Adhesive Wafer-Bonding Fabrication of Flexible Capacitive Micromachined Ultrasound Transducers with Silicon Nitride Membranes Ma, Dylan (University of Alberta) et al. MoPoS-28.4

188+188 Row-Column Addressed CMUT Transducer for Super Resolution Imaging Havreland, Andreas (Technical University of Denmark) et al. MoPoS-28.5

Transmitting CMUT Arrays without a DC Bias Enhos, Kerem (Bilkent University) et al. MoPoS-28.6

Charging-Free CMUTs with High Contact-Resistance ZnO ALD Film Kashani Ilkhechi, Afshin (University of Alberta) et al. MoPoS-28.7

Development of a Full Array Non-Linear CMUT Model Using FE-BEM and H-Matrices Shieh, Bernard (University of Oxford) et al. MoPoS-28.8

CMUTs Made by a Poly-Silicon-On-Insulator Wafer Havreland, Andreas (Technical University of Denmark) et al. MoPoS-28.9

Beam Steering in a Half-Frequency Driven Airborne CMUT Transmitter Array Khan, Talha Masood (Bilkent University) et al. MoPoS-28.10

Performance Parameters and Frequency Response of CMUTs in Transmit, Receive, and Pulse-Echo Operation Wygant, Ira (Swift Sensing Inc) et al. MoPoS-28.11

Wafer Level Characterization of Row-Column Addressed CMUT Arrays Thomsen, Erik, Vilain (Technical University of Denmark) et al. MoPoS-28.12

CMUT with Mechanically Coupled Plate Actuators - Linearized Electrostatic Modeling Krenkel, Marcel (Fraunhofer Institute of Photonic Microsystems IPMS) et al.

IEEE IUS 2019 – 77 MoPoS-28.13

Fabrication and Characterization of Capacitive Micromachined Ultrasonic Transducers Integrated on Ultra-Thin and Flexible Substrates Lucarini, Ivano (Università Degli Studi Roma Tre) et al.

MoPoS-29 TMU-P: PMUTs Chair: Gomez Alvarez-Arenas, Tomas CSIC MoPoS-29.1

Design of Dual-Frequency Piezoelectric Micromachined Ultrasonic Transducers Wu, Lixiang (Hangzhou Dianzi University) et al. MoPoS-29.2

Design and Fabrication of Flexible and Transparent Piezoelectric Micromachined Ultrasonic Transducer Based on Mica Substrate Liu, Wei (Nanjing University of Aeronautics and Astronautics) et al. MoPoS-29.3

Crosstalk Study of Large PMUT Array Using FEA and Cloud HPC Pirouz, Amirabbas (OnScale, CA, USA) et al. MoPoS-29.4

Performance and Crosstalk Evaluation of 2-D Array Piezoelectric Micromachined Ultrasonic Transducer with 3D Finite Element Simulation He, Le-Ming (Fudan University, Université Polytechnique Hauts-de-France) et al.

MoPoS-30 TPM-P: Air-Coupled Transducers Chair: Gomez Alvarez-Arenas, Tomas CSIC MoPoS-30.1

Wave Propagation in an Acoustic Waveguide for Ultrasonic Phased Arrays Rutsch, Matthias (Technische Universität Darmstadt) et al. MoPoS-30.2

2D Airborne Ultrasound Piezotransducer Arrays for Corneal Imaging Aminot, Antoine (Institut Langevin) et al. MoPoS-30.3

Evaluation of Object Localization System with Thermophone Nakade, Shoya (Doshisha University) et al. MoPoS-30.4

Air-Coupled Transducers for Inline Quality Control in the Food Industry Martin Ginel, Alba (Institute of Physical and Information Technologies, CSIC) et al.

MoPoS-31 THF-P: Electronics and Integration Chair: Gomez Alvarez-Arenas, Tomas CSIC MoPoS-31.1

Monolithic Integration of P(VDF-TrFE) Thin Film on CMOS for Wide-Band Ultrasonic Transducer Arrays Suzuki, Kenji (Konicaminolta, Inc) et al.

78 – IEEE IUS 2019 Monday, 7 October 2019 Technical Programme

MoPoS-31.2

High Frequency Ultrasound Annular Array Based on P(VDF-TrFE) Deposited on Silicon Banquart, Aline (Université De Tours) et al. MoPoS-31.3

Small Driving Circuit with High Efficiency for Thin Airborne Ultrasound Phased Array Kamigaki, Takaaki (University of Tokyo) et al. MoPoS-31.4

A SoC-Based Fully Configurable Point-Of-Care Ultrasound System for Research Proposes Martin-Arguedas, Carlos Julian (University of Alcala) et al. MoPoS-31.5

Real-Time Localization for Robust Ultrasonic Wireless Power Transfer to Implantable Devices Wang, Max (Stanford University) et al.

IEEE IUS 2019 – 79 Tuesday October 8, 2019

Registration Desk Open Hall 2 07:00-18:00

Exhibition Open Hall 2 09:30-18:00

Parallel Sessions TuD1 Lomond Auditorium MBF: Vector Flow Estimation Chair: Garcia, Damien University of Lyon, Creatis 08:00-08:15 TuD1.1 Vector Flow Estimation from Beamsummed Data Using Deep Neural Networks Li, You (Stanford University) et al. 08:15-08:30 TuD1.2 Full Volumetric 3-D Vector Flow Imaging Using a 62+62 Row-Column Array Schou, Mikkel (Technical University of Denmark) et al. 08:30-08:45 TuD1.3 A Robust Vector Flow Estimator Using Hybridized Vector Doppler and Speckle Tracking Nahas, Hassan (University of Waterloo) et al. 08:45-09:00 TuD1.4 Validation of Intra-Cardiac 4D Flow Estimation from Image-Based Computational Fluid Dynamics Using a Dynamic Heart Phantom and Ultrasound Vector Flow Imaging Hvid, Rasmus (Technical University of Denmark) et al. 09:00-09:15 TuD1.5 In Vitro Validation of Ultrasound VFI Regularization through Rapid Data Assimilation Groenli, Thomas (Norwegian University of Science and Technology, ) et al. 09:15-09:30 TuD1.6 Pressure Difference Estimation in Carotid Bulbs Using Vector Flow Imaging - a Phantom Study Nguyen, Tin-Quoc (Copenhagen University Hospital) et al.

TuD2 Hall 1 MEL: Abdominal Elastography Chair: Doyley, Marvin University of Rochester 08:00-08:15 TuD2.1 In-Vivo Validation of 3D Multifrequency Liver Shear Wave Absolute Vibro-Elastography with an xMATRIX Array Zeng, Qi (University of British Columbia) et al. 08:15-08:30 TuD2.2 Using a Murine Metastatic Liver Model to Investigate the Relationship between Shear Wave Speed and Survival During Chemotherapy Ahmed, Rifat (University of Rochester) et al.

80 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

08:30-08:45 TuD2.3 Kidney Biopsy Classification Using Shear Wave Elastography and Machine Learning Techniques Vasconcelos, Luiz (University of Minnesota Rochester) et al. 08:45-09:00 TuD2.4 Feasibility of Local Phase Velocity Based Imaging (LPVI) Used for Shear Wave Elastography of Renal Transplants Kijanka, Piotr (Mayo Clinic) et al. 09:00-09:15 TuD2.5 Multiparametric Ultrasound for the Targeting of Prostate Cancer Using ARFI, SWEI, B-Mode and QUS Morris, D. Cody (Duke University) et al. 09:15-09:30 TuD2.6 Shear Wave Elasticity Imaging Can Measure Treatment Response of Pancreatic Tumors Treated with Stereotactic Body Radiation Therapy Wang, Hexuan (University of Rochester) et al.

TuD3 M1 MCA: Gene and Drug Delivery Chair: Goertz, David Sunnybrook Research Institute 08:00-08:15 TuD3.1 Ultrasound Imaging of Gene Expression in Mammalian Cells Farhadi, Arash (Caltech) et al. 08:15-08:30 TuD3.2 Enhanced Delivery of AAV-Like Nanoparticles after Blood-Brain Barrier Disruption in a Mouse Model Foiret, Josquin (Stanford University) et al. 08:30-08:45 TuD3.3 Optimization of Blood Brain Barrier Opening Using Laser-Activated Perfluorocarbon Nanodroplets Hallam, Kristina (Georgia Institute of Technology) et al. 08:45-09:00 TuD3.4 3D Monitoring and Control of Microbubble Cavitation for Gene Delivery Cai, Xiran (Stanford University) et al. 09:00-09:15 TuD3.5 Improving Drug Loading in Sub-Micron Bubbles Using Hydrophobic Doxorubicin Nittayacharn, Pinunta (Case Western Reserve University) et al. 09:15-09:30 TuD3.6 Ultrasound Imaging of Single Cells Using Acoustic Reporter Genes and BURST Reconstruction Sawyer, Daniel P. (Caltech) et al.

TuD4 Alsh Spotlight Piezo* Chair: Oralkan, Omer North Carolina State University Co-Chair: Jiang, Xiaoning North Carolina State University 08:00-08:30 TuD4.1 Magnetron Deposition of AlN and ScAlN for Mass-Production for BAW Devices and MEMS (I) Mishin, Sergey (Advanced Modular Systems, Inc, CA, USA) et al. 08:30-09:00 TuD4.2 ScAlN Polarization Inverted Resonators and Enhancement of Kt2 in New YbAlN Materials for BAW Devices (I) Yanagitani, Takahiko (Waseda University) et al.

IEEE IUS 2019 – 81 09:00-09:30 TuD4.3 High Performance Piezoelectric Ceramics and Crystals (I) Shrout, Thomas (Pennsylvania State University) et al.

TuD5 Boisdale MBB: Advanced Beamforming I Chair: Luo, Jianwen Tsinghua University 08:00-08:15 TuD5.1 High-Resolution 3D Ultrasound Imaging Using Bias-Switchable Row-Column Arrays and Orthogonal Plane Wave Compounding with Hadamard-Biased Full Aperture Readout Rahim Sobhani, Mohammad (University of Alberta) et al. 08:15-08:30 TuD5.2 High Contrast Power Doppler Imaging in Intravascular Ultrasound Imaging with Sub-Aperture Beamforming Collins, Graham (Georgia Institute of Technology) et al. 08:30-08:45 TuD5.3 Optimization of the Virtual Sources Distribution in 3-D Echography*. Le Moign, Goulven (Université de Sherbrooke) et al. 08:45-09:00 TuD5.4 Adaptively Combined Delay-And-Sum Beamformed Subarrays Austeng, Andreas (University of Oslo) et al. 09:00-09:15 TuD5.5 Sparse Image Reconstruction for Contrast Enhanced Cardiac Ultrasound Using Diverging Waves Stanziola, Antonio (Imperial College London) et al. 09:15-09:30 TuD5.6 Phase Modulation Beamforming in High Frame Rate Imaging Lindsey, Brooks (Georgia Institute of Technology) et al.

TuD6 Carron PAT: Acoustic Tweezers II Chair: Courtney, Charles University of Bath Co-Chair: Zhao, Lurui University of Southern California 08:00-08:30 TuD6.1 Spatial Sound Modulation: From Quantal Metasurfaces to Acoustic Vortices and Levitation (I) Caleap, Mihai (University of Bristol) et al. 08:30-08:45 TuD6.2 Multi-Frequency Acoustic Levitation Puranen, Tuomas (University of Helsinki) et al. 08:45-09:00 TuD6.3 Acoustic Levitation from Superposition of Spherical Harmonics Expansions of Elementary Sources: Analysis of Dependency on Wave- number and Order Andersson, Carl (Chalmers University of Technology) et al. 09:00-09:15 TuD6.4 Application of Ultrasound Acoustic Levitation for X-Ray Protein Crystallography Experiments Using Rotating Levitated Thin Films Kepa, Michal (The Paul Scherrer Institute) et al.

82 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

09:15-09:30 TuD6.5 3D Acoustic Tweezer Based on Time Reversal Yang, Ye (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al.

TuD7 Dochart NDE: Non Destructive Evaluation Chair: Tittmann, Bernhard Penn State University Co-Chair: Skliar, Mikhail University of Utah 08:00-08:15 TuD7.1 Non-Contact Ultrasound with Optimum Electronic Steering Angle to Excite Lamb Waves in Thin Metal Sheets for Mechanical Stress Measurements Jäger, Axel (Technische Universität Darmstadt) et al. 08:15-08:30 TuD7.2 Strain Sensitivity Enhancement of Ultrasonic Waves in Plates Using Phase Filter Martinho, Lucas (Pontifical Catholic University) et al. 08:30-08:45 TuD7.3 Model-Assisted Analysis of Local Attenuation in Ti-6Al-4V Materials Blackshire, James (Air Force Research Laboratory) et al. 08:45-09:00 TuD7.4 A Full-Field Method for Characterising Acoustoplasticity Souza, Colin Francis (University of Glasgow) et al. 09:00-09:15 TuD7.5 Contrast Mechanism of Ultrasonic-Based Atomic Force Microscopy for Subsurface Imaging Ma, Chengfu (University of Science and Technology of China) et al. 09:15-09:30 TuD7.6 Ultrasonic Measurements of Temperature Distribution and Heat Fluxes across Containments of Extreme Environments Skliar, Mikhail (University of Utah) et al.

TuD8 M2 MPA: Contrast Agent Development and Applications Chair: Bridal, Lori Laboratoire d’Imagerie Biomedicale - CNRS/INSERM/Sorbonne University 08:00-08:15 TuD8.1 Effective Multi-Spectral Photoacoustic Imaging of Prostate-Specific Membrane Antigen (PSMA) Targeted Agent for Aggressive Prostate Cancer Detection Wu, Yixuan (Johns Hopkins University) et al. 08:15-08:30 TuD8.2 Contrast-Enhanced Molecular Photoacoustic Imaging of Aggressive Prostate Cancer Using Fluorescence-Quenching Prostate-Specific Membrane Antigen (PSMA)-Targeted Dye Kang, Jeeun (Johns Hopkins University) et al. 08:30-08:45 TuD8.3 Mapping Tumor Microenvironment Using Photoacoustic Imaging Powered by Functional Nanoparticles Tan, Joel Weng Yu (University of Michigan) et al. 08:45-09:00 TuD8.4 In Vivo Quantitative Photoacoustic Imaging of Targeted Lipo-JICG Wood, Cayla (The University of Texas MD Anderson Cancer Center) et al.

IEEE IUS 2019 – 83 09:00-09:15 TuD8.5 Quantification of Tumor Gold Nanorod Uptake Using Photoacoustic Multispectral Unmixing Technique Wang, Yanjie (Ryerson University) et al. 09:15-09:30 TuD8.6 Photoacoustic Super-Resolution Imaging Using Laser Activation of Low-Boiling-Point Dye-Coated Nanodroplets Zhang, Ge (Imperial College London) et al.

Tea, coffee and poster viewing Hall 2 09:30-10:30

Parallel Sessions TuE1 Lomond Auditorium MIM: Tomography and Imaging of Complex Media Chair: Hossack, John University of Virginia 10:30-10:45 TuE1.1 Measurement of Exact Wave-Speed Anisotropy in Cortical Bone with Intra-Osseous Ultrasound Imaging Renaud, Guillaume (Sorbonne Université) et al. 10:45-11:00 TuE1.2 Soft-Prior Regularization for Improved Reflection-Mode Speed-Of-Sound Imaging Stähli, Patrick (University of Bern) et al. 11:00-11:30 TuE1.3 Full Wave 3D Inverse Scattering Transmission Ultrasound Tomography: Breast and Whole Body Imaging (I) Wiskin, James (QT Ultrasound, LLC, CA, USA) et al. 11:30-11:45 TuE1.4 X-Ray Induced Acoustic Computed Tomography (XACT) for Real-Time Monitoring of External Beam Radiotherapy Zhang, Wei (University of Michigan) et al. 11:45-12:00 TuE1.5 Lesion Imaging and Target Detection in Complex Heterogeneous Media: Application to Lung Nodules Mohanty, Kaustav (North Carolina State University) et al.

TuE2 Hall 1 MEL: Emerging Elastography Applications Chair: de Korte, Chris Radboud University Medical Centre 10:30-10:45 TuE2.1 3D Strain Imaging in Volumetric Breast Ultrasound Scanners to Improve Breast Cancer Detection: An In-Vivo Validation Study Hendriks, Gijs Adrianus Gerardus Marie (Radboud University Medical Center) et al. 10:45-11:00 TuE2.2 Imaging Viscoelasticity of Control and Dystrophic Vastus Lateralis Using Quantitative Viscoelastic Response (QVisR) Imaging Moore, Christopher (University of North Carolina at Chapel Hill) et al. 11:00-11:15 TuE2.3 Ultrasound Shear Wave Elastography for Assessing Diaphragm Function within the Intensive Care Unit Poulard, Thomas (IR4M / CNRS / U-PSUD / CEA) et al. 11:15-11:30 TuE2.4 Assessment of Interstitial Lung Disease Using Lung Ultrasound Surface Wave Elastography Zhang, Xiaoming (Mayo Clinic) et al.

84 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

11:30-11:45 TuE2.5 Analysis of Factors Affecting Shear Wave Speed in in Vivo Skin Knight, Anna (Duke University) et al. 11:45-12:00 TuE2.6 4-D Lamb Wave Imaging of Porcine Cornea Using 40 MHz High-Frequency Ultrasound Weng, Chien-Chang (National Cheng Kung University) et al.

TuE3 M1 MBE: Microbubbles Chair: Holland, Christy University of Cincinnati 10:30-10:45 TuE3.1 Intracellular Calcium Fluctuations Due to Sonoporation in Microbubble-Mediated Drug Delivery Imaged at High Temporal and Spatial Resolution Beekers, Ines (Erasmus MC) et al. 10:45-11:00 TuE3.2 Biomolecular Cavitation Nuclei for Targeted and Cell-Based Therapy Bar-Zion, Avinoam (California Institute of Technology) et al. 11:00-11:15 TuE3.3 Microbubble Induced Indentation of Saturated Poroelastic Media: Implications for Fluid Transport in Fibrin Clots Kiezun, Kevin (University of Toronto) et al. 11:15-11:30 TuE3.4 Bacteria in Biofilms Sonoporated by Oscillating Microbubbles Lattwein, Kirby R. (Erasmus MC) et al. 11:30-11:45 TuE3.5 Microbubble-Mediated Sonoporation Induces a Multitude of Downstream Bioeffects on HL-60 Leukemia Cells Duan, Xinxing (University of Waterloo) et al. 11:45-12:00 TuE3.6 Multimodal Sonographic Assessment of Hepatocellular Carcinoma Response to Antivascular Therapy D’Souza, Julia (University of Pennsylvania) et al.

TuE4 Alsh TIS: Electronic Circuits and Systems Chair: Lay, Holly Visualsonics Co-Chair: Pertijs, Michiel Delft University of Technology 10:30-10:45 TuE4.1 Fabrication and Characterization of a Prototype Forward-Looking Single-Cable 64-Element Intra-Vascular Ultrasound Probe van Willigen, Douwe Manuel (Delft University of Technology) et al. 10:45-11:00 TuE4.2 Highly Sensitive PZT Transducer with Integrated Miniature Amplifier for Photoacoustic Imaging Yang, Chen (Suzhou Institute of Biomedical Engineering and Technology) et al. 11:00-11:15 TuE4.3 Phase Dithered Modulation in Switched Mode Excitation for Improved Amplitude Control Cowell, David (University of Leeds) et al.

IEEE IUS 2019 – 85 11:15-11:30 TuE4.4 Improved Interface Circuits for CMUT Chemical Sensors Stedman, Quintin (Stanford University) et al. 11:30-11:45 TuE4.5 The Impact of Analog Front-End Filters on Ultrasound Harmonic Imaging Zhou, Meiyi (Eindhoven University of Technology) et al. 11:45-12:00 TuE4.6 A Low-Cost Stereo Camera-Based Ultrasound Probe Tracking System: Design and Prototype Cai, Qianqian (North Carolina State University) et al.

TuE5 Boisdale MBB: Advanced Beamforming II Chair: Nguyen, Nghia University of Cambridge 10:30-10:45 TuE5.1 High Quality Ultrafast Imaging with Transmit Extrapolation Shin, Junseob (Philips Research North America) et al. 10:45-11:00 TuE5.2 Iterative Retrospective Recovery of Full Synthetic Aperture Data from Focused Transmissions Ali, Rehman (Stanford University) et al. 11:00-11:15 TuE5.3 Estimation of Transducer Translation Using Channel-Domain Correlation Bottenus, Nick (Duke University) et al. 11:15-11:30 TuE5.4 Improved Lesion Detection Using Non-Local-Mean Post-Filtering Rindal, Ole Marius Hoel (University of Oslo) et al. 11:30-11:45 TuE5.5 Linear Prediction Filtering of Per Channel Data for Noise Reduction – Theory of Action and Application to Cardiac Ultrasound Vignon, Francois (Philips Research North America) et al. 11:45-12:00 TuE5.6 A New Nonlinear Compounding Technique for Ultrasound B-Mode Medical Imaging Mohamed Moubark, Asraf (University Kebangsaan Malaysia) et al.

TuE6 Carron POA: Photo Acoustics I Chair: Mayer, Andreas Hochschule Offenburg - University of Applied Sciences Co-Chair: Ding, Anli Fraunhofer Institute for Applied Solid State Physics IAF 10:30-10:45 TuE6.1 Acousto-Optic Modulation of Water in a Microfluidic Channel Using Planar Fresnel Type GHz Ultrasonic Transducer Ravi, Adarsh (Cornell University) et al. 10:45-11:00 TuE6.2 Ultrasound Optical Tomography Using Slow Light Filters Bengtsson, Alexander (Lund University) et al. 11:00-11:15 TuE6.3 Temperature Dependence of the Grüneisen Parameter of Tissue-Mimicking Materials Bakaric, Marina (University College London) et al.

86 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

11:15-11:30 TuE6.4 Investigation of GHz Mechanical Behaviour of Confined Liquids with Molecular Resolution Chaban, Ievgeniia (Institut Molécules Et Matériaux Du Mans, UMR CNRS 6283) et al. 11:30-11:45 TuE6.5 Comparison of Techniques to Characterize the Point Spread Function of an Acoustic-Resolution Optoacoustic Microscope Shah, Anant (National Physical Laboratory) et al. 11:45-12:00 TuE6.6 Stolt’s F-K Migration for Photoacoustic Tomography Imaging Simulation An, Jian (Peking University) et al.

TuE7 Dochart Spotlight Flow* Chair: Kupnik, Mario Technische Universität Darmstadt Co-Chair: Torp, Hans Norwegian University of Science and Technology (NTNU) 10:30-11:00 TuE7.1 History and Latest Advances in Flow Estimation Technology: From 1D in 2D to 3D in 4D (I) Jensen, Jorgen Arendt (Technical University of Denmark) et al. 11:00-11:30 TuE7.2 Third Generation Surface Acoustic Wave Devices for Active Microfluidics (I) Schmidt, Hagen (IFW Dresden) et al. 11:30-12:00 TuE7.3 Ultrasound Imaging in Hot Melts with Time Reversal Virtual Arrays (I) Nauber, Richard (TU Dresden) et al.

TuE8 M2 MPA: Technical Advances in Photoacoustic Imaging Chair: Kubelick, Kelsey Georgia Institute of Technology & Emory University 10:30-10:45 TuE8.1 Integrated Photoacoustic Microscopy, Optical Coherence Tomography and Fluorescence Microscopy Imaging of Rabbit Ocular Neovas- cularization in Vivo Zhang, Wei (University of Michigan) et al. 10:45-11:00 TuE8.2 Agent-Free Super-Resolution High-Speed Photoacoustic Microscopy Kim, Jongbeom (Pohang University of Science and Technology) et al. 11:00-11:15 TuE8.3 High Frequency Ultrasound and Dual-Wavelength Photoacoustic Imaging of Skin – Comparison between Images Obtained with Single Concave Transducer and Annular Array Transducer Saijo, Yoshifumi (Tohoku University) et al. 11:15-11:30 TuE8.4 Transurethral Light Delivery for Photoacoustic Imaging of Porphysome Contrast Agent in the Prostate: Evaluation in a Tissue Mimicking Phantom Singh, Nidhi (University of Toronto) et al. 11:30-11:45 TuE8.5 Submillimeter Magnetic Microrobot Tracking Using an Integrated Ultrasound and Photoacoustic Imaging System Yan, Yan (Wayne State University) et al.

IEEE IUS 2019 – 87 11:45-12:00 TuE8.6 Pulse Interferometry for Ultrasound Detection Volodarsky, Oleg (Technion – Israel Institute of Technology) et al.

Lunch and poster viewing Hall 2 12:00-13:30

Student Lunch M1 12:00-13:30

Ultrasound Industry Perspective 2 Hall 1 13:00-13:20

Parallel Sessions TuF1 Lomond Auditorium MBB: Adaptive Beamforming (Regular Session 5 talks) et al. Chair: Vignon, Francois Philips Research North America 13:30-13:45 TuF1.1 Adaptive Beamforming through Model-Aware Intelligent Agents Luijten, Ben (Eindhoven University of Technology) et al. 13:45-14:00 TuF1.2 Fourier Domain Adaptive Beamformers for Passive Ultrasound Imaging – in Vitro Study Polichetti, Maxime (University of Lyon) et al. 14:00-14:15 TuF1.3 Ultrafast Adaptive Beamformer Based on Angular Coherence of Plane Wave Compounding Bendjador, Hanna (Physics for Medicine, INSERM U1273, ESPCI Paris) et al. 14:15-14:30 TuF1.4 Multi-Covariate Imaging of Sub-Resolution Targets: Clinical Feasibility Study Morgan, Matthew (Duke University) et al. 14:30-15:00 TuF1.5 Recent Developments in Adaptive Beamforming (I) Hasegawa, Hideyuki (University of Toyama) et al.

TuF2 Hall 1 MCA: Microbubble Dynamics and Formulations Chair: Borden, Mark University of Colorado 13:30-13:45 TuF2.1 Single Microbubble Measurements for Bound and Non-Bound Conditions Lum, Jordan (University of Colorado Boulder) et al. 13:45-14:00 TuF2.2 Ultrasound Radiation Force As a Method to Characterize the Viscoelastic Properties of Microbubble Shells Supponen, Outi (University of Colorado Boulder) et al. 14:00-14:15 TuF2.3 Real Time Control of Microbubble Diameter from a Flow Focusing Microfluidic Device Xie, Yanjun (University of Virginia) et al.

88 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

14:15-14:30 TuF2.4 Microbubble Bolus Kinetics of Velocity Segmented Vasculature Bruce, Matthew (University of Washington) et al. 14:30-14:45 TuF2.5 Ultrasound On-Demand Manganese (III) Porphyrin Microbubbles for Enhanced Ultrasound/ MR Bimodal Tumor Imaging Chen, Min (Peking University) et al. 14:45-15:00 TuF2.6 Contrast-Enhanced Magnetomotive Ultrasound Imaging (CE-MMUS) for Colorectal Cancer Staging: Assessment of Sensitivity and Reso- lution to Detect Alterations in Tissue Stiffness Thring, Claire (University of Glasgow) et al.

TuF3 M1 MTH: Neuromodulation Chair: Konofagou, Elisa Columbia University 13:30-13:45 TuF3.1 Microbubble-Enhanced Ultrasonic Neuromodulation of Motor Cortex of Mouse Cui, Zhiwei (Xi’an Jiaotong University) et al. 13:45-14:00 TuF3.2 Modulation of Cellular Activities Using an Engineered Auditory-Sensing Protein with Ultrasound Fan, Ching-Hsiang (National Tsing Hua University) et al. 14:00-14:15 TuF3.3 Noninvasive Ultrasound Deep Brain Stimulation of Subthalamic Nucleus (STN) Improves Motor Function in a Subacute MPTP Mouse Model of Parkinson’s Disease Zhou, Hui (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. 14:15-14:30 TuF3.4 Microelectrode Array–based Electrophysiological Platform for Studying Neural Responses Evoked by Focused Ultrasound in an Ex Vivo Mouse Brain Model Suarez Castellanos, Ivan Mauricio (INSERM) et al. 14:30-14:45 TuF3.5 Focused Ultrasound Stimulation of Median Nerve Modulates Somatosensory Evoked Responses Kamimura, Hermes (Columbia University) et al. 14:45-15:00 TuF3.6 Non-Invasive Neural Stimulation Enabled by Piezoelectric Nanoparticles and Ultrasound Jordan, Tomas (Dartmouth College) et al.

TuF4 Alsh TMU: PMUTs Chair: Savoia, Alessandro Stuart Roma Tre University 13:30-13:45 TuF4.1 High Frequency Piezoelectric Micromachined Transducers with Wide Bandwidth and High Sensitivity Nistorica, Corina (FUJIFILM Dimatix, Inc) et al. 13:45-14:00 TuF4.2 Thin Film PZT-Based PMUT Arrays for 1D Particle Manipulation and Imaging Applications Cheng, Christopher (Penn State University) et al.

IEEE IUS 2019 – 89 14:00-14:15 TuF4.3 Design of Polymer-Based PMUT Array for Multi-Frequency Ultrasound Imaging Gao, Hang (Imec) et al. 14:15-14:30 TuF4.4 Novel Phased-Array Platform Based on Directly Modulated Ultrasonic Transducers (dMUT) Pop, Flavius (Northeastern University) et al. 14:30-14:45 TuF4.5 Coupled Piezoelectric Bulk-Micromachined Ultrasound Transducer (cPB-MUT): An Ultrasound Transducer with Enhanced Pressure Re- sponse in Liquid and Dense Medium Sadeghpour, Sina (KU Leuven) et al. 14:45-15:00 TuF4.6 PMUT-Enabled Underwater Acoustic Source Localization System Herrera, Bernard (Northeastern University) et al.

TuF5 Boisdale MBF: Super-Resolution in Flow Detection Chair: Bruce, Matthew University of Washington 13:30-13:45 TuF5.1 Super-Resolution Power-Doppler Imaging Lovstakken, Lasse (Norwegian University of Science and Technology) et al. 13:45-14:00 TuF5.2 Fast and Robust Super-Resolution Ultrasound Microvessel Imaging Via Microbubble Separation Huang, Chengwu (Mayo Clinic) et al. 14:00-14:15 TuF5.3 Tissue Motion Correction in Super Resolution Imaging Jensen, Jorgen Arendt (Technical University of Denmark) et al. 14:15-14:30 TuF5.4 Three-Dimensional Super-Resolution Ultrasound Microvessel Imaging with Bipartite Graph-Based Microbubble Tracking Using a Vera- sonics 256-Channel Ultrasound System Lok, U-Wai (Mayo Clinic) et al. 14:30-14:45 TuF5.5 Super-Resolution Vascular Ultrasound through Deep Unfolded Convolutional ISTA van Sloun, Ruud JG (Eindhoven University of Technology) et al. 14:45-15:00 TuF5.6 Super-Resolution Ultrasound Imaging through Deep Learning Brown, Katherine (University of Texas at Dallas) et al.

TuF6 Carron AM: Materials for Acoustic Wave Devices 1 Chair: Yantchev, Ventsislav Resonant Inc Co-Chair: Zhgoon, Sergei National Research University “MPEI” 13:30-13:45 TuF6.1 Shear Mode Polarity Inverted ScAlN Multilayer for Application to BAW Transformer in Rectifying Antenna Kinoshita, Sarina (Waseda University) et al.

90 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

13:45-14:00 TuF6.2 Effect of Negative Ions Generation from Sputtering Target on Crystalline Orientation and Kt2 of ScAlN Thin Films Kihara, Rui (Waseda University) et al. 14:00-14:30 TuF6.3 Engineering of LiNbO3 Films for Next Generation Acoustic Wave Devices (I) Bartasyte, Ausrine (University of Franche-Comté) et al. 14:45-15:00 TuF6.5 Microstructural Evolution of the Abnormal Crystallite Grains in Sputtered Sc0.15Al0.85N Film for Piezo-MEMS Applications Minghua, Li (A*STAR, Singapore) et al. 14:45-15:00 TuF6.6 Ion Beam Induced A-Axis In-Plane Oriented C-Axis Oriented AlN Thin Film Growth for High-Q BAW Resonator Application Masamune, Chiaki (Waseda University) et al.

TuF7 Dochart NFM: Flow Measurement Chair: Wright, William University College Cork Co-Chair: Nauber, Richard TU Dresden 13:30-14:00 TuF7.1 The Role of Guided Waves in Advanced Ultrasonic Flow Meter Design (I) van Neer, Paul (TNO) et al. 14:00-14:15 TuF7.2 High Velocity Gas Flow Metering Haugwitz, Christoph (Technische Universität Darmstadt) et al. 14:15-14:30 TuF7.3 A Transducer Array for Ultrasonic Clamp-On Flow Metering Massaad, Jack (Delft University of Technology) et al. 14:30-14:45 TuF7.4 Industrial Fluids Electronic Emulator for Rheological Doppler Tests Ricci, Stefano (University of Florence) et al. 14:45-15:00 TuF7.5 Wedge Design for High-Temperature Clamp-On Ultrasonic Flow Measurement Wang, Chuangnan (Ionix Advanced Technologies, Huddersfield, UK) et al.

TuF8 M2 MIS: Machine Learning and Compressed Sensing I Chair: Palmeri, Mark Duke University 13:30-13:45 TuF8.1 Machine Learning for Prediction of Embryo Implantation by Ultrasound Analysis of Uterine Motion Sammali, Federica (Eindhoven University of Technology) et al. 13:45-14:00 TuF8.2 Mimicking Clinical B-Mode Post-Processing through Unpaired Image Domain Translation Huang, Ouwen (Duke University) et al. 14:00-14:15 TuF8.3 Comparison of Deep Learning and Classical Image Processing for Skin Segmentation in Ultrasound Images Jin, Felix (Duke University) et al.

IEEE IUS 2019 – 91 14:15-14:30 TuF8.4 Spatio-Temporal Compressed Quantitative Acoustic Microscopy Kim, Jh (Institut de Recherche en Informatique de Toulouse) et al. 14:30-14:45 TuF8.5 Reconstruction Acceleration for Compressed Sensing Based Synthetic Transmit Aperture (CS-STA) with Deep Neural Network (DNN) Chen, Yinran (Tsinghua University) et al. 14:45-15:00 TuF8.6 RU-Net: A Refining Segmentation Network for 2D Echocardiography Leclerc, Sarah (Creatis Laboratory, INSA Lyon) et al.

Tea, coffee and poster viewing Hall 2 15:00-16:00

Parallel Sessions TuG1 Lomond Auditorium MBF: Microvascular Imaging (Regular Session 5 talks) et al. Chair: Yu, Alfred C. H. University of Waterloo 16:00-16:15 TuG1.1 Towards Vascular Ultrasound Super-Resolution without Contrast Agents Bar-Zion, Avinoam (California Institute of Technology) et al. 16:15-16:30 TuG1.2 Motion-Resistant Microvascular Imaging for Ocular Choroid Flow Visualization Yiu, Billy Y. S. (University of Waterloo) et al. 16:30-17:00 TuG1.3 Advances in Pulsed Doppler Methods for Peripheral Perfusion Imaging (I) Insana, Michael (University of Illinois at Urbana-Champaign) et al. 17:00-17:15 TuG1.4 Ultrasound Super-Resolution Imaging Algorithm for a Curved Array Transducer for Human Kidney Imaging Chen, Qiyang (University of Pittsburgh) et al. 17:15-17:30 TuG1.5 Super-Resolution Ultrasound Imaging of Rat Kidneys before and after Ischemia-Reperfusion Events Andersen, Sofie Bech (Copenhagen University Hospital) et al.

TuG2 Hall 1 MCA: Contrast Imaging: Techniques and Applications Chair: Tang, Meng-Xing Imperial College London 16:00-16:15 TuG2.1 Multiscale Quantification of Tumor Microarchitecture for Predicting Therapy Response Using Dynamic Contrast-Enhanced Ultrasound Imaging Oezdemir, Ipek (University of Texas at Dallas) et al. 16:15-16:30 TuG2.2 Combining Quantitative 3D Subharmonic Imaging and Clinical Assessments for Accurate Characterization of Breast Masses Forsberg, Flemming (Thomas Jefferson University) et al.

92 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

16:30-16:45 TuG2.3 Detection of Clinically Significant Prostate Cancer Using Subharmonic Imaging Gupta, Ipshita (Thomas Jefferson University) et al. 16:45-17:00 TuG2.4 High Contrast Preclinical Ultrasound Imaging by Correlating B-Mode and Contrast-Mode Images Zhang, Ge (Imperial College London) et al. 17:00-17:15 TuG2.5 Validation of Normalized Singular Spectrum Area As a Classifier for Targeted Microbubble Enhancement Herbst, Elizabeth (University of Virginia) et al. 17:15-17:30 TuG2.6 Dynamic Biomolecular Reporters for Ultrasound Imaging of Protease Activity Lakshmanan, Anupama (California Institute of Technology) et al.

TuG3 M1 MTH: Histotripsy and Cavitation Chair: Xu, Zhen University of Michigan 16:00-16:15 TuG3.1 Histotripsy Mediated Immune Response Hubbard, Ryan (University of Michigan) et al. 16:15-16:30 TuG3.2 Real-Time Monitoring of Pulsed Cavitational Ultrasound Therapy Using Coherent Passive Cavitation Imaging Perspectives for Volumetric Imaging Suarez Escudero, Daniel (Physics for Medicine, ESPCI Paris) et al. 16:30-16:45 TuG3.3 An Optical and Acoustic Investigation of Microbubble Cavitation in Small Channels under Conditions Relevant to Vascular Disruption Therapy Zhao, Xiaoxiao (University of Toronto) et al. 16:45-17:00 TuG3.4 Decoupling Mechanical and Thermal Effects of Ultrasound Enhanced Local Drug Delivery Systems Jeganathan, Selva (Case Western Reserve University) et al. 17:00-17:15 TuG3.5 Fast Liquefaction of Blood Clots Using Histotripsy with Fundamental and Second Harmonic Superposition in an Ex Vivo Intracerebral Hemorrhage Model Li, Yujiao (School of Life Science and Technology, Xi’an Jiaotong University) et al. 17:15-17:30 TuG3.6 Ultrasound-Guided Gas Embolization Using Acoustic Droplet Vaporization Harmon, Jonah (Tulane University) et al.

TuG4 Alsh TMU: CMUTs II Chair: Oralkan, Omer North Carolina State University Co-Chair: Ghis, Anne CEA-LETI 16:00-16:30 TuG4.1 Commercializing CMUTs and Deep Learning to Realize Worldwide Ultrasound Democratization (I) Thiele, Karl (Butterfly Network, NY, USA) et al.

IEEE IUS 2019 – 93 16:30-16:45 TuG4.2 Ultrasound Transmission through a Flexible Printed Circuit Board (FPCB) Bonded to the Front Side of a Capacitive Micromachined Ultra- sonic Transducer Array: Feasibility Study Seok, Chunkyun (North Carolina State University) et al. 16:45-17:00 TuG4.3 High Sensitivity and Wide Bandwidth Airborne CMUTs with Low Driving Voltage Ma, Bo (Stanford University) et al. 17:00-17:15 TuG4.4 Flexible Capacitive Micromachined Ultrasound Transducers Based on a Sacrificial Release Process Maadi, Mohammad (University of Alberta) et al. 17:15-17:30 TuG4.5 Fabrication of 2D Capacitive Micromachined Ultrasonic Transducer Arrays with Through-Glass-Via Interconnects Using Sacrificial Etching Process Adelegan, Oluwafemi J. (North Carolina State University) et al.

TuG5 Boisdale MSD: Novel Ultrasound Phantom Design and Applications Chair: Moran, Carmel University of Edinburgh 16:00-16:15 TuG5.1 Development of an Acoustic Clutter Generating Phantom Flint, Katelyn (Duke University) et al. 16:15-16:30 TuG5.2 Construction of an Ultrasound Phantom with Micrometer Sized Wall-Less Vessels Meirza, Benjamin (Lund University) et al. 16:30-16:45 TuG5.3 3D Printed Calibration Micro-Phantoms for Validation of 2D and 3D Super-Resolution Ultrasound Imaging Ommen, Martin Lind (Technical University of Denmark) et al. 16:45-17:00 TuG5.4 The Deformable Urinary Tract Phantom: A New Testbed for Urodynamic Ultrasound Studies Ishii, Takuro (University of Waterloo) et al. 17:00-17:15 TuG5.5 Atherosclerotic Carotid Bifurcation Phantoms with a Stenotic Soft Inclusion for Flow-Structure Ultrasound Imaging Analysis Chayer, Boris (University of Montreal Hospital Research Centre) et al. 17:15-17:30 TuG5.6 Phase-Insensitive Ultrasound Computed Tomography of the Attenuation of Breast Phantoms Baker, Christian Robert Nicholas (National Physical Laboratory) et al.

TuG6 Carron AD: SAW Devices 1 Chair: Abbott, Ben Skyworks Co-Chair: Nakagawa, Ryo Murata Manufacturing Co., Ltd 16:00-16:15 TuG6.1 LT/Quartz HAL SAW Resonator with Large LT Thickness Over Severalfold Wavelength Kadota, Michio (Tohoku University) et al.

94 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

16:15-16:30 TuG6.2 LiNbO3 Plate Bonded to Quartz As a Substrate for High Frequency Wideband SAW Devices Naumenko, Natalya (National University of Science and Technology, Moscow) et al. 16:30-16:45 TuG6.3 Suppression of Plate Mode in Wafer-Bonded SAW Devices Using LiTaO3 Thin Plate Matsuoka, Naoto (Nihon Dempa Kogyo Co., Ltd, Tokyo, Japan) et al. 16:45-17:00 TuG6.4 3D Analysis of Scattering at a Border between IDT and Reflector in SAW Resonators Iyama, Akihiro (Chiba University) et al. 17:00-17:30 TuG6.5 A High Velocity and Wideband SAW on a Thin LiNbO3 Plate Bonded on a Si Substrate in the SHF Range (I) Kimura, Tetsuya (Murata Manufacturing Co., Ltd, Kyoto, Japan) et al.

TuG7 Dochart NMC: Material and Defect Characterization Chair: Maev, Roman Institute for Diagnostic Imaging Research, University of Windsor Co-Chair: Cawley, Peter Imperial College London 16:00-16:15 TuG7.1 FEM-Based Resonant Ultrasound Spectroscopy Method for Measurement of the Elastic Properties of Irregular Solid Specimens Wang, Rui (Beihang University) et al. 16:15-16:30 TuG7.2 Detection and Characterisation of Defects in Highly Scattering Materials Using Ultrasonic Arrays Bai, Long (University of Bristol) et al. 16:30-16:45 TuG7.3 Thru-Transmission Wavefield Imaging of Polycrystalline Grains Blackshire, James (Air Force Research Laboratory, OH, USA) et al. 16:45-17:00 TuG7.4 Statistical Analysis of Ultrasound Signals and Imaging for Evaluating Additive Manufacturing Components Lin, Chun-Hui (National Cheng Kung University) et al. 17:00-17:15 TuG7.5 Ultrasonic Characterization of Spatially Varying Material Properties in Echogenically-Segmented Metal Components Fabricated by Addi- tive Manufacturing Walton, Kenneth (University of Utah) et al. 17:15-17:30 TuG7.6 Towards Inverse Characterization of Third Order Elastic Constants Using Guided Waves Ponschab, Michael (Friedrich-Alexander University Erlangen-Nürnberg) et al.

TuG8 M2 MTC: Quantitative Ultrasound in Vivo Chair: Hoyt, Kenneth University of Texas at Dalla 16:00-16:15 TuG8.1 Multi-Wave Dermis Characterization Using Attenuation Coefficient and Shear Wave Speed Estimates in Vivo Saavedra, Ana Cecilia (Pontificia Universidad Catolica Del Peru) et al.

IEEE IUS 2019 – 95 16:15-16:30 TuG8.2 Preliminary Results of a Clinical Trial for the Assessment of Elastic Properties of Pathological Achilles’ Tendons Based on Measurement of the Speed of Sound Dujardin, Paul-Armand (Centre Hospitalier Régional Universitaire de Tours) et al. 16:30-16:45 TuG8.3 Quantitative Characterization of Mild and Moderate Degenerative Changes in Femoral Trochlear Cartilage in Vivo Wang, Yuanyuan (Tsinghua University) et al. 16:45-17:00 TuG8.4 Comprehensive Assessment of Cutaneous Wound Healing by High-Frequency Ultrasound Image, Quantitative Parameters, and Contrast Agents Perfusion Huang, Da-Ming (National Cheng Kung University) et al. 17:00-17:15 TuG8.5 Quantitative Parametric Fetal Lung Ultrasound for Staging Gestational Age: Towards Non-Invasive Assessment of Fetal Lung Maturity Weijers, Gert (RadboudUMC) et al. 17:15-17:30 TuG8.6 In-Vivo Assessment of Pulmonary Fibrosis in Rodents Using Ultrasound Multiple Scattering Mohanty, Kaustav (North Carolina State University) et al.

Gala Dinner Merchant Square 19:00-23:30

Tuesday Posters – Hall 2 TuPoS-01 MBB-P: Beamforming in 3D and High Frame Rate Imaging Chair: Lindsey, Brooks Georgia Institute of Technology TuPoS-01.1

Feasibility of High Frame Rate 3-D Intracardiac Echography Using Fan-Beam Transmissions Soozande, Mehdi (Erasmus MC) et al. TuPoS-01.2

Investigation on 3D High Frame Rate Imaging with Motion Compensation (MoCo)

Salles, Sébastien (Université de Lyon) et al. TuPoS-01.3

Delay Compression: Reducing Delay Calculation Requirements for 3D Plane-Wave Ultrasound West, Brendan L. (University of Michigan) et al. TuPoS-01.4

Complementary-Coded Multi-Line Transmission for Ultrafast Ultrasound Imaging with Increased Motion and Aberration Robustness Egolf, David (University of Alberta) et al. TuPoS-01.5

Fixed-Point CPWC Ultrasound Image Reconstruction Shi, Ji (University of Victoria) et al.

96 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

TuPoS-02 MBB-P: Advanced Beamforming Applications Chair: van Sloun, Ruud JG Eindhoven University of Technology TuPoS-02.1

So You Think You Can DAS?

Damien, Garcia (Université de Lyon) et al. TuPoS-02.2

Improving Ultrasonic Medical Image Quality by Attenuation of the Secondary Lobes

Martínez-Graullera, Óscar (ITEFI, CSIC) et al. TuPoS-02.3

A Flexible Speckle Reduction Strategy Using Thomson’s Multitaper in High-Order DMAS Beamforming Shen, Chechou (National Taiwan University of Science and Technology) et al. TuPoS-02.4

K-Space Compounding for Improved Endocardial Border Detection Bottenus, Nick (Duke University) et al. TuPoS-02.5

Beamforming and Imaging Approaches for Array-Based Dual-Frequency Acoustic Angiography Yang, Jing (University of Toronto) et al. TuPoS-02.6

A Direct Measurement of Inter-Element Cross-Talk in Ultrasound Arrays Ramalli, Alessandro (KU Leuven) et al.

TuPoS-03 MBE-P: Neuromodulation and LIPUS Chair: Wan, Mingxi Department of Biomedical Engineering, School of Life Science and Technology, Xi’an Jiaotong University TuPoS-03.1

Investigation of the Influence of Acoustic Parameters on the Neurostimulation Success Rate: In Vivo Study on a Simple Invertebrate Neural Model Vion-Bailly, Jeremy (INSERM) et al. TuPoS-03.2

Research on the Mechanism of Neuro-Modulation Using Ultrasound Neuro-Modulation Chip Wang, Xinhui (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. TuPoS-03.3

Focused Ultrasound Excites Neurons Via Mechanosensitive Calcium Accumulation and Ion Channel Amplification Yoo, Sangjin (California Institute of Technology) et al. TuPoS-03.4

Ultrasound Stimulation of the Auditory Cochlea System in Hearing and Deafened Guinea Pigs Franceschini, Emilie (Aix-Marseille University) et al. TuPoS-03.5

Acceleration of Fracture Healing: A Comparison between Clinical Available Low Intensity Pulsed Ultrasound (LIPUS) and a Novel Bi- Modal Acoustic Signal System Machado, Priscilla (Thomas Jefferson University) et al.

IEEE IUS 2019 – 97 TuPoS-03.6

Low-Intensity Pulsed Ultrasound Modifies Effects of a Myelin-Related Growth Inhibitor and Enhances Neurite Re-Growth Sasaki, Noboru (Hokkaido University) et al.

TuPoS-04 MBF-P: In Vivo Translation of Flow Imaging Chair: Berthon, Beatrice Physique Pour La Médecine Paris, Inserm, ESPCI Paris, CNRS, PSL University TuPoS-04.1

Toward Automatic Measurement of Carotid Blood Velocity Ricci, Stefano (University of Florence) et al. TuPoS-04.2

Flow Rate and Hematocrit Measurements for In-Vitro Blood Processing with Doppler Ultrasound Pialot, Baptiste (Université PSL) et al. TuPoS-04.3

Non-Invasive Measurement of Wave Reflections in the Human Umbilical Artery Using Doppler Ultrasound Stortz, Greg (The Hospital for Sick Children, Toronto) et al. TuPoS-04.4

A Novel Method for Locating the Epileptic Seizure with the Planted Combination of Micro-Ultrasound-Transducers and ECoG-Electrodes Shen, Zhitian (Suzhou Institute of Biomedical Engineering and Technology) et al. TuPoS-04.5

Angle-Independent Cross-Sectional Doppler Method for Flow Estimation in the CCA van Knippenbeg, Luuk (Eindhoven University of Technology) et al. TuPoS-04.6

High-Framerate Dynamic Contrast-Enhanced Ultrasound Imaging of Rat Kidney Perfusion Le, David (University of North Carolina - Chapel Hill) et al. TuPoS-04.7

Measuring Cardiac Output In-Vivo Using Through-Plane Velocities Obtained from Ultrasound Speckle Decorrelation Zhou, Xiaowei (Imperial College London) et al. TuPoS-04.8

Detection of KCl Induced Cortical Spreading Depolarization (CSD) with Dynamic Ultrafast Doppler Zhou, Ning (China Medical University, Taichung) et al. TuPoS-04.9

Analysis of Motion in Human Thyroid: Longitudinal and Transverse Cross Sections for SVD Based Small Vessel Power Doppler Imaging Nayak, Rohit (Mayo Clinic) et al. TuPoS-04.10

Assessing Vascular Change Marking Diabetic Disease Progression Via Contrast Enhanced Ultrasound White, Rachel (University of North Carolina at Chapel Hill) et al.

TuPoS-05 MCA-P: Bubble Cavitation and Sonoporation Chair: Yu, Francois Université De Montréal TuPoS-05.1

Designing Oxygen Microbubbles for Treating Tumor Hypoxia Reusser, Traci (University of Colorado Boulder) et al.

98 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

TuPoS-05.2

Perfusion-Guided Monitoring of Tumor Response to Sonoporation and Prediction of Liposomal Doxorubicin Uptake Using Microbubble Contrast Agents Sirsi, Shashank (University of Texas at Dallas) et al. TuPoS-05.3

Contrast Agent Microbubble-Jetting During Initial Interaction with Sub-MHz Focused Ultrasound Cleve, Sarah (Université de Lyon) et al. TuPoS-05.4

The Interaction of Time and Hydrostatic Pressure on the Subharmonic Amplitude of SonoVue Microbubbles Nio, Amanda Q.X. (King’s College London) et al. TuPoS-05.5

Real-Time Measurement of Microbubble-Facilitated Erosion and Signatures of Inertial Cavitation for Monitoring the Treatment of Urinary Stones Bell, David (Applaud Medical, Inc, CA, USA) et al. TuPoS-05.6

Nonlinear Acoustic Characterization of the Shell and Size Engineered Microbubbles and Nanobubbles Sojahrood, Aj (Ryerson University) et al. TuPoS-05.7

Response of Chemically-Crosslinked Microbubble Clusters to Low-Intensity Pulsed Ultrasound Sirsi, Shashank (University of Texas at Dallas) et al.

TuPoS-06 MEL-P: Clinical Elastography Chair: Hollender, Peter Duke University TuPoS-06.1

Variability by Operator, Donor Type, Sex, Race, and BMI in in Vivo Viscoelastic Response (VisR) Ultrasound Mechanical Anisotropy Mea- sures in Healthy Kidney Allografts, in Vivo Hossain, Md Murad (University of North Carolina at Chapel Hill) et al. TuPoS-06.2

Large Field-Of-View Shear Wave Elasticity Imaging with Combined on and Off-Axis Stiffness Estimation for High Frame Rate Hepatic HCC Screening Trutna, Courtney (Duke University) et al. TuPoS-06.3

Minimizing Bias and Variance in Clinical Liver Shear Wave Elastography Rosenzweig, Stephen (Siemens Healthineers) et al. TuPoS-06.4

Ex Vivo and in Vivo Human Breast Tumor Comparison Study Using Harmonic Motion Imaging Saharkhiz, Niloufar (Columbia University) et al. TuPoS-06.5

Viscoelastic Response (VisR)-Derived Mechanical Anisotropy for Differentiating Malignant from Benign Breast Lesions in Women, in Vivo Torres, Gabriela (University of North Carolina at Chapel Hill) et al. TuPoS-06.6

Compartment Syndrome Detection Using Vibration-Enabled Ultrasound Shear Wave Elastography – Simulation and Experimental Results Nguyen, Man (Philips Research North America) et al.

IEEE IUS 2019 – 99 TuPoS-06.7

A Deep Siamese-Based Plantar Fasciitis Classification Method Using Shear Wave Elastography Gao, Junling (Xi’an Jiaotong University) et al. TuPoS-06.8

High-Frequency Ultrasound Shear Elastography: A New Approach for Evaluating the Performance of Human Hand Tendon During Rehabilitation Chen, Pei-Yu (National Cheng Kung University) et al.

TuPoS-07 MEL-P: Elastography Analysis Chair: Schmitz, Georg Ruhr-Universitaet Bochum TuPoS-07.1

2-D Bayesian Displacement Estimation Improves Contrast-To-Noise/Resolution Trade-Off in Shear Wave Elasticity Imaging Ersepke, Thomas (Ruhr University Bochum) et al. TuPoS-07.2

Two-Dimensional Displacement Estimation for Angled Shear Wave Elastography Shah, Syed Ali Hasnain (Sukkur Iba University) et al. TuPoS-07.3

Improving Accuracy of Shear Wave Elastography with Optimized-Refraction Compensation Method Jun, Yasuda (Hitachi Ltd) et al. TuPoS-07.4

Numerical Characterization of Shear Elasticity Values Estimated with the Time-Of-Flight Approach Wiseman, Luke (Michigan State University) et al. TuPoS-07.5

Robust Model-Based Viscoelastic Characterization of QIBA Phantoms through Fractional Derivative Group Shear Wave Speeds Trutna, Courtney (Duke University) et al. TuPoS-07.6

Improvement of Contrast-To-Noise Ratio (CNR) of Inclusion for Low-Power Acoustic Radiation Force (ARF) Elasticity Imaging Using 3-D Kernel Blind-Source Separation (BSS) Based Displacement Estimator Hossain, Md Murad (University of North Carolina at Chapel Hill) et al. TuPoS-07.7

Quantification of Noise in Shear Wave Elasticity Imaging Caused by Speckle Ersepke, Thomas (Ruhr University Bochum) et al. TuPoS-07.8

Analyzing Acoustoelastic Effect of Shear Wave Elastography (AE-SWE) Data for Perfused and Hydrated Soft Tissues Using a Macromo- lecular Network Inspired Model Rosen, David (Michigan Technological University) et al. TuPoS-07.9

Ultrasound Echo and Photoacoustic Strain Tensor Imaging for in Vivo Observations of Soft Tissue Motion and Blood Flow Sumi, Chikayoshi (Sophia University) et al.

100 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

TuPoS-08 MIM-P: Quantitative and Functional Imaging Chair: Rau, Richard Computer-Assisted Applications in Medicine, ETH Zurich TuPoS-08.1

An Enhanced Magnetomotive Ultrasound Algorithm to Quantitatively Estimate the Concentration of Iron-Oxide Nanoparticles in Perfused Tissue for Magnetic Drug Targeting Fink, Michael (Friedrich-Alexander-University Erlangen-Nuremberg) et al. TuPoS-08.2

Comparison of Two Methods for Mechanical Activation Detection Using High Frame Rate Ultrasound Imaging*. Kvåle, Kaja (GE Vingmed Ultrasound, Horten, Norway) et al. TuPoS-08.3

4D Cardiac Activation Wave Mapping in in Vivo Swine Model Using Acoustoelectric Imaging Alvarez, Alexander (University of Arizona) et al. TuPoS-08.4

Speeds of Contraction Responses Propagating Along Septum at Pre-Ejection Period Are Different between Radial and Longitudinal Directions Hiroshi, Kanai (Tohoku University) et al. TuPoS-08.5

Measurements of Longitudinal Movement of the Arterial Wall During Breathing Erlöv, Tobias (Lund University) et al. TuPoS-08.6

Basal Strain Estimation in Transesophageal Echocardiography (TEE) Using Deep Learning Based Unsupervised Deformable Image Registration Haukom, Torjus (Norwegian University of Science and Technology) et al. TuPoS-08.7

Velocity Estimation of Naturally Occurring Mechanical Waves in the Left Ventricle Using High Frame Rate Ultrasound Imaging*. Kvåle, Kaja (GE Vingmed Ultrasound, Horten, Norway) et al. TuPoS-08.8

Simultaneous Detection of Magnetic Nanoparticles and the Surrounding Elasticity by Pulsed Magneto-Motive Ultrasound Imaging for Tumor Diagnosis Chen, Mian (Shenzhen University) et al.

TuPoS-09 MIM-P: Imaging Applications Chair: Saijo, Yoshifumi Tohoku University TuPoS-09.1

Development of Ultrasensitive Doppler Imaging Method for the Surgical Management of Open-Brain Tumors Barthelemy, Chloe (University of Tours) et al. TuPoS-09.2

Characterization of Carpel Tunnel Syndrome Using High Frequency Ultrasound Imaging: A Comparison of Ultrasonic Features in the Median Nerve Nam, Kibo (Thomas Jefferson University) et al. TuPoS-09.3

Assessment of Seven Quantified Ultrasound Parameters for Detection and Staging of Nonalcoholic Fatty Liver Disease (NAFLD) Pirmoazen, Amir (Stanford University) et al.

IEEE IUS 2019 – 101 TuPoS-09.4

Concept for Fast Breast Cancer Ultrasound Screening in Addition to Mammography – First Clinical Results Hertel, Madeleine (Siemens Healthcare GmbH) et al. TuPoS-09.5

Ultrasound-Based 3-D Mechanical Modeling of the Carotid Artery and Vulnerable Plaques de Ruijter, Joerik (TU Eindhoven) et al. TuPoS-09.6

Grading of Carotid Atherosclerotic Plaques Using Super-Resolution Ultrasound Imaging: An Invivo Feasibility Study Liu, Bowei (Tsinghua University) et al. TuPoS-09.7

Feasibility Study on the Monitoring of Lesions in Ciliary Bodies Using Acoustic Radiation Force Delattre, Victor (LabTAU INSERM U1032) et al. TuPoS-09.8

Ultrasound Microcalcification Detection Using Harmonic Power Doppler Imaging: A Preliminary Study with Tissue-Mimicking and Chicken Breast Phantoms Kang, Jinbum (Sogang University) et al. TuPoS-09.9

Imaging Spinal Curvatures of AIS Patients Using 3D US Free-Hand Fast Reconstruction Method Chen, Hongbo (Shanghaitech University) et al.

TuPoS-10 MIS-P: Noise Reduction and Image Enhancement Chair: Hoyt, Kenneth University of Texas at Dallas TuPoS-10.1

Method for Simultaneous Comparison of Multiple Pulse Sequences During Ultrafast Ultrasound Imaging Brown, Katherine (University of Texas at Dallas) et al. TuPoS-10.2

Investigation of High Frequency Ultrasound Transducers and Coded Signals Suitable for Cartilage Volume Imaging Ranjan, Abhishek (UiT - the Artic University of Norway) et al. TuPoS-10.3

Simultaneous Compression and De-Speckling of Medical Ultrasound Images Nemirovsky Rotman, Shira (Technion – Israel Institute of Technology) et al. TuPoS-10.4

Ultrasound Speckle Reduction Based on U-Net Convolutional Networks Oh, Youngjo (Sogang University) et al. TuPoS-10.5

Assessment of Side Lobe Estimation Accuracy Using Side Lobe Free Image Kwon, Sung Jae (Daejin University) et al. TuPoS-10.6

Side Lobe Reduction Using Centroid and Flatness Weighting in Passive Cavitation Imaging Jeong, Mok Kun (Daejin University) et al. TuPoS-10.7

Volatility Clustering in Medical Ultrasound Imaging and System Identification Based Deconvolution Kostoglou, Kyriaki (Johannes Kepler University) et al.

102 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

TuPoS-10.8

Noise Estimation and Reduction in Power Doppler Images of the Gut: Preliminary In-Vivo Results Broughton-Venner, Jacob, James (Imperial College London) et al. TuPoS-10.9

Do Raw Signal Data Provide Better Localisation Than Image Data for Super-Resolution Imaging? Anderson, Tom (University of Edinburgh) et al. TuPoS-10.10

Development of a Simulator of Backscattered Signals from Inhomogeneous Medium for Speed of Sound Measurement and Imaging Nitta, Naotaka (National Institute of Advanced Industrial Science and Technology, Tsukuba) et al.

TuPoS-11 MIS-P: Image Fusion and Registration Chair: Demi, Libertario University of Trento TuPoS-11.1

Simultaneous Segmentation and Classification of Breast Lesions from Ultrasound Images Using Mask R-CNN Liang, Yuanhao (Beijing Institute of Technology) et al. TuPoS-11.2

3D Convolutional Neural Network for Segmentation of the Urethra in Volumetric Ultrasound of the Pelvic Floor Williams, Helena (KU Leuven) et al. TuPoS-11.3

Continuative Deep Learning Network (CD-NET) Model for Multidimensional Image Segmentation in Ultrasound Systems Kyungsu, Lee (Daegu Gyeongbuk Institute of Science and Technology) et al. TuPoS-11.4

Measuring Spinous Process Angles on US Spine Images Using the GVF Segmentation Method Zeng, Hongye (ShanghaiTech University) et al. TuPoS-11.5

One-Step Deep Learning Approach to Ultrasound Image Formation and Image Segmentation with a Generative Adversarial Network Nair, Arun (Johns Hopkins University) et al. TuPoS-11.6

Post-Processing and Architecture Influence on Ovary and Follicle Ultrasound Image Segmentation Marques, Sónia (FEUP, Universidade do Porto) et al. TuPoS-11.7

Ultrasound-Guided Breast Biopsy Based on Multimodality Image Fusion and Lesion Tracking Nikolaev, Anton (Radboud UMC) et al.

TuPoS-12 MPA-P: Tools, Techniques and Approaches Chair: Li, Pai-Chi National Taiwan University TuPoS-12.1

Towards in Vivo Quantification of Methemoglobin Using Photoacoustic Imaging Erlöv, Tobias (Lund University) et al. TuPoS-12.2

Towards Design of 3D Printed Tissue Scaffold for Longitudinal Ultrasound-Guided Photoacoustic Imaging Zhu, Yiying (Georgia Institute of Technology) et al.

IEEE IUS 2019 – 103 TuPoS-12.3

An in Silico Toolchain for Dynamic 3D Photoacoustic Imaging of the Carotid Artery Muller, Jan-Willem (TU Eindhoven) et al. TuPoS-12.4

Development and Investigation of the Acoustic Properties of Tissue-Mimicking Materials for Photoacoustic Imaging Techniques Ivory, Aoife (National Physical Laboratory) et al. TuPoS-12.5

Acousto-Optic with Fourier Reconstruction by Using Spatio-Temporaly Modulated Ultrasonic Plane Waves Tualle, Jean-Michel (Laboratoire Physique Des Lasers, Université Paris XIII) et al. TuPoS-12.6

Comparative Study on Photothermal Conversion Performance of Gold Nanorods and Indocyanine Green Chen, Mian (Shenzhen University) et al.

TuPoS-13 MSD-P: Hardware Acceleration Chair: Ramalli, Alessandro KU Leuven TuPoS-13.1

Virtual Real-Time: A New US Operating Modality

Giangrossi, Claudio (University of Florence) et al. TuPoS-13.2

Fast GPU-Beamforming of Row-Column Addressed Probe Data Kristensen, Alexander Borch (Technical University of Denmark) et al. TuPoS-13.3

A GPU-Based Implementation of ADMIRE Khan, Christopher (Vanderbilt University) et al. TuPoS-13.4

Ultra-Fast High-Frequency Ultrasound on a Hardware Beamformer Campbell, Nicholas (Dalhousie University) et al. TuPoS-13.5

GPU Accelerated Quadrature Demodulation and Envelope Detection for Ultrasound B-Mode Imaging Fountas, Petros (University of Leeds) et al. TuPoS-13.6

Ultrasound Detection Array Via Spatially Multiplexing Masks Hahamovich, Evgeny (Technion – Israel Institute of Technology) et al.

TuPoS-14 MTC-P: Quantitative Ultrasound from Backscatter Analysis Chair: Mamou, Jonathan Riverside Research TuPoS-14.1

Quantitative Ultrasound Examination of Peritumoral Tissue Improves Classification of Breast Lesions Karwat, Piotr (Institute of Fundamental Technological Research, Polish Academy of Sciences) et al. TuPoS-14.2

Macroscale Backscattering Analysis for Characterization of Skin Lymphedema Considering Microscale Acoustic and Histopathological Properties Omura, Masaaki (Chiba University) et al.

104 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

TuPoS-14.3

Ultrasound Scattering Statistics Predicts the Result of Neoadjuvant Chemotherapy of Breast Tumors at an Early Stage of Treatment Klimonda, Ziemowit (Institute of Fundamental Technological Research, Polish Academy of Sciences) et al. TuPoS-14.4

3D H-Scan Ultrasound Imaging System and Method for Acoustic Scatterer Size Estimation – Preliminary Studies Using Phantom Materials Hoyt, Kenneth (University of Texas at Dallas) et al. TuPoS-14.5

Comprehensive Scattering Characteristics Analysis of Rat Livers with High-Frequency Annular Array Mizoguchi, Takeru (Chiba University) et al. TuPoS-14.6

Differentiation of Myopia Progression in the Myopic Sclera Using High-Frequency Quantitative Ultrasound Ito, Kazuyo (Singapore National Eye Centre) et al. TuPoS-14.7

Integration of a CMUT Linear Array for Wideband H-Scan Ultrasound Imaging Hoyt, Kenneth (University of Texas at Dallas) et al. TuPoS-14.8

Ultrasound Parametric Imaging of Pediatric Nonalcoholic Fatty Liver Disease Using the Nakagami Statistical Distribution and the Infor- mation Theoretical Entropy Hsieh, Chiao-Shan (Chang Gung University) et al. TuPoS-14.9

Regularized Nakagami Ultrasound Imaging for Monitoring of Microwave Hyperthermia Kothawala, Aliarshad (Indian Institute of Technology Madras) et al.

TuPoS-15 MTH-P: Ultrasound Mediated Agent Delivery Chair: Qin, Peng Shanghai Jiao Tong University TuPoS-15.1

Image-Guided Doxorubicin Delivery with Ultrasound and Microbubbles in a Mouse Model of Hepatocellular Carcinoma Using a Diagnos- tic Ultrasound System Keller, Sara (University of Washington) et al. TuPoS-15.2

Embedding Ultrasound Responsive Multi-Cavity Microparticles into Arterial Tissue with HIFU Su, Xiaoqian (Nanyang Technological University) et al. TuPoS-15.3

Enhanced Anti-Tumor Efficacy of Sonosensitized Drug Loaded Nanocomposites against Metastatic Breast Tumors Wu, Pengying (Xi’an Jiaotong University) et al. TuPoS-15.4

Enhanced Homing of HGF-rAAV-Transfected BMSCs and Its Recovery Performance in Chronic Damaged Liver Rats with Ultrasound in Combination with Microbubble Sun, Ting (Shanghai General Hospital) et al. TuPoS-15.5

Investigation of Inertial Cavitation Stimulation by Focused Ultrasound on Sonosensitive Nanoparticles for Drug Delivery Applications George, Benedikt (Friedrich-Alexander Universität Erlangen-Nürnberg) et al.

IEEE IUS 2019 – 105 TuPoS-15.6

Radiosensitization in Cancer Treatment with Gold Nanoparticles through Synergistic Sonoporation Lu, Shao Lun (National Taiwan University Hospital) et al.

TuPoS-16 MTH-P: Nonthermal and Pulsed Therapeutics Chair: Goertz, David Sunnybrook Research Institute TuPoS-16.1

Non-Invasive Histotripsy Promotes Local Tumor Regression in an in Vivo, Orthotopic Rodent Liver Tumor Model Worlikar, Tejaswi (University of Michigan) et al. TuPoS-16.2

High Frame Rate Imaging to Enhance the Dissolution of Histotripsy-Induced Bubble Clouds Bader, Kenneth (University of Chicago) et al. TuPoS-16.3

Histotripsy Produced by Dual Frequency of Fundamental and Harmonic Superposition with Protocol of Millisecond Length Pulses and Three Stages Lu, Mingzhu (Xi’an Jiaotong University) et al. TuPoS-16.4

A Controlled in Vitro Study of Optimal Low Intensity Pulsed Ultrasound Fields for Stimulation of PGE2 and Proliferation in Murine Osteo- blasts Savva, Jill (University of Glasgow) et al. TuPoS-16.5

Quantitative Analysis of the 5 μl Thrombus Dissolution Process Using 40 kHz – 6 MHz Ultrasound Secomski, Wojciech (Institute of Fundamental Technological Research, Polish Academy of Sciences) et al. TuPoS-16.6

The Effect of Laser/ultrasound Synchronization on Photo-Mediated Ultrasound Therapy Qin, Yu (University of Michigan) et al.

TuPoS-17 MTN-P: Targeted Delivery Methods Chair: Chen, Hong Washington University in St. Louis TuPoS-17.1

Targeted Delivery of Electromechanical Protein Prestin to the Brain Using Ultrasound Fan, Ching-Hsiang (National Tsing Hua University) et al. TuPoS-17.2

Ultrasound and Microbubble Gene Delivery for Targeting Altered Placental MicroRNAs in Preeclampsia Frazier, Sonya (University of Glasgow) et al. TuPoS-17.3

Ultrasound, Optical and Photoacoustic Imaging of Acoustic Cluster Therapy Enhanced Delivery to Human Tumors in Mice Bush, Nigel (Institute of Cancer Research) et al. TuPoS-17.4

Intra-Pulse Monitoring of Microbubble Destabilization During Ultrasound-Induced Blood-Brain Barrier Opening Novell, Anthony (Institut Des Sciences Du Vivant Frédéric Joliot) et al.

106 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

TuPoS-18 NDE-P: Non Destructive Evaluation Chair: Kupnik, Mario Technische Universität Darmstadt TuPoS-18.1

Inspection of Subsurface Defects in the Composite Materials by Divergence-Based Analysis Over the Phase Velocity Vector Field Teramoto, Kenbu (Saga University) et al. TuPoS-18.2

Nondestructive Evaluation of Residual Stress through Acoustically Stimulated Electromagnetic Response in Welded Steel Suzuki, Yuhei (Tokyo University of Agriculture and Technology) et al. TuPoS-18.3

A Wireless Software Defined NDT Phased-Array System for Remote Applications Lewandowski, Marcin (Institute of Fundamental Technological Research, Polish Academy of Sciences) et al. TuPoS-18.4

A Feasibility Study on the Guided Wave-Based Robotic Mapping Tabatabaeipour, Morteza (University of Strathclyde) et al. TuPoS-18.5

Localization of Plastic Zone in Crack Tip Using the Non-Collinear Ultrasonic Waves Mixing Yin, Xin (East China University of Science and Technology) et al. TuPoS-18.6

Non-Contact Broadband Leaky Lamb Wave Imaging Based on Pulsed Laser and Ultrasound Microphone Kang, Ki Chang (Hanyang University) et al. TuPoS-18.7

Localization of Millimeter Size Defects in a Steel Hemisphere Veira Canle, Daniel (University of Helsinki) et al. TuPoS-18.8

Time Corrected Gain Calibration for CIVA Simulated PAUT Inspection McInnes, Matthew (University of Strathclyde) et al. TuPoS-18.9

Contactless NDE of Rotating Carbon Fiber Propeller Veira Canle, Daniel (University of Helsinki) et al. TuPoS-18.10

Reducing Liquid Layer Ambiguity of Well Integrity Measurements through Extensional Mode Analysis Catheline, Sebastien (Schlumberger Riboud Technology Center, Clamart, France) et al.

TuPoS-19 NFM-P: Flow Measurement Chair: Ramadas, Sivaram Nishal Honeywell TuPoS-19.1

The Uncertainties Induced by Internal Pipe Wall Roughness on the Measurements of Clamp-On Ultrasonic Flow Meters Gu, Xiaotang (Imperial College London) et al. TuPoS-19.2

A Novel Mathematical Model for Transit-Time Ultrasonic Flow Measurement Kang, Lei (University of Warwick) et al.

IEEE IUS 2019 – 107 TuPoS-19.3

High Performance Vector Ultrasound Anemometer Based on Capacitive Micromachined Ultrasonic Transducers Boni, Enrico (Università Degli Studi Di Firenze) et al. TuPoS-19.4

Power Switching Noise Removal in Sensitive Doppler Applications Ricci, Stefano (University of Florence) et al.

TuPoS-20 NMC-P: Material and Defect Characterization Chair: Oruklu, Erdal Illinois Institute of Technology TuPoS-20.1

Development of an Innovative Ultrasonic Reader for the Authentication and Identification of Copper Canisters for Spent Nuclear Fuel Clementi, Chiara (University of Florence) et al. TuPoS-20.2

Laser Ultrasonic Sensing of Oxidation-Induced Microstructural Changes in Nuclear Graphites Spicer, James B (Johns Hopkins University) et al. TuPoS-20.3

Improved Defect Detection Capability of Guided Wave Testing Boiler Spines at Heysham 1 and Hartlepool Nuclear Power Station Jian, John (EDF Energy) et al. TuPoS-20.4

Combination of Direct, Half-Skip and Full-Skip TFM to Characterize Defect (II) Han, Xiaoli (Chinese Academy of Sciences) et al. TuPoS-20.5

Lamb Waves Direction of Arrival Estimation Based on Wavelet Decomposition Malatesta, Michelangelo (University of Bologna) et al. TuPoS-20.6

High-Resolution Mapping of Surface Morphologies with Focused Ultrasonic Transducers Brill, Thilo Michael (Schlumberger, USA) et al. TuPoS-20.7

Ultrasonic Detection of Stress Corrosion Cracks in Pipe Samples in Gaseous Atmosphere Norli, Petter (Halfwave AS, Norway) et al. TuPoS-20.8

Fast Reversible Ultrasonic Imaging for Defect Discrimination in Highly Scattering Materials Lopez Villaverde, Eduardo (University of Bristol) et al. TuPoS-20.9

Multi-Element Ultrasonic Evaluation of Scattering Solids by Reflection Matrix Analysis

Brütt, Cécile (Safran Tech, Châteaufort, France) et al.

108 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

TuPoS-21 NSP-P: Machine Learning Applications Chair: Oruklu, Erdal Illinois Institute of Technology TuPoS-21.1

On Understanding Biosonar Deformations Using Deep Learning-Based Video Interpolation Gao, Li (University of Jinan) et al. TuPoS-21.2

A Convolution Neural Network Based Machine Learning Approach for Ultrasonic Noise Suppression with Minimal Distortion Mohamed, Mohamed-Elamir (Valeo Schalter Und Sensoren GmbH) et al. TuPoS-21.3

A New Classifier Network for Ultrasonic NDE Applications Based on Ensemble Deep Learning Marino, Michael (Illinois Institute of Technology) et al. TuPoS-21.4

Ultrasonic Fouling Detector Powered by Machine Learning Sillanpää, Tom (University of Helsinki) et al. TuPoS-21.5

Multilayer Perceptron Neural Networks for Grain Size Estimation and Classification Wang, Boyang (Illinois Institute of Technology) et al. TuPoS-21.6

Multi-Class Classification of Defect Types in Ultrasonic Signals with Convolutional Neural Networks Virupakshappa, Kushal (Illinois Institute of Technology) et al.

TuPoS-22 PGP-P: Physical Acoustics II Chair: Mayer, Andreas Hochschule Offenburg - University of Applied Sciences TuPoS-22.1

Stackable Acoustic Holograms Brown, Michael (University College London) et al. TuPoS-22.2

Calibrated and Quantitative Stroboscopic Schlieren Characterization of Ultrasound in Air Lampsijärvi, Eetu (University of Helsinki) et al. TuPoS-22.3

Acousto-Electric Effect in a Gold Nanowire Kolesov, Vladimir (Kotelnikov IRE, Russian Academy of Sciences) et al. TuPoS-22.4

Sensitive Sound Field Parameters for the Characterization of Viscous Fluids Burkhardt, Anke (TU Dresden) et al. TuPoS-22.5

Search for Optimum Parameters of Love Wave Sensors. Development of Exact Analytical Formulas for Sensor Sensitivities Kiełczyński, Piotr (Institute of Fundamental Technological Research, Polish Academy of Sciences) et al. TuPoS-22.6

Ultrasound Sample Environment for in Situ Small-Angle Scattering Experiments Li, David (University of Washington) et al.

IEEE IUS 2019 – 109 TuPoS-22.7

Beam Profile Characterization for Thickness Mode Transducers versus Radial Modes Davis, Eric (Los Alamos National Laboratory) et al. TuPoS-22.8

Development of a 3D Acoustic Borehole Integrity Monitoring System Chavez, Craig (Los Alamos National Laboratory) et al. TuPoS-22.9

Quartz Crystal Resonators with Electrodes of Conductive Polymers Tian, Hao (Ningbo University) et al. TuPoS-22.10

Wave Propagation in the Multilayered Low-Pressure Near-Space Atmosphere Li, Chao (Chinese Academy of Sciences) et al.

TuPoS-23 PUM-P: Ultrasonic Motors Chair: Kim, Eun University of Southern California TuPoS-23.1

Self-Propelled Swimmer Propulsion System Using SAW and BAW Nishio, Kazuki (Tokyo Institute of Technology) et al. TuPoS-23.2

A Novel Nonlinear Tuning Method of the Sandwich-Type Ultrasonic Motor under the High Voltage Li, Xiaoniu (Nanjing University of Aeronautics and Astronautics) et al.

TuPoS-24 AD-P: BAW Devices 3 Chair: Kaitila, Jyrki Broadcom Co-Chair: Ueda, Masanori Taiyo Yuden Co., Ltd TuPoS-24.1

All-Pass Based Filter Design Using BAW Resonators Bogner, Andreas (Friedrich-Alexander-Universität Erlangen-Nürnberg) et al. TuPoS-24.2

Super High Frequency Scandium Aluminum Nitride Crystalline Film Bulk Acoustic Resonators Park, Mingyo (Georgia Institute of Technology) et al. TuPoS-24.3

FBAR Duplexers with Minimal Shunt Inductance for Better Isolation and Packing Density Bradley, Paul (Broadcom) et al. TuPoS-24.4

Process and Design Challenge for SMR-Type Bulk Acoustic Wave (BAW) Filters at Frequencies above 5 GHz Schaefer, Michael (Qorvo) et al. TuPoS-24.5

Reconfigurable Film Bulk Acoustic Wave Resonator (FBAR) Using Magnetostrictive Thin Films Singh, Jitendra (Central Electronics Engineering Research Institute, Pilani) et al.

110 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

TuPoS-24.6

AlN-Based Solidly Mounted Resonators at 400ºC: In-Situ Performance Monitoring Mirea, Teona (Universidad Politécnica De Madrid) et al. TuPoS-24.7

Analysis of Border Ring Modes on SMR-BAW Resonators

Udaondo, Carlos (Universitat Politécnica De Catalunya) et al. TuPoS-24.8

Analytical Modelling Method of Thermal Spreading Resistance in BAW Filters

Gonzalez-Rodriguez, Marta (Universitat Politécnica De Catalunya) et al. TuPoS-24.9

Finite Element Analysis of BAW Resonators: A Matter of Model Dimensionality? Berer, Thomas (Qorvo Inc, Greensboro, NC, USA) et al.

TuPoS-25 AD-P: Piezo MEMS 2 Chair: Pensala, Tuomas VTT Technical Research Centre of Finland Co-Chair: Bhave, Sunil Purdue University TuPoS-25.1

Temperature Compensated Ultra-Large-Coupling SH0 Plate Wave Resonators Zou, Jie (Resonant Inc) et al. TuPoS-25.2

Experimental Investigation of the Temperature and Power Handling Performance of a 2.3GHz AlN Based LCAT Mode Resonator Wang, Nan (A*STAR, Singapore) et al. TuPoS-25.3

Design of AlN Meshed LCAT Mode Resonators for Coupling Coefficient Beyond BAW Resonator Zhu, Yao (A*STAR, Singapore) et al. TuPoS-25.4

Fish Scale-Shaped Acoustic Reflector Array for Quality Factor Enhancement of AlN-On-Silicon MEMS Resonators Zhou, Xin (University of Electronic Science and Technology of China) et al. TuPoS-25.5

Spider Web-Shaped Phononic Crystals for Quality Factor Improvement of Piezoelectric-On-Silicon MEMS Resonators Wu, Xueqian (University of Electronic Science and Technology of China) et al. TuPoS-25.6

AlN Checker-Mode Resonators with a Routing Structured Electrode Liu, Jieyu (Wuhan University) et al. TuPoS-25.7

On the Suitability of 1D and 2D Wide Acoustic Bandgap Phononic Crystal Structures to Improve Performance of AlN-On-Si Resonators Operating in GHz Range J, Bijay (Indian Institute of Technology Madras) et al. TuPoS-25.8

Planar GHz Ultrasonic Lens for Fourier Ultrasonics Hwang, Juneho (Cornell University) et al.

IEEE IUS 2019 – 111 TuPoS-25.9

Flat Piezoelectric Traveling Wave Ultrasonic Micromotor with Flexible Support Structure Qin, Feng (University of Electronic Science and Technology of China) et al.

TuPoS-26 TPF-P: Transducer Design and Fabrication Chair: Zhou, Qifa University of Southern California TuPoS-26.1

Characterization and Evaluation of Sparse Array Transducers for Small Particle Detection Li, Xiaotong (University of Strathclyde) et al. TuPoS-26.2

Development of Optically Transparent Ultrasound Transducers for Combined Ultrasound and Photoacoustic Imaging Park, Sunghun (Sogang University) et al. TuPoS-26.3

Microfabrication of 1-3 Composites with Photolithographically Defined Electrode Patterns for Kerfless Microultrasound Arrays Boonruang, Arjin (University of Glasgow) et al. TuPoS-26.4

Tonpilz Transducer Array for Wideband Sonar Applications Kurusingal, Valsala (Thales Australia) et al. TuPoS-26.5

Conformable Row-Column Ultrasound Arrays for Abdominal Imaging Lu, Jian-yu (University of Toledo) et al. TuPoS-26.6

Laser Engraved Self-Focusing Piezoelectric Composite Transducer Jian, Xiaohua (Suzhou Institute of Biomedical Engineering and Technology) et al. TuPoS-26.7

Modeling of Single Crystal Phased Arrays with a Hybrid Finite Difference-Pseudo-Spectral Time Domain Method Callé, Samuel (Université De Tours) et al. TuPoS-26.8

A Novel Dual-Frequency Focused Ultrasound Transducer for Super-Harmonic Imaging Xu, Tingnian (Huazhong University of Science and Technology) et al. TuPoS-26.9

Tailoring Pillar Diameter and Pitch of 1-3 Piezocomposites for 40 MHz Ultrasonic Transducers Fabricated by the Soft Mold Process Günther, Paul A. (Fraunhofer IKTS) et al. TuPoS-26.10

Thermal Management Enhancement Solutions for Medical Ultrasound Probes Matéo, Tony (Vermon, Tours, France) et al. TuPoS-26.11

The Role of Additive Manufacturing Technology in the Design of Sparse Transducer Arrays

Martínez-Graullera, Óscar (ITEFI CSIC) et al. TuPoS-26.12

Intermetallic Bonding As an Alternative to Polymeric Adhesives in Ultrasound Transducers Bolstad, Per Kristian (University of South-Eastern Norway) et al.

112 – IEEE IUS 2019 TUESDAY 8 October 2019 Technical Programme

TuPoS-26.13

A Triple-Frequency Transducer and Its Multi-Frequency Image Fusion Method Li, Zhangjian (Suzhou Institute of Biomedical Engineering and Technology) et al. TuPoS-26.14

3DOF High Resolution Inertial Piezoelectric Motor Mazeika, Dalius (Vilnius Gediminas Technical University) et al. TuPoS-26.15

Development of a 20 MHz Annular-Array - a Balancing Act between Optimized Design and Technological Opportunities Juhrig, André (TU Dresden) et al. TuPoS-26.16

Acoustic Impedance Matching of PMN-PT/epoxy 1-3 Composites for Underwater Transducers with Usable Bandwidth Restricted by Electrical Power Factor Roeed, Ellen Sagaas (Kongsberg Maritime and University of South-Eastern Norway) et al. TuPoS-26.17

Analytic Design of Sparse Rectangular Arrays for 3D Medical Ultrasound Imaging Yoon, Hansol (Sogang University) et al.

TuPoS-27 TMI-P: Miniature Transducers Chair: Jiang, Xiaoning North Carolina State University TuPoS-27.1

Development and Fabrication of a 3-French Photoacoustic Catheter for Imaging Mouse Colon Oliveira, Rodrigo Pereira (Universidade Federal do Rio de Janeiro) et al. TuPoS-27.2

Ultrasound Transducers for Endoscopic Dual Thermal Therapy of Deep-Lying Tissue Kim, Jinwoo (Sogang University) et al. TuPoS-27.3

Ultrasound Capsule Endoscopy Components for in Vivo and Ex Vivo Microultrasound Near-Field Imaging Lemke, Christina (University of Glasgow) et al. TuPoS-27.4

A Miniature 16-Element Endoscopic Histotripsy Transducer with Electronically Steerable Focus Mallay, Matthew (Dalhousie University) et al. TuPoS-27.5

A 20/40 MHz Dual Element Transducer for Morphological and Flow Imaging of Coronary Artery Cai, Ruilin (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. TuPoS-27.6

Single-Channel Hadamard-Encoded Endoscope for High-Frequency IVUS Imaging Simpson, Eric (Dalhousie University) et al. TuPoS-27.7

Forward-Looking Intravascular Ultrasound Catheter with an Electromagnetic Micro-Motor Li, Yunfei (Shenzhen University) et al.

IEEE IUS 2019 – 113 TuPoS-27.8

Multi-Layer Polymer-Metal Structures for Acoustic Impedance Matching in High-Frequency Broadband Ultrasonic Transducers Design Yang, Xinyu (Xidian University) et al. TuPoS-27.9

A Micro Transducer Based on Contour-Extensional Vibration Mode Shao, Weiwei (Suzhou Institute of Biomedical Engineering and Technology) et al. TuPoS-27.10

Development of a Miniaturized Low-Frequency Transducer for Accurate Placement of Screw Implants in the Spine Li, Peiyang (Suzhou Institute of Biomedical Engineering and Technology) et al.

114 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

Wednesday October 9, 2019

Registration Desk Open Hall 2 07:30-17:30

Exhibition Open Hall 2 09:30-16:00

Parallel Sessions WeH1 Hall 1 MTC: Ultrasound Quantification of Steatosis and Fibrosis Chair: Cloutier, Guy University of Montreal Hospital Research Center 08:00-08:15 WeH1.1 Improved Assessment of Hepatic Steatosis in Humans Using Multi-Parametric Quantitative Ultrasound Han, Aiguo (University of Illinois at Urbana-Champaign) et al. 08:15-08:30 WeH1.2 Ultrafast Quantitative Ultrasound and Shear Wave Elastography Imaging of in Vivo Duck Fatty Liver Gesnik, Marc (University of Montreal Hospital Research Centre) et al. 08:30-08:45 WeH1.3 Evaluation of the Attenuation Coefficient of Primary and Secondary Human Liver Tumours Recovered from Hepatectomy. Impact on High Intensity Focused Ultrasound (HIFU) Treatments Barrere, Victor (LabTAU - INSERM Unité 1032) et al. 08:45-09:00 WeH1.4 The Added Value of Quantitative Ultrasound to Shear-Wave Elastography for Assessment of Steatohepatitis in a Rat Model Tang, An (University of Montreal Hospital Research Center) et al. 09:00-09:15 WeH1.5 Quantitative Ultrasound Spectroscopy Tissue Characterization of Nonalcoholic Fatty Liver Disease in Patients Pirmoazen, Amir (Stanford University) et al. 09:15-09:30 WeH1.6 In Vivo Assessment of Interstitial Fibrosis and Tubular Atrophy (IFTA) and Inflammation in Renal Allografts Using Multi-Wave Quantitative Ultrasound Torres, Gabriela (University of North Carolina at Chapel Hill) et al.

WeH2 Lomond Auditorium MSD: Toward Real-Time 3D Imaging Chair: Freear, Steven University of Leeds Co-Chair: Tortoli, Piero University of Florence 08:00-08:15 WeH2.1 Real-Time, High Frame Rate, Tri-Plane Ultrasound Imaging for Cardiac Applications Based on Spiral Arrays Ramalli, Alessandro (KU Leuven) et al. 08:15-08:30 WeH2.2 System for Real-Time Forward-Viewing Intravascular Imaging of 3D Velocity Fields Lindsey, Brooks (Georgia Institute of Technology) et al.

IEEE IUS 2019 – 115 08:30-08:45 WeH2.3 Harmonic Generation in Tissue with Matrix Arrays for 4D Cardiac THI Lai, Ting-Yu (University of Washington) et al. 08:45-09:00 WeH2.4 In Vitro Study of a Tethered Micro-Ultrasound Capsule Endoscopy and 3D Image Reconstruction Huang, Yaocai (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. 09:00-09:15 WeH2.5 Realtime 3D Imaging with Fast Orthogonal Row-Column Electronic Scanning of Bias-Switchable Crossed-Electrode Relaxor Arrays Ceroici, Christopher (University of Alberta) et al. 09:15-09:30 WeH2.6 3-D Field Characterization of Unfocused Transmissions from a 256-Element CMUT Spiral Array Maffett, Rebekah (University of Waterloo) et al.

WeH3 M1 MCA: Ultrasound Localization Microscopy and High Resolution Imaging I Chair: Couture, Olivier Institut Langevin (CNRS, ESPCI, INSERM) et al. 08:00-08:15 WeH3.1 Transcranial Ultrasound Localization Microscopy Reveals Sub-Resolution Blood Dynamics in Aneurysms and Stenosis in the Adult Hu- man Brain Demene, Charlie (Université PSL) et al. 08:15-08:30 WeH3.2 Structural-Functional Imaging of Renal Tumor Xenografts in Chicken Embryo Via Ultrasound Localization Microscopy Lowerison, Matthew (University of Illinois at Urbana-Champaign) et al. 08:30-08:45 WeH3.3 Improved Performance with New Single Particle Localization Algorithm for Ultrasound Localization Microscopy in Silico and in Vivo Heiles, Baptiste (Physics for Medicine, ESPCI, Paris) et al. 08:45-09:00 WeH3.4 Pulsatility Mapping Using Time-Resolved Ultrasound Localization Microscopy in the Rodent’s Brain in Vivo Bourquin, Chloé (Ecole Polytechnique de Montréal) et al. 09:00-09:15 WeH3.5 3D Super Resolution Imaging Using a 62+62 Elements Row-Column Array Jensen, Jorgen Arendt (Technical University of Denmark) et al. 09:15-09:30 WeH3.6 Evaluation of Lymph Node Metastasis in Human by Ultrasound Super-Resolution Imaging Zhu, Jiaqi (Imperial College London) et al.

WeH4 Alsh TTT: Transducers for Therapy Chair: Qiu, Weibao Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences Co-Chair: Ewart, Lynn NUWCNPT 08:00-08:15 WeH4.1 A High-Frequency Phased Array System for Transcranial Focused Ultrasound Therapy in Small Animal Models Rahimi, Saba (University of Toronto) et al. 08:15-08:30 WeH4.2 A New Sm-PMN-PT Ceramic Based 2D Array for Low-Intensity Ultrasound Therapy Application Zhang, Zhiqiang (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al.

116 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

08:30-08:45 WeH4.3 A Catheter-Based Ultrasound Device for Treating Vascular Occlusions Wright, Alex (Sunnybrook Research Institute) et al. 08:45-09:00 WeH4.4 A MRI Compatible 2D Ultrasonic Radiation Force Generator with 1024 Elements for Neuromodulation Zhong, Haibo (Shenzhen Institutes of Advanced Technology) et al. 09:00-09:15 WeH4.5 MR-Compatible Small Animal Ultrasound Hyperthermia System Including Matrix Array Transducers between 500 kHz and 2 MHz Steffen, Tretbar (Fraunhofer Institute for Biomedical Engineering) et al. 09:15-09:30 WeH4.6 Small Aperture Ultrasound Transducers for Intracavitary Tissue Ablation Kim, Ho-Wuk (North Carolina State University) et al.

WeH5 Boisdale MBE: Bioeffects and Hydrophones Chair: Zeqiri, Bajram National Physical Laboratory 08:00-08:15 WeH5.1 Ultrasound-Induced Mechanical Strains Stimulate Cell Division Pathway in Vivo Zamfirov, Laura (Université PSL) et al. 08:15-08:30 WeH5.2 Secondary Complex-Valued Hydrophone Calibration up to 100 MHz Using Broadband Pulse Excitation and a Reference Membrane Hydrophone Wilkens, Volker (Physikalisch-Technische Bundesanstalt) et al.

08:30-08:45 WeH5.3 ROS-Responsive Blended Nanoparticles: Cascade-Amplifying Synergistic Effects of Chemo-Sonodynamic Therapy with On-Demand Boosted Drug Release Wu, Pengying (Xi’an Jiaotong University) et al. 08:45-09:00 WeH5.4 T Ultrasound Stimulation of Platelet-Like Particles to Promote Wound Healing in Vitro and in a Rodent Laceration Model in Vivo Mohanty, Kaustav (North Carolina State University) et al. 09:00-09:15 WeH5.5 Ultrasound Modulates Piezo1 Ion Channel Activity Liu, Wei-Wen (National Taiwan University) et al. 09:15-09:30 WeH5.6 Ultrasound Stimulation of Lateral Habenula Induces the Modulation Effect in Mouse Model of Depression Lin, Zhengrong (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al.

WeH6 Carron PMI: Inversion and Green’s Functions Chair: Thalhammer, Robert Qualcomm Co-Chair: Wiseman, Luke Michigan State University 08:00-08:30 WeH6.1 Faster Full-Waveform Inversion (I) Fichtner, Andreas (ETH Zurich) et al.

IEEE IUS 2019 – 117 08:30-08:45 WeH6.2 Finite Time Focusing with Limited Wavefield Propagation Meles, Giovanni Angelo (TU Delft) et al. 08:45-09:00 WeH6.3 Wavelet Regularised Born Inversion Bouchan, Thomas Gérard Jordi (TU Delft) et al. 09:00-09:15 WeH6.4 Green-Function Method for Nonlinear Interactions of Elastic Waves Demcenko, Andriejus (University of Glasgow) et al. 09:15-09:30 WeH6.5 Exact and Approximate Causal Time-Domain Green’s Functions for Linear with Frequency Attenuation McGough, Robert (Michigan State University) et al.

WeH7 Dochart NSP: Signal Processing Chair: Oruklu, Erdal Illinois Institute of Technology Co-Chair: Kubrusly, Alan Pontifical Catholic University of Rio De Janeiro 08:00-08:15 WeH7.1 A High Performance Ultrasonic System for Flaw Detection Wang, Boyang (Illinois Institute of Technology) et al. 08:15-08:30 WeH7.2 Neural Network-Based Detection of Ultrasonic Landmarks for Robot Navigation with Respect to Noise and Number of Sampling Posi- tions Kroh, Patrick K. (Friedrich-Alexander-University Erlangen-Nuremberg) et al. 08:30-08:45 WeH7.3 Artificial Neural Networks for Impact Position Detection in Haptic Surfaces Hernandez, Camilo (Ecole Polytechnique Fédérale de Lausanne) et al. 08:45-09:00 WeH7.4 Nonlinear Reconstruction for Liquid-Liquid Two-Phase Medium Ultrasonic Tomography Liu, Hao (Tianjin University) et al. 09:00-09:15 WeH7.5 A Time-Frequency Independent Component Analysis Method for Group Velocity Extraction of Ultrasonic Guided Waves Lou, Sijia (Fudan University) et al. 09:15-09:30 WeH7.6 Three Megapixel Ultrasonic Microscope Imaging Hyvönen, Jere (University of Helsinki) et al.

WeH8 M2 MIM: New Techniques and Applications Chair: Kim, Kang University of Pittsburgh 08:00-08:15 WeH8.1 Broadband Coherence Models for Improved MIST Depth of Field Trahey, Gregg (Duke University) et al. 08:15-08:30 WeH8.2 Multi-Plane-Transmit (MPT) Volumetric Imaging Based on a Matrix Array : Experimental Validation Chen, Yinran (Tsinghua University) et al.

118 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

08:30-08:45 WeH8.3 Real-Time Pupilometer Implementation Using Three-Dimensional Volumetric Ultrasound Imaging Yu, Jaesok (Georgia Institution of Technology) et al. 08:45-09:00 WeH8.4 Sparse Random Aperture for Multiangle High Frame Rate Volumetric Imaging Bernal, Miguel (Verasonics, Inc, WA, USA) et al. 09:00-09:15 WeH8.5 Phase Aberration Correction in Transcranial Ultrasound Imaging Using Averaged Sound Velocity Map in Delay-And-Sum Beamformer Mozaffarzadeh, Moein (Delft University of Technology) et al.

09:15-09:30 WeH8.6 Image-Guided Application and Monitoring of Transcranial Focused Ultrasound in Realistic Human Head Phantom OBrien, Parker (University of Minnesota -Twin Cities) et al.

Tea, coffee and poster viewing Hall 2 09:30-10:30

Parallel Sessions WeI1 Hall 1 MTC: Tissue Classification by Machine Learning Chair: Mischi, Massimo Eindhoven University of Technology 10:30-10:45 WeI1.1 Machine Learning for Multiparametric Ultrasound Classification of Prostate Cancer Using B Mode, Shear-Wave Elastography, and Contrast-Enhanced Ultrasound Radiomics Wildeboer, Rogier R (Eindhoven University of Technology) et al. 10:45-11:00 WeI1.2 Homodyned-K Quantitative Ultrasound and Machine Learning for Detection of Lateral Epicondylosis of the Elbow Bureau, Nathalie (University of Montreal Hospital Research Center) et al. 11:00-11:15 WeI1.3 BI-RADS Assessment of Solid Breast Lesions Based on Quantitative Ultrasound and Machine Learning Destrempes, François (University of Montreal Hospital Research Center) et al. 11:15-11:30 WeI1.4 Quantitative Analysis of Multi-Modal Ultrasound Images for Breast Tumor Diagnosis Li, Yongshuai (Tsinghua University) et al. 11:30-11:45 WeI1.5 Towards In-Vivo Ultrasound-Histology: Plane-Waves and Generative Adversarial Networks for Pixel-Wise Speed of Sound Reconstruction Pavlov, Ivan (Technische Universität München) et al. 11:45-12:00 WeI1.6 Machine Learning Methods to Predict Cortical Micro-Structural Properties from Frequency-Dependent Ultrasonic Attenuation Mohanty, Kaustav (North Carolina State University) et al.

WeI2 Lomond Auditorium MSD: New Ultrasound Materials and Systems (Regular Session 5 talks) et al. Chair: Waters, Kendall Siemens Ultrasound 10:30-10:45 WeI2.1 Non-Contact Laser Ultrasound (N-CLUS) for Medical Imaging and Elastography Haupt, Robert (MIT Lincoln Laboratory) et al.

IEEE IUS 2019 – 119 10:45-11:00 WeI2.2 An Integrated System Composed of Magnetic Hyperthermia, Magnetomotive Ultrasound, and Ultrasound Thermal Strain Imaging Uliana, João (University of São Paulo) et al. 11:00-11:30 WeI2.3 Acoustic Metamaterials: Opportunities for Translation in Medical Ultrasound (I) Li, Jensen (Hong Kong University of Science and Technology) et al. 11:30-11:45 WeI2.4 Feasibility and Safety of Focused Ultrasound-Enabled Brain Tumor Liquid Biopsy (FUS-LBx) in a Porcine Model Pacia, Christopher (Washington University in St. Louis) et al. 11:45-12:00 WeI2.5 Differential Frequency Domain Photoacoustic Microscope for Blood Oxygen Saturation Measurements Krishnan, Sathiyamoorthy (Ryerson University) et al.

WeI3 M1 MCA: Ultrasound Localization Microscopy and High Resolution Imaging II Chair: Bouakaz, Ayache Inserm 10:30-10:45 WeI3.1 Acoustic Wave Sparsely-Activated Localization Microscopy (AWSALM): In Vivo Fast Ultrasound Super-Resolution Imaging Using Nanodroplets Zhang, Ge (Imperial College London) et al. 10:45-11:00 WeI3.2 Using Low-Boiling Point Phase Change Contrast Agent Activation Signals for Super Resolution Ultrasound Localization Microscopy DeRuiter, Ryan (University of North Carolina at Chapel Hill) et al. 11:00-11:15 WeI3.3 Ultrasound Multiple Point Target Detection and Localization Using Deep Learning Youn, Jihwan (Technical University of Denmark (DTU) et al. 11:15-11:30 WeI3.4 Enhanced Depth of Field Acoustic Angiography with a Prototype 288-Element Dual-Frequency Array Newsome, Isabel (University of North Carolina) et al. 11:30-11:45 WeI3.5 Ultrafast Radial Modulation Imaging Muleki-Seya, Pauline (Physics for Medicine, ESPCI, Paris) et al. 11:45-12:00 WeI3.6 Superharmonic Ultrasound Localization Microscopy Kierski, Thomas (University of North Carolina at Chapel Hill) et al.

WeI4 Alsh THF: Electronics for Multimodal Operation Chair: Cowell, David University of Leeds Co-Chair: Latham, Katherine Dalhousie University 10:30-11:00 WeI4.1 Ultrasonic Communication and Power Links for High-Bandwidth Micro-Implantables Operating at Depth (I) Arbabian, Amin (Stanford University) et al. 11:00-11:15 WeI4.2 Ultrasound-Based Post-Endo Vascular Aorta Repair (EVAR) Monitoring Device Young, Eric (North Carolina State University) et al.

120 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

11:15-11:30 WeI4.3 Fast Switching Power Electronics for a Dual-Mode Imaging and HIFU 2D CMUT Array Stedman, Quintin (Stanford University) et al. 11:30-11:45 WeI4.4 Tiled Large Element 1.75D Aperture with Dual Array Modules by Adjacent Integration of PIN PMN-PT Transducers and Custom High Volt- age Switching ASICs Wodnicki, Robert (University of Southern California) et al. 11:45-12:00 WeI4.5 Gallium Nitride Based High-Power Switched HIFU Pulser with Real-Time Current/Voltage Monitoring Carpenter, Thomas Michael (University of Leeds) et al.

WeI5 Boisdale MBF: New Flow Estimation Algorithms Chair: Lovstakken, Lasse NTNU 10:30-10:45 WeI5.1 Deep Learning to Resolve Aliasing in Color Flow Imaging Nahas, Hassan (University of Waterloo) et al. 10:45-11:00 WeI5.2 Spatial Coherence Feedback for Adaptive Clutter Filtering in Color Flow Imaging Long, Willie (Duke University) et al. 11:00-11:15 WeI5.3 Direct Measurement of Blood Flow Reflections Using Plane-Wave Ultrasound Wei, Luxi (Erasmus MC) et al. 11:15-11:30 WeI5.4 Spectral Doppler Analysis with Sparse and Full 2-D Arrays Mattesini, Paolo (University of Florence) et al. 11:30-11:45 WeI5.5 High-Contrast Ultrafast Microvascular Imaging Using Delay-Multiply-And-Sum Based Nonlinear Compounding: Phantom and in Vivo Studies Kang, Jinbum (Sogang University) et al. 11:45-12:00 WeI5.6 Ultrasound Angiography with Tissue Echoes Filtering and Adaptive Beamforming Zhang, Yang (University of Hong Kong) et al.

WeI6 Carron AD: Piezo MEMS 1 Co-Chair: Bhave, Sunil Purdue University 10:30-10:45 WeI6.1 Loss Mechanisms in XBARs – Laterally Excited Resonators on Thin Platelet of Lithium Niobate Plessky, Victor (Resonant Inc) et al. 10:45-11:00 WeI6.2 Towards Digitally Controlled Ultrasonic IQ Modulator Abdelmejeed, Mamdouh (Cornell University) et al.

IEEE IUS 2019 – 121 11:00-11:15 WeI6.3 Over 12 of Coupling Coefficient Demonstrated by 3GHz Sc0.12Al0.88N Based Laterally Coupled Alternating Thickness (LCAT) Mode Resonators Wang, Nan (A*STAR, Singapore) et al. 11:15-11:30 WeI6.4 Determination of Longitudinal and Transversal Attenuation Coefficients in the Frequency Domain Using Zero Group Velocity Lamb Waves Berer, Thomas (Qorvo Inc, Greensboro, NC, USA) et al. 11:30-11:45 WeI6.5 Wobbling Mode AlN-Piezo-MEMS Mirror Enabling 360-Degree Filed of View LIDAR for Automotive Applications Pensala, Tuomas (VTT Technical Research Centre of Finland) et al. 11:45-12:00 WeI6.6 C-Band Lithium Niobate MEMS Filter with 10 Fractional Bandwidth for 5G Front-Ends Yang, Yansong (University of Illinois at Urbana-Champaign) et al.

WeI7 Dochart NAI: Acoustic Imaging and Microscopy Chair: Greve, David W. Carnegie Mellon University Co-Chair: van Neer, Paul TNO 10:30-10:45 WeI7.1 Fast Inverse Approach for the Deconvolution of Ultrasonic TFM Images Using a Spatially Varying PSF in NDT Laroche, Nans (Laboratoire des Sciences du Numérique de Nantes) et al. 10:45-11:00 WeI7.2 Coded Acoustic Microscopy to Study Wood Mechanics and Development Hyvönen, Jere (University of Helsinki) et al. 11:00-11:15 WeI7.3 Non-Contact Thermoacoustic Sensing and Characterization of Plant Root Traits Singhvi, Ajay (Stanford University) et al. 11:15-11:30 WeI7.4 Towards CMOS Integrated Optically Controlled AlN Transducer Liu, Yutong (Cornell University) et al. 11:30-11:45 WeI7.5 Optimized Signal Generation Circuit for Coded GHz Acoustic Microscope Rantamaa, Anton (University of Helsinki) et al. 11:45-12:00 WeI7.6 Scanning Near-Field Optoacoustic Microscopy Cheng, Qian (Tongji University) et al.

WeI8 M2 MBB: Aberration and Motion Compensation Chair: Dahl, Jeremy Stanford University 10:30-10:45 WeI8.1 Ultrasound Aberration Correction Based on Local Speed-Of-Sound Map Estimation Rau, Richard (ETH Zurich) et al. 10:45-11:00 WeI8.2 Matrix Approach of Aberration Correction in Ultrasound Imaging Lambert, William (Institut Langevin, ESPCI, Paris) et al.

122 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

11:00-11:15 WeI8.3 Travel-Time Tomography for Local Sound Speed Reconstruction Using Average Sound Speeds Ali, Rehman (Stanford University) et al. 11:15-11:30 WeI8.4 Time-Of-Flight Based Registration in Bistatic Dual-Probe Ultrasound Imaging Schwab, Hans-Martin (Eindhoven University of Technology) et al. 11:30-11:45 WeI8.5 Phase-Aberration Delay Estimation in Synthetic Transmit Aperture Diagnostic Ultrasound Monjazebi, Dena (Ryerson University) et al. 11:45-12:00 WeI8.6 Dual Aperture Motion Compensation Apostolakis, Iason Zacharias (Philips Research North America) et al.

Lunch and poster viewing Hall 2 12:00-13:30

Ultrasound Industry Perspective 3 Hall 1 13:00-13:20

Parallel Sessions WeJ1 Hall 1 MTC: Ultrasound Propagation Properties for Tissue Characterization Chair: Oelze, Michael University of Illinois at Urbana-Champaign 13:30-13:45 WeJ1.1 Backscatter Coefficient Estimation Bias under Acoustic Nonlinearities Coila, Andres (University of Illinois at Urbana-Champaign) et al. 13:45-14:00 WeJ1.2 Reflection Matrix Approach for Ultrasound Tomography of Speed-Of-Sound and Multiple Scattering Lambert, William (Institut Langevin) et al. 14:00-14:15 WeJ1.3 A Spatially Weighted Regularization Method for Attenuation Coefficient Estimation Deeba, Farah (University of British Columbia) et al. 14:15-14:30 WeJ1.4 Construction of Adaptively Regularized Parametric Maps for Quantitative Ultrasound Imaging Destrempes, François (University of Montreal Hospital Research Center) et al. 14:30-14:45 WeJ1.5 A Free Plate Model Could Predict Ultrasonic Guided Waves Propagation in a 3D Printed Skull Phantom Gao, Jialiang (Fudan University) et al. 14:45-15:00 WeJ1.6 Characterization of Longitudinal Speed of Sound in Ex Vivo Human Vertebral Laminae Xu, Rui (University of Toronto) et al.

IEEE IUS 2019 – 123 Wednesday 9 October 2019 Technical Programme

WeJ2 Lomond Auditorium MTH: Cardiovascular Therapy (Regular Session 5 talks) et al. Chair: Seip, Ralf Sonacare Medical 13:30-13:45 WeJ2.1 Intravascular Sonothrombolysis, in Vitro, Using a Small Aperture, Forward-Looking, Sub-Megahertz Transducer to Enhance tPA Treat- ment Goel, Leela (North Carolina State University) et al. 13:45-14:00 WeJ2.2 Reduced Debris Size and Improved Efficiency in Acoustic Vortex-Assisted Sonothrombolysis Guo, Shifang (Xi’an Jiaotong University) et al. 14:00-14:30 WeJ2.3 Lipid-Shelled Microbubbles for Ultrasound-Triggered Release of Bioactive Gases to Treat Stroke and Cardiovascular Disease (I) Holland, Christy (University of Cincinnati) et al. 14:30-14:45 WeJ2.4 Non-Invasive Transthoracic Ultrasound Therapy of Calcified Aortic Stenosis: Feasibility and Safety Pernot, Mathieu (Physics for Medicine, ESPCI, Paris) et al. 14:45-15:00 WeJ2.5 Ultrasound with Oxygen-Microbubbles in Ischemia-Reperfusion Injury and Repair Ho, Yi-Ju (National Tsing Hua University) et al.

WeJ3 M1 MIM: Functional Imaging I Chair: Hasegawa, Hideyuki University of Toyama 13:30-13:45 WeJ3.1 Ultrafast Ultrasound Predicts Ischemic Stroke Outcome in Mouse Model Hingot, Vincent (Physics for Medicine, ESPCI, Paris) et al. 13:45-14:00 WeJ3.2 Functional Ultrasound (fUS) During Awake Craniotomy Tumor Removal Surgery for Intra-Operative Functional Brain and Tumor Mapping Soloukey, Sadaf (Erasmus MC) et al. 14:00-14:15 WeJ3.3 High Resolution Transcranial Imaging of Directional Currents Used in Deep Brain Stimulation Preston, Chet (University of Arizona) et al. 14:15-14:30 WeJ3.4 Experimental Validation of a Novel Technique for Ultrasound Imaging of Cardiac Fiber Orientation Ramalli, Alessandro (KU Leuven) et al. 14:30-14:45 WeJ3.5 4D Transcranial Acoustoelectric Imaging of Current Densities in Human Head Phantom Barragan, Andres (University of Arizona) et al. 14:45-15:00 WeJ3.6 Characterization of Mechanical Activation During Ventricular Arrhythmias Using High-Resolution Electromechanical Wave Imaging Robert, Jade (LabTAU INSERM U1032) et al.

124 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

WeJ4 Alsh TMI: Intraluminal & Miniature Transducers Chair: Demore, Christine Sunnybrook Research Institute Co-Chair: Lam, Kwok-Ho The Hong Kong Polytechnic University 13:30-13:45 WeJ4.1 A New 3D Imaging Technique Integrating Ultrafast Compounding, Hadamard Encoding, and Reconfigurable Fresnel Lensing, Demon- strated on a 128-Element, Crossed Electrode Endoscope Latham, Katherine (Dalhousie University) et al. 13:45-14:00 WeJ4.2 Development of a 50 MHz Endoscopic Linear Array for Intraluminal Imaging Roa, C. Felipe (Sunnybrook Research Institute) et al. 14:00-14:15 WeJ4.3 Development of 1.5D Circular Array for Endoscopic Ultrasound Tan, Qingyuan (Shenzhen Institutes of Advanced Technology) et al. 14:15-14:30 WeJ4.4 A Miniature PVDF Receiver for Acoustic Monitoring of Microbubble-Mediated Ultrasound Brain Therapy Lin, Yi (University of Toronto) et al. 14:30-14:45 WeJ4.5 Coded Excitation Imaging for a CMUT Based Side Looking Intravascular Ultrasound Sensor Pakdaman Zangabad, Reza (Erasmus MC) et al. 14:45-15:00 WeJ4.6 Development of a 1-D Linear Phased Ultrasonic Array for Intravascular Sonoporation Moldovan, Alexandru Corneliu (Strathclyde University) et al.

WeJ5 Boisdale MIS: Image Enhancement Chair: Kouame, Denis University of Toulouse 13:30-13:45 WeJ5.1 Optimal Blind-Source-Separation Filtering for Ultrasound Clutter Suppression: Application to Ultrasound Localization Microscopy and Speckle Tracking Wildeboer, Rogier R (Eindhoven University of Technology) et al. 13:45-14:00 WeJ5.2 Quantification of Reverberation and Aberration Using Lag-One Coherence Long, James (Duke University Biomedical Engineering) et al. 14:00-14:15 WeJ5.3 Foveated Nonlocal Means Despeckle Filtering for Ultrasound Imaging: Imaging Perspective Chang, Yu-Cheng (National Tsing Hua University) et al. 14:15-14:30 WeJ5.4 Eigen-Decomposition Based Adaptive Coherent Compounding Technique for the Volumetric Ultrasound Imaging with the Improved Signal-To-Noise Ratio Yu, Jaesok (Georgia Institute of Technology) et al. 14:30-14:45 WeJ5.5 Joint Deconvolution of Fundamental and Harmonic Ultrasound Images Hourani, Mohamad (Institute de Recherche en Informatique de Toulouse) et al.

IEEE IUS 2019 – 125 14:45-15:00 WeJ5.6 Ultrasound Dereverberation/Deconvolution Filtering Based on Gaussian Mixture Model Sahoo, Abhishek (University of Minnesota, Twin Cities) et al.

WeJ6 Carron AD: SAW Devices 2 Chair: Naumenko, Natalya National University of Science and Technology ‘MISIS’ Co-Chair: Dai, Jidong Murata Electronics North America, Inc 13:30-14:00 WeJ6.1 Advanced TC-SAW Filter Technology for 5G Wireless Systems (Invited Presentation) (I) Wagner, Karl Christian (RF360 Europe, München, Germany) et al. 14:15-14:30 WeJ6.3 Spurious Free TC-SAW Duplexer Using the SiO2/LiNbO3 Structure Goto, Rei (Skyworks Solutions Inc. and Chiba University) et al. 14:30-14:45 WeJ6.4 Layered SAW Resonators with Near-Zero TCF at Both Resonance and Anti-Resonance Inoue, Shogo (Qorvo, Inc, Greensboro, NC, USA) et al. 14:45-15:00 WeJ6.5 Low Velocity I.H.P. SAW Using Pt/Al Electrodes for Miniaturization Nakagawa, Ryo (Murata Manufacturing Co., Ltd, Kyoto, Japan) et al. 14:45-15:00 WeJ6.6 Modeling and Suppression Method of the Guided Mode for TC-SAW Devices Tang, Gongbin (Skyworks Filter Solutions Japan) et al.

WeJ7 Dochart NSH: Structural Health Monitoring Chair: Paul, Wilcox University of Bristol Co-Chair: Yao, Kui Institute of Materials Research and Engineering-A*STAR 13:30-13:45 WeJ7.1 Efficiency Improvement of Outer Wall Inspection by Noncontact Acoustic Inspection Method Using Sound Source Mounted Type UAV Sugimoto, Tsuneyoshi (Toin University of Yokohama) et al. 13:45-14:00 WeJ7.2 3D Reconstruction of Handheld Data by SAFT and the Influence of Measurement Inaccuracies Krieg, Fabian (Fraunhofer Institute for Nondestructive Testing) et al. 14:00-14:15 WeJ7.3 Detection and Acoustical Visualization of Internal Defects in Shotcrete Structures by Spatial Spectral Entropy for Noncontact Acoustic Inspection Method Sugimoto, Kazuko (Toin University of Yokohama) et al. 14:15-14:30 WeJ7.4 Total Focusing Method with Subsampling in Space and Frequency Domain for Ultrasound NDT*. Perez, Eduardo (Technische Universität Ilmenau) et al. 14:30-15:00 WeJ7.5 Ultrasonic Structural Health Monitoring – Current Applications and Potential (I) Cawley, Peter (Imperial College London) et al.

126 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

WeJ8 M2 MEL: Cardiac Elastography Chair: O’Donnell, Matthew University of Washington 13:30-13:45 WeJ8.1 Echocardiographic Assessment of LBBB Related Strain Dyssynchrony in Patients Fixsen, Louis (Eindhoven University of Technology) et al. 13:45-14:00 WeJ8.2 In Vivo Non-Invasive Evaluation of Cardiac Function with Strain-Stiffness Loops Using Strain Echocardiography and Shear Wave Elastog- raphy Validated against PET Imaging Papadacci, Clement (Université PSL) et al. 14:00-14:15 WeJ8.3 A Comparison of Natural Shear Wave Measurements and Cardiac Stiffness Dynamics Measured with Acoustic Radiation Force in an Open-Chest Pig Keijzer, Lana B.H. (Erasmus MC) et al. 14:15-14:30 WeJ8.4 Apical versus Parasternal View Measurements of the Natural Shear Waves Induced after Aortic Valve Closure in Healthy Volunteers Keijzer, Lana B.H. (Erasmus MC) et al. 14:30-14:45 WeJ8.5 3D Mechanical Wave Trajectory Mapping in the Left Ventricle Using Clutter Filter Wave Imaging

Salles, Sébastien (Université de Lyon) et al. 14:45-15:00 WeJ8.6 3D Myocardial Elastography with Coherent Compounding of Diverging Waves Grondin, Julien (Columbia University) et al.

Tea, coffee and poster viewing Hall 2

15:00-16:00 Please note: all authors are to remove their posters between 16:00-18:00

Parallel Sessions WeK1 Hall 1 MIS: Machine Learning and Compressed Sensing II Chair: Dhooge, Jan University of Leuven 16:00-16:15 WeK1.1 Detection and Localization of B-Lines in Lung Ultrasound by Weakly-Supervised Deep Learning van Sloun, Ruud JG (Eindhoven University of Technology) et al. 16:15-16:30 WeK1.2 Clutter Filtering Using a 3D Deep Convolutional Neural Network Tabassian, Mahdi (KU Leuven) et al. 16:30-16:45 WeK1.3 A Deep Learning Approach for Ultrasound Computed Tomography Image Reconstruction Based on a Ring Transducer Array Tan, Qingyuan (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. 16:45-17:00 WeK1.4 RF Data Restoration Using Convolutional Neural Networks for Data Rate Reduction in High-Frame-Rate Ultrasound Imaging Xiao, Di (University of Waterloo) et al.

IEEE IUS 2019 – 127 17:00-17:15 WeK1.5 Super-Resolution Ultrasound Image Filtering with Machine-Learning to Reduce the Localization Error Harput, Sevan (Imperial College London) et al. 17:15-17:30 WeK1.6 Training Database Elaboration Strategies for Preterm Neonate Cerebral Ventricular System Segmentation with 2D Convolutional Neural Network in 3D US Data

Martin, Matthieu (Université de Lyon) et al.

WeK2 Lomond Auditorium MTH: Tumor Therapy and Drug Delivery Chair: Yu, Francois Université De Montréal 16:00-16:15 WeK2.1 Therapeutic Efficacy of Thermosensitive Liposomal Doxorubicin and Short Duration MRI-Guided Focused Ultrasound Hyperthermia in Rabbit Vx2 Tumors Santos, Marc A. (University of Toronto) et al. 16:15-16:30 WeK2.2 Non-Invasive Fast, Large and Selective in Vivo HIFU Ablation of the Liver with a Toroidal Transducer Cambronero, Sophie (LabTAU, INSERM U1032) et al. 16:30-16:45 WeK2.3 Predicting Long Term HCC Response to Radioembolization Using Contrast-Enhanced Ultrasound 1-2 Weeks Post Treatment Delaney, Lauren (Thomas Jefferson University) et al. 16:45-17:00 WeK2.4 Development of a Toroidal Hifu Transducer for Fast, Large and Selective Ablation of Breast Tumors. Preliminary Experiments in Human Samples Sanchez, Marine (LabTAU - INSERM U1032) et al. 17:00-17:15 WeK2.5 Volumetric Thermal HIFU Therapy Using Continuous Phase Modulation Adams, Chris (University of Leeds) et al. 17:15-17:30 WeK2.6 Feasibility of MRI-Guided Focused Ultrasound Ablation in an Orthotopic Mouse Brain Tumor Model Santos, Marc A. (University of Toronto) et al.

WeK3 M1 MIM: Functional Imaging II Chair: Witte, Russell University of Arizona 16:00-16:15 WeK3.1 First Evidences of Cerebral Resting-State Networks in Human Neonates Using Functional Ultrasound Baranger, Jerome (University PSL) et al. 16:15-16:30 WeK3.2 B-Mode and Doppler Imaging of in Vivo Rat Brain and Ex Vivo Human Brain with a High Frequency Endoscopic Phased Array Landry, Thomas (Nova Scotia Health Authority) et al. 16:30-16:45 WeK3.3 Tracking Electromechanical Waves in Skeletal Muscle Using Ultrafast Ultrasound and High-Density EMG Waasdorp, Rick (Delft University of Technology) et al.

128 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

16:45-17:00 WeK3.4 Minimally Invasive In-Vivo Functional Ultrasound Imaging Using a 40 MHz Phased Array Endoscope: Mapping the Auditory Response in Rats Samson, Christopher (Dalhousie University) et al. 17:00-17:15 WeK3.5 Automated Isochrone Generation Approaches for Localization of Accessory Pathways in Wolff-Parkinson-White Patients with Electrome- chanical Wave Imaging Using Machine Learning Melki, Lea (Columbia University) et al. 17:15-17:30 WeK3.6 Texture in Quantitative Viscoelastic Response (QVisR) Images Reflects Compositional Differences in Control versus Dystrophic Muscle, in Vivo Moore, Christopher (University of North Carolina at Chapel Hill) et al.

WeK4 Alsh TPF: New Technologies and Applications Chair: Brown, Jeremy Dalhousie University Co-Chair: Cui, Yaoyao Suzhou Institute of Biomedical Engineering and Technology 16:00-16:15 WeK4.1 Transparent High Frequency Electrostrictive Ultrasound Transducers Rahim Sobhani, Mohammad (University of Alberta) et al. 16:15-16:30 WeK4.2 Design, Fabrication and Testing of an Opto-Mechanical Ultrasound Sensor Based on a Sensitive Silicon Photonic Waveguide Westerveld, Wouter Jan (Imec) et al. 16:30-16:45 WeK4.3 High Density Arrays of Carbon Nanomembrane Ultrasonic MEMS Ghis, Anne (CEA-LETI) et al. 16:45-17:00 WeK4.4 Development of the Transformable Ultrasonic Transducer for Multi-Dimensional Imaging and Therapy Liu, Xiangli (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. 17:00-17:15 WeK4.5 Ultrasonic Imaging Guided 3D Acoustic Tweezers Based on a 2D Matrix Array Yang, Ye (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. 17:15-17:30 WeK4.6 Novel Broadband Acoustic Neuronal Cell Stimulator for High Throughput Cell Investigation Park, Jinhyoung (Sungkyunkwan University) et al.

WeK5 Boisdale MIS: Improved Image Post Processing Chair: Sboros, Vassilis Heriot Watt 16:00-16:15 WeK5.1 Nerve Displacement Mapping for Human Peripheral Neuromodulation Lee, Stephen (Columbia University) et al. 16:15-16:30 WeK5.2 Improved Tracking Performance in High Frame Rate Imaging Using Iterative Phase Tracking Erlöv, Tobias (Lund University) et al.

IEEE IUS 2019 – 129 16:30-16:45 WeK5.3 A Novel 2D Speckle Tracking Method for High Frame Rate Cardiac Imaging Orlowska, Marta (KU Leuven) et al. 16:45-17:00 WeK5.4 Multi-Perspective 2D Ultrafast Ultrasound and Strain Imaging Liu, Peilu (Eindhoven University of Technology) et al. 17:00-17:15 WeK5.5 Improving Harmonic Motion Estimation with Phase-Based Estimators for Magnetomotive Ultrasound Imaging Kranemann, Tim C. (Ruhr University Bochum) et al. 17:15-17:30 WeK5.6 Principle-Component-Analysis Based Motion Magnification for B-Mode Visualization of Magnetomotive Ultrasound Shen, Wei-Hsiang (National Tsing Hua University) et al.

WeK6 Carron AD: BAW Devices 2 Chair: Aigner, Robert Qorvo Co-Chair: Ruby, Rich Broadcom Ltd 16:00-16:15 WeK6.1 Equivalent Circuit Analysis of H2 Including Transverse Modes in RF BAW Resonators Qiu, Luyan (Chiba University) et al. 16:15-16:30 WeK6.2 An Isothermal Circuit Model of an FBAR Resonator for Use in Filter Design Setoodeh, Sormeh (Broadcom Inc) et al. 16:30-16:45 WeK6.3 Utilizing a Mirror-Encapsulated Bulk Acoustic Wave Resonator to Realize Integrated High-Performance Clocking Solutions Yen, Ernest (Texas Instruments) et al. 16:45-17:00 WeK6.4 Drift-Free FBAR Oscillator Using an Atomic-Resonance-Stabilization Technique Hara, Motoaki (National Institute of Information and Communication Technology, Japan) et al. 17:00-17:15 WeK6.5 Wafer-Level SSALT Methods for Lifetime Predictions of SAW and BAW Filters Fendrich, John (Qorvo, Greensboro, NC, USA) et al. 17:15-17:30 WeK6.6 Transient Response of BAW Resonators Chris, Kirkendall (Broadcom) et al.

WeK7 Dochart NWP: Wave Propagation Chair: Tsujino, Jiromaru Kanagawa University, LINK-US Co., Ltd Co-Chair: Balogun, Oluwaseyi Northwestern University 16:00-16:15 WeK7.1 Mechanical Characterization of Biofilms by Optical Coherence Elastography (OCE) Measurements of Elastic Waves Liou, Hong-Cin (Northwestern University) et al.

130 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

16:15-16:30 WeK7.2 On the Theory of Smooth Topographic Waveguides for Rayleigh Waves Krylov, Victor (Loughborough University) et al. 16:30-16:45 WeK7.3 Numerical Investigation of Mode Conversion of SH Guided Waves in Plates Reflected from Discontinuities with Different Symmetries Kubrusly, Alan (Pontifical Catholic University of Rio De Janeiro) et al. 16:45-17:00 WeK7.4 Full Waveform Inversion of Ultrasonic Array Data for Elastic Wave Tomography Niven, Russell Graeme (University of Strathclyde) et al. 17:00-17:15 WeK7.5 Study of Thermal Gradient Effect for In-Process Ultrasonic Inspection of Fusion Welding Qiu, Zhen (University of Strathclyde) et al. 17:15-17:30 WeK7.6 40 kHz Ultrasonic Complex Vibration Welding System Using Various Exchangeable Welding Tips for Different Welding Specimens Tsujino, Jiromaru (Kanagawa University) et al.

WeK8 M2 MEL: Vascular Elastography Chair: Gallippi, Caterina The Joint University of North Carolina at Chapel Hill, North Carolina State University Department of Biomedical Engineering 16:00-16:15 WeK8.1 Pulse Wave Imaging for Assessing Arterial Stiffness Change in a Mouse Model of Thoracic Aortic Dissection in Marfan Syndrome Wang, Yuanyuan (Tsinghua University) et al. 16:15-16:30 WeK8.2 A Global Strain Estimation Algorithm for Non-Invasive Vascular Ultrasound Elastography Li, Hongliang (University of Montreal Hospital Research Center) et al. 16:30-16:45 WeK8.3 Carotid Artery Non Invasive Elastography (NIVE) to Detect Early Changes of Cardiovascular Diseases in Overweight and Obese Children El Jalbout, Ramy (Ste-Justine Hospital, Montreal, Canada) et al. 16:45-17:00 WeK8.4 Blind Source Separation-Based Tracking of ARFI-Induced Displacements for Improved Automatic Delineation of Carotid Plaque Compo- nents in Humans, in Vivo Torres, Gabriela (University of North Carolina at Chapel Hill) et al. 17:00-17:15 WeK8.5 Combination of Group and Phase Velocity Shear Wave Elastography for the Characterization of Vulnerable Carotid Plaques Marlevi, David (KTH Royal Institute of Technology, Stockholm) et al. 17:15-17:30 WeK8.6 Practical Limitations on OCE for Accurate Evaluation of Soft Tissue Elastic Modulus Gao, Liang (University of Washington) et al.

Closing and Highlight Session Lomond Auditorium 17:30-18:15

Public Lecture “Now You’re Talking” with Trevor Cox Glasgow Science Centre 18:30-20:00 (followed by drinks reception)

IEEE IUS 2019 – 131 Wednesday Posters – Hall 2

WePoS-01 MBB-P: Synthetic Aperture Chair: Zemp, Roger University of Alberta WePoS-01.1

Harmonics Amplitude in Plane and Focused Waves, a Comparative Study at Equal Mechanical Index Guidi, Francesco (University of Florence) et al. WePoS-01.2

Alternately Tilted Ultrasound Transmission for High Resolution B-Mode Image without Compromise of Frame Rate Kishimoto, Aya (Hitachi Ltd) et al. WePoS-01.3

Comparison of the Plane Wave and Diverging Wave in Sound Speed Imaging Karwat, Piotr (Institute of Fundamental Technological Research, Polish Academy of Sciences) et al. WePoS-01.4

Ultrasound Plane-Wave Imaging Based on Linear Arrays with Variable Interelement Spacings Tang, Yujia (Suzhou Institute of Biomedical Engineering and Technology) et al. WePoS-01.5

Extension of Coherent Multi-Transducer Ultrasound Imaging with Diverging Waves Peralta, Laura (King’s College London) et al.

WePoS-02 MBE-P: Safety and Therapy Chair: Beekers, Ines Erasmus MC, University Medical Center Rotterdam WePoS-02.1

Visualization of Diagnostic Ultrasound Fields Using LED and Smartphone Camera Kadota, Tomoaki (Hokkido University) et al. WePoS-02.2

Experimental Comparison of Diagnostic Imaging Pressure Fields through the Abdominal Wall with Water Zhang, Bofeng (Duke University) et al. WePoS-02.3

Acoustic Small-Diameter Vascular Scaffolds Enabling Contactless and Facile 3D Endothelialization Lin, Qin (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. WePoS-02.4

Ultrasound-Triggered miRNA Sponge Delivery Using Sponge-Loaded Magnetic Nanodroplets for Hepatocellular Carcinoma Therapy Dong, Wei (Xi’an Jiaotong University) et al. WePoS-02.5

Plasmid-Loaded Magnetic Nanodroplets: Potential Nonviral Vector for Plasmid Delivery to Tumor Cells Dong, Wei (Xi’an Jiaotong University) et al. WePoS-02.6

Measurement of Thrombolysis Achieved by EkoSonic Catheter-Based Endovascular Therapy Hannah, Alexander (EKOS Corp, WA, USA) et al.

132 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

WePoS-03 MBF-P: Numerical and Experimental Methods for Flow Imaging Chair: Porée, Jonathan University of Montreal Hospital Research Center WePoS-03.1

Flowline Tracking Doppler Fiorentini, Stefano (Norwegian University of Science and Technology) et al. WePoS-03.2

3D High Frame Rate Flow Measurement Using a Prototype Matrix Transducer for Carotid Imaging Fool, Fabian (Delft University of Technology) et al. WePoS-03.3

Influence of Blood Vessel Wall Nonlinearity on Flow Velocity: A Fluid-Structure Interaction (FSI) Simulation Study with in Vitro Validation Dong, Jinping (University of Hong Kong) et al. WePoS-03.4

A General Framework for Channel Domain SVD Clutter Filtering Ozgun, Kathryn (Vanderbilt University) et al. WePoS-03.5

Robust Eigen-Filter Design for Ultrasound Flow Imaging Using a Multivariate Clustering Technique Waraich, Saad Ahmed (University of Waterloo) et al. WePoS-03.6

The Effect of High Frame Rate Imaging Methods in Clinical Color Flow Echocardiography Ramalli, Alessandro (KU Leuven) et al. WePoS-03.7

Super-Resolution Transcranial Vascular Imaging for Cynomolgus Monkey Based on Low Frequency Compounded Chirp Transmission Sang, Yuchao (Xi`an Jiaotong University) et al. WePoS-03.8

Power Doppler Imaging with a Novel Convolutional Autoencoder Based Clutter Filtering Technique: Feasibility Study Shih, Chih-Hsiang (National Tsing Hua University) et al. WePoS-03.9

Noninvasive Coronary Angiography with Ultrafast Cascaded-Wave Ultrasound Zhang, Yang (University of Hong Kong) et al. WePoS-03.10

Non-Contrast Perfusion Detection with ARFI Variance of Acceleration (VoA) Imaging: Phantom and in Vivo Results Varadarajan, Ramya (University of North Carolina at Chapel Hill) et al. WePoS-03.11

Block-Wise Independent Component Analysis for Slow Flow Non-Contrast Ultrasound Perfusion Imaging Weeks, Abbie (Vanderbilt University) et al. WePoS-03.12

3D Power Doppler Imaging Using a Mechanically Translating Linear Array Transducer Chuan, Chen (Radboudumc) et al.

IEEE IUS 2019 – 133 WePoS-04 MBF-P: Microvascular Flow Imaging Chair: Lee, Wei-Ning The University of Hong Kong WePoS-04.1

High-Resolution Functional Ultrasound (fUS) Imaging of the Murine Spinal Cord Soloukey, Sadaf (Erasmus MC) et al. WePoS-04.2

Transcutaneous Ultrasound Super-Resolution Imaging of Vasa Vasorum in Rabbit Atherosclerotic Plaques Chen, Qiyang (University of Pittsburgh) et al. WePoS-04.3

Ultrasound Super-Resolution Imaging of the Renal Microvasculature Changes in Mouse Acute Kidney Injury Model Chen, Qiyang (University of Pittsburgh) et al. WePoS-04.4

Spectrally Resolved Super-Resolution Ultrasound for Microvascular Imaging and Quantification Schoen Jr, Scott (Georgia Institute of Technology) et al. WePoS-04.5

Super Resolution Microvessel Imaging for Assessing the Deep Vasculature of the Eye Qian, Xuejun (University of Southern California) et al. WePoS-04.6

Quantitative Evaluation of Kidney Damage in Spontaneously Hypertensive Rats Ultrasound Localization Microscopy Yang, Yi (Tsinghua University) et al. WePoS-04.7

Non-Rigid Motion Correction for Ultrasound Localization Microscopy of the Liver in Vivo Hao, Yayu (Tsinghua University) et al. WePoS-04.8

Performance Descriptor for Contrast-Free Ultrasensitive Power Doppler Imaging Using Spatio-Temporal Correlation Matrix Nayak, Rohit (Mayo Clinic) et al.

WePoS-05 MCA-P: Phase Change Contrast Agents Chair: Sirsi, Shashank University of Texas at Dallas WePoS-05.1

Perfluorocarbon Bubbles As Acoustic Amplifiers for Cancer Theranostics Fernandes, Donald (Ryerson University) et al. WePoS-05.2

Spontaneous Synthesis of Nanodroplet Contrast Agents: Structure and Performance Lachowski, Kacper (University of Washington) et al. WePoS-05.3

Background-Free Ultrasound Pulse-Inversion Imaging for High Sensitivity and Specificity Detection of Optically Activated Perfluorohex- ane Nanodroplets Zhu, Yiying (Georgia Institute of Technology) et al. WePoS-05.4

Photoacoustic Imaging of Low-Boiling-Point Phase-Change Nanodroplets Zhang, Ge (Imperial College London) et al.

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WePoS-05.5

Spontaneous Nucleation of Two-Phase Janus Droplets for Ultrasound Imaging and Therapy Li, David (University of Washington) et al. WePoS-05.6

Activation and 3D Imaging of Phase-Change Nanodroplet Contrast Agents with a 2D Ultrasound Probe Harput, Sevan (Imperial College London) et al. WePoS-05.7

The Effect of Freeze/Thawing on the Physical Properties and Acoustic Performance of Perfluoropropane Nanobubble Suspensions Nittayacharn, Pinunta (Case Western Reserve University) et al.

WePoS-06 MCA-P: Bubble Cavtation and Applications Chair: Kudo, Nobuki Hokkaido University WePoS-06.1

In Vitro Evaluation and Correction of the Bias Due to the Position and Orientation of a Passive Cavitation Detector Asquier, Nicolas (Université de Lyon) et al. WePoS-06.2

Periodic Shock-Scatter from Contrast Agent Microbubble-Cavitation in Sub-MHz Focused Ultrasound Song, Jae (University of Glasgow) et al. WePoS-06.3

On Acquiring Intra-Cardiac Pressures Noninvasively in Real-Time Using Subharmonic Aided Pressure Estimation (SHAPE) Esposito, Cara (Thomas Jefferson University) et al. WePoS-06.4

Theoretical and Experimental Comparisons of Perfluoropropane (C3F8) Gas Volume in Bubble Contrast Agents for Ultrasound Applications Abenojar, Eric Chua (Case Western Reserve University) et al. WePoS-06.5

Real-Time Dynamic Contrast-Enhanced Ultrasound Imaging Using Pulse Inversion Spectral Deconvolution Hoyt, Kenneth (University of Texas at Dallas) et al. WePoS-06.6

Control of Temporal Dynamics of Stable Cavitation by a Real-Time Proportional Feedback Method Tan, Chunjie (Shanghai Jiao Tong University) et al.

WePoS-07 MCA-P: Contrast-Enhanced Imaging Chair: Vos, Hendrik J. Erasmus MC, University Medical Center Rotterdam, Department of Biomedical Engineering WePoS-07.1

Visualization of a Simulated Lymph Channel Using Contrast Enhanced Active Doppler Ultrasonography Method Saito, Katsuya (Chiba University) et al. WePoS-07.2

Contrast-Enhanced Ultrasound Imaging of Acute Changes in Pancreatic Cancer Following Targeted Hyaluronan Treatment Oezdemir, Ipek (University of Texas at Dallas) et al. WePoS-07.3

A Transport Model for Quantitative CEUS Imaging of Tumor Perfusion Escoffre, Jean-Michel (Université de Tours) et al.

IEEE IUS 2019 – 135 WePoS-07.4

Characterization of Ovarian Masses Using Contrast-Enhanced Subharmonic Imaging Delaney, Lauren (Thomas Jefferson University) et al. WePoS-07.5

Coherent Multi-Transducer Ultrasound Imaging with Micro-Bubble Contrast Agents Peralta, Laura (King’s College London) et al. WePoS-07.6

Single-Subtraction-Based FUS Noise Elimination Method for Passive Acoustic Mapping Lee, Sara (Sogang University) et al. WePoS-07.7

High-Frequency Multi-Pulse Acoustic Contrast Agent Imaging at 16 MHz Ketterling, Jeffrey A. (Riverside Research) et al.

WePoS-08 MEL-P: Elastography Acquisition Advances Chair: Pernot, Mathieu Physics for Medicine Paris WePoS-08.1

Two Transducer Approach for Simultaneous High-Sensitivity and High-Resolution Shear Wave Elasticity Imaging Liu, Jingfei (Georgia Institute of Technology) et al. WePoS-08.2

Asymmetric Pushing Pulse for Acoustic Radiation Force Based Ultrasound Imaging Rosenzweig, Stephen (Siemens Healthineers) et al. WePoS-08.3

Transcranial Ultrasound Shear Wave Elastography for Brain Tissue Viscoelastic Mapping Han, Meng (Xi’an Jiaotong University) et al. WePoS-08.4

Laser Speckle Contrast Based Shear Wave Elasticity Tomography: An Anisotropic Phantom Study Chao, Pei-Yu (National Taiwan University) et al. WePoS-08.5

Non-Contact Airborne Ultrasound Device for 2D Sub-Surface Elasticity Mapping†. Aminot, Antoine (Institut Langevin, ESPCI, Paris) et al. WePoS-08.6

Single-Transducer Elasticity Measurements Using Reflected Shear Waves Yang, Shang Chin (National Taiwan University) et al. WePoS-08.7

On the Potential for High Framerate Variance of Acceleration Imaging Anand, Keerthi (University of North Carolina at Chapel Hill) et al.

WePoS-09 MEL-P: Elastography Applications Chair: Hendriks, Gijs Adrianus Gerardus Marie Radboud University Medical Center, Nijmegen, the Netherlands WePoS-09.1

Shear Wave Speed Mapping of C. Elegans Embryo with Passive Elastography Pol, Grasland-Mongrain (ENS de Lyon) et al.

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WePoS-09.2

Power Law Behavior of Shear Waves Measured in Swine Liver Grosz, Steven (Michigan State University) et al. WePoS-09.3

Monitoring High Intensity Ultrasound Treatment by Passive Elastography: An in Vitro Feasibility Study in Liver Giammarinaro, Bruno (INSERM U1032) et al. WePoS-09.4

Magnetic Nanoparticles Coated by Latex with Optimized Properties As Contrast Agent in Shear Wave Dispersion Magneto-Motive Ultrasound Imaging Arsalani, Saeideh (University of Sao Paulo) et al. WePoS-09.5

Perilesional Region Detection in Pancreatic Adenocarcinoa (PDA) Tumors Using Harmonic Motion Elastography (HME) Nabavizadeh, Alireza (Columbia University) et al.

WePoS-10 MIM-P: Algorithms in Medical Imaging Chair: Lowerison, Matthew Beckman Institute, University of Illinois at Urbana-Champaign, Urbana, IL WePoS-10.1

Robust Cardiac Motion Estimation with Dictionary Learning and Temporal Regularization for Ultrasound Imaging Ouzir, Nora (Aalto University) et al. WePoS-10.2

Adapting Deep Learning Based Motion Estimation for Myocardial Function Imaging

Østvik, Andreas (Norwegian University of Science and Technology) et al. WePoS-10.3

Computer Aided Diagnosis System Developed for Ultrasound Diagnosis of Liver Lesions Using Deep Learning Yamakawa, Makoto (Kyoto University) et al. WePoS-10.4

Integrating Clinical Knowledge in a Thyroid Nodule Classification Model Based on Cost-Sensitive Deep Learning Zhang, Shijie (Peking University) et al. WePoS-10.5

Automatic Estimation of Muscle Fiber Orientation in Ultrasound Images Using Artificial Neural Network Wang, Sheng (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. WePoS-10.6

Viscoelastic Characterization of HIFU Ablated Lesion Using K-Space Analysis and Convolution Theorem Wang, Xuan (Xi’an Jiaotong University) et al.

WePoS-11 MIS-P: Reduced Data Acquisition and Compressed Sensing Chair: Rakhmatov, Daler University of Victoria WePoS-11.1

Data-Driven Sensor Array Subsampling for Plane-Wave Ultrasound Imaging Rakhmatov, Daler (University of Victoria) et al.

IEEE IUS 2019 – 137 WePoS-11.2

Fast Diverging Wave Imaging Using Deep Learning Based Compounding Lu, Jingfeng (Harbin Institute of Technology) et al. WePoS-11.3

Universal Plane-Wave Compounding for High Quality US Imaging Using Deep Learning Khan, Shujaat (Korea Advanced Institute of Science and Technology) et al. WePoS-11.4

Multistatic Synthetic Aperture Ultrasound Imaging of Cortical Bone Fracture with Compressed Sensing Based Velocity Model Li, Yunqing (Fudan University) et al. WePoS-11.5

Effect of Logarithmic Compression on Ultrasonic Nakagami Imaging for Monitoring of Microwave Ablation Wu, Shan (Xi’an Jiaotong University) et al. WePoS-11.6

A High-Resolution USCT Echo Imaging Method with Reduced Data-Acquisition Tang, Tianhan (University of Tokyo) et al. WePoS-11.7

Efficient Angle Selection for Coherent Plane Wave Compounding Akbar, Haroon Ali (University of Victoria) et al. WePoS-11.8

Recovery of Ultrasound Image with Transmission Beam Lines Decimation by Using Computationally Low Cost Convolutional Neural Network Yamanaka, Kazuhiro (Hitachi, Ltd) et al. WePoS-11.9

3D/4D Hybrid Spectral Domain Synthetic Aperture Image Reconstruction Method for Hand-Held Ultrasound Systems Tasinkevych, Yuriy (IPPT-PAN) et al.

WePoS-12 MPA-P: Clinical and Pre-Clinical Applications of Photoacoustics Chair: Wang, Xueding University of Michigan WePoS-12.1

Photoacoustic and Ultrasound Dual–mode Bone Assessment – a Clinical Feasibility Study Feng, Ting (Nanjing University of Science and Technology) et al. WePoS-12.2

Photoacoustic Imaging for Lymphatic Vein Anastomosis -Examination Using Small Animals Sakata, Moe (Kyoto University) et al. WePoS-12.3

Eyelid Tissue Characterization Using Photoacoustic Imaging Albinsson, John (Lund University) et al. WePoS-12.4

Visualizing and Flow Velocity Estimation in Human Lymphatic Vessel Using Real-Time Photoacoustic Imaging Urano, Moemi (Keio University) et al.

138 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

WePoS-13 MPA-P: Hardware Development in Photoacoustics Chair: Foster, F. Stuart University of Toronto WePoS-13.1

Fabrication and Verification of an Endoscopic Phased Array for Combined Photoacoustic Tomography and High-Frequency Ultrasound Imaging Landry, Taylor Geneva (Dalhousie University) et al. WePoS-13.2

A Colonoscope-Compatible Photoacoustic-Ultrasound Imaging Catheter for Characterizing Intestinal Fibrosis in Crohn’s Disease Zhu, Yunhao (University of Michigan) et al. WePoS-13.3

Image Infusion of Photoacoustic Imaging Based on Novel Adjustable Hand-Held Probe Zhao, Yongjian (ShanghaiTech University) et al. WePoS-13.4

Low-Cost Photoacoustic Tomography System Based on Water-Made Acoustic Delay-Line Jiang, Daohuai (ShanghaiTech University) et al.

WePoS-14 MSD-P: High Resolution Ultrasound Systems Chair: Lay, Holly Visualsonics WePoS-14.1

Revolving Permanent Magnet As a Field Generator in Magnetomotive Ultrasound Causes a Rotating Particle Motion Opening Paths to Novel Detection Schemes Evertsson, Maria (Lund University) et al. WePoS-14.2

Coherent Diverging Wave Compounding Imaging Based on Circular Array for Ultrafast Endoscopic Ultrasonography Tan, Qingyuan (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. WePoS-14.3

High Frequency Ultrasound Imaging by Scanning a Single-Element Transducer Liyuan, He (Nanjing University of Aeronautics and Astronautics) et al. WePoS-14.4

Handheld High-Resolution Ultrasonic Scanner for Quantitative Assessment of Skin Conditions Maev, Roman (University of Windsor) et al. WePoS-14.5

Seizure Mapping Using an Intracranial Implantable Ultrasound Device Jiang, Tingyi (Suzhou Institue of Biomedical Engineering and Technology) et al. WePoS-14.6

Linearized Positioning Method Based on Richardson Extrapolation for Locating Ultrasound Beacon Attached to Catheter Tanaka, Tomohiko (Hitachi Ltd) et al. WePoS-14.7

Improved Backward Mode Pulsed Magnetomotive Ultrasound Via Premagnetization of Superparamagnetic Iron Oxide Nanoparticles Wang, Hong Wei (Tsinghua University) et al.

IEEE IUS 2019 – 139 WePoS-15 MSD-P: Novel US Phantoms Chair: Yiu, Billy Y. S. University of Waterloo WePoS-15.1

Rapid Prototyped Microvessel Flow Phantoms for Controlled Investigation of Ultrasound-Mediated Targeted Drug Delivery Domingo-Roca, Roger (University of Glasgow) et al. WePoS-15.2

A Hydrogel Glove for Emergency Ultrasound Screening An, Jian (Peking University) et al. WePoS-15.3

Tissue-Mimicking Materials for Various Kinds of Phantoms Sato, Kazuishi (Tokushima Bunri University) et al. WePoS-15.4

On the Design of a Pelvic Phantom for Magnetic Resonance and Ultrasound Image Fusion Vidal, Fabien (Institut de Recherche en Informatique de Toulouse) et al. WePoS-15.5

A Novel Ultrasound Phantom to Quantify the Effect of Slice Thickness on Imaging Performance Carstairs, Harry (University of Edinburgh) et al.

WePoS-16 MTC-P: Tissue Characterization Chair: Litniewski, Jerzy Institute of Fundamental Technological Research Polish Academy of Science WePoS-16.1

Assessment of Hand Tendon Rotation by Using High Frequency Ultrasound Vector Doppler Imaging Min Yuan, Wang (National Cheng Kung University) et al. WePoS-16.2

Sound Speed and Attenuation Mapping of Collagen in Skin Tissue Due to Light Damage Maeva, Anna (University College London) et al. WePoS-16.3

Reproducibility of a Non-Invasive Ultrasound Technique for the Assessment of Elastic Properties of Achilles’ Tendon, on Healthy Volun- teers: Preliminary Results Dujardin, Paul-Armand (Université de Tours) et al. WePoS-16.4

Viscoelastic Media Characterization Using Magnetic Force Induced Vibration on a Ferromagnetic Sphere Cebrecos, Alejandro (Universidad Politécnica de Valencia) et al. WePoS-16.5

Feasibility of Longitudinal Monitoring of Atherosclerosis with Pulse Wave Imaging in a Swine Model Nauleau, Pierre (Columbia University) et al. WePoS-16.6

Application of Ultrafast Plane Wave Imaging for High-Temporal-Resolution Analysis of Backscattering and Fluid Mechanics Omura, Masaaki (Chiba University) et al. WePoS-16.7

Ultrasonic Mapping of Endogenous Motion in Brain Tissue*. Makūnaitė, Monika (Kaunas University of Technology) et al.

140 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

WePoS-16.8

Acoustical Evaluation of Disease-Related Fatty Acid Species with 250-MHz Ultrasound Ito, Kazuyo (Duke University) et al. WePoS-16.9

Mechanical Properties of the Metastatic Liver in a Breast Cancer Mouse Model Using Harmonic Motion Imaging Li, Xiaoyue (Columbia University) et al.

WePoS-17 MTC-P: Signal Analysis and Machine Learning for Tissue Characterization Chair: Lavarello, Roberto Pontificia Universidad Catolica Del Peru WePoS-17.1

Sample Entropy As an Information Theoretical Approach for Ultrasound Parametric Imaging and Tissue Characterization Chan, Hsien-Jung (Chang Gung University) et al. WePoS-17.2

Quantitative Ultrasound Fat Detection Using a Weight Filter and a Double Nakagami Distribution Model Tamura, Kazuki (Hamamatsu University School of Medicine) et al. WePoS-17.3

Quantitative Ultrasound Via the Lempel-Ziv Complexity Steifer, Tomasz (Institute of Fundamental Technological Research, Polish Academy of Sciences) et al. WePoS-17.4

Multi-Channel Crossed Convolutional Neural Network for Combined Estimation of Cortical Thickness and Bulk Velocities Using Ultra- sonic Guided Waves Li, Yifang (Fudan University) et al. WePoS-17.5

Machine/Deep Learning with Compounding Contrast-Enhanced Ultrasound Image and Quantitative Parameters for Muscle Injury Clas- sification Lin, Huang-Chen (National Cheng Kung University) et al. WePoS-17.6

Effects of Acoustic Nonlinearities on the Estimation of Attenuation from Ultrasonic Backscatter Coila, Andres (University of Illinois at Urbana-Champaign) et al. WePoS-17.7

Quantitative Ultrasound to Differentiate Brain and Brain Tumour Phantoms with Binary Classifier Thomson, Hannah (University of Glasgow) et al. WePoS-17.8

Validation of Effect of Different Beamforming on Backscatter Coefficient Analysis Omura, Masaaki (Chiba University) et al. WePoS-17.9

Ultrasound Multiclass Classification of Hepatic Steatosis Using Random Forests Lin, Ying-Hsiu (Chang Gung University) et al. WePoS-17.10

Reference Free Quantitative Ultrasound Classification of Fatty Liver Nguyen, Trong (University of Illinois at Urbana Champaign) et al.

IEEE IUS 2019 – 141 WePoS-18 MTH-P: Therapeutic Systems and Applications Chair: Hall, Timothy University of Michigan WePoS-18.1

3D Image-Guided Focused Ultrasound Therapy System and Method for Improved Anticancer Drug Delivery Basavarajappa, Lokesh (University of Texas at Dallas) et al. WePoS-18.2

Magnetic Resonance-Guided High-Intensity Focused Ultrasound for Mild Hyperthermia Therapy of Pelvic Targets in an in Vivo Porcine Model Zhu, Lifei (Washington University in Saint Louis) et al. WePoS-18.3

Effects of Different Therapeutic Ultrasound Intensities on Osteoporosis and Bone Defect in Rats Sun, Shuxin (Fudan University) et al. WePoS-18.4

A Preliminary Study on Sonodynamic Therapy of Human Colon Cancer Cells Using Sinoporphyrin Sodium As the Sonosensitizer Ou, Jianquan (Shenzhen University) et al. WePoS-18.5

Acoustic Holograms Allow the Generation of Complex Fields Inside the Central Nervous System Jiménez-Gambín, Sergio (Universidad Politécnica de Valencia) et al. WePoS-18.6

Ultrasound Transmission through Human Hair Agou, Pauline (Institut Des Sciences du Vivant Frédéric Joliot, CEA) et al.

WePoS-19 NPC-P: Process Control and Industrial Ultrasound Chair: Addison, Robert Retired from Rockwell Scientific Company WePoS-19.1

Evaluation of Food-Grade Vegetable Oils Using Ultrasonic Velocity Measurement and Fatty Acid Composition Yan, Jing (Wageningen Universit) et al. WePoS-19.2

Preliminary Study in Using Ultrasound As a Post-Treatment of Pyrolytic Bio-Oils Pichon, Loïck (University of Quebec at Trois-Rivières) et al. WePoS-19.3

Ultrasonic Phased Array Imaging for Industrial Process Analysis Ingram, Marcus (KU Leuven) et al. WePoS-19.4

High Speed Non-Contact Transport of Small Object in Air through Ultrasonic Traveling Field Excited with Parallel Vibration Plates Osawa, Koichi (Tokyo Institute of Technology) et al. WePoS-19.5

Towards Chronic Wound Pads: Gradient Nanofiber Structure Generated by Ultrasound Enhanced Electrospinning (USES) Hunnakko, Joel (University of Helsinki) et al. WePoS-19.6

The Effect of Ultrasonic Vibration on the Isostatic Pressing of Polymer Bonded Melamine Powder Yang, Kun (China Academy of Engineering) et al.

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WePoS-19.7

Microstructural Evolution and Mechanical Properties of PBX Composites Processed by Ultrasonic Assisted Powder Compaction Lyu, Kezhen (China Academy of Engineering) et al. WePoS-19.8

Quantifying Ultrasound for Sono-Crystallization Forbes, Clarissa (University of Strathclyde) et al. WePoS-19.9

Modelling of Piezoelectric Coupling Coefficients of Soft Ferroelectrets for Energy Harvesting Dali, Oma Ben (Technische Universität Darmstadt) et al. WePoS-19.10

High-Power and Time-Reversed Ultrasound Based on FEM Simulations and Experiments Mustonen, Joonas (University of Helsinki) et al.

WePoS-20 NSH-P: Structural Health Monitoring Chair: Harley, Joel University of Florida WePoS-20.1

Evaluations of Coded Excitations on Autonomous Airborne Ultrasonic Inspections Zhang, Dayi (University of Strathclyde) et al. WePoS-20.2

Evaluation and Locating of Plasticity Damage Using Collinear Mixing Waves Shui, Guoshuang (Beijing Jiaotong University) et al. WePoS-20.3

Monitoring of Compressive Stress Changes in Concrete Pillars Using Cross Correlation Spalvier, Agustin (Universidad De La República de Uruguay) et al. WePoS-20.4

Optimization of Bifrequential Pump Excitation Parameters by Genetic Algorithm in Nonlinear Vibro-Acoustic Wave Modulation Technique Houhat, Nesrine (University of Sciences and Technology Houari Boumediene, Algeria) et al. WePoS-20.5

Multi Wheel PVDF Transducer Array for Imaging of Defects in Composite Materials Wagle, Sanat (ELOP AS, Hamar, Norway) et al.

WePoS-21 NTD-P: Transducers Chair: Haeggström, Edward University of Helsinki WePoS-21.1

Enhancing Surface Properties of Softwood Biochar by Ultrasound Assisted Slow Pyrolysis Peter, Aneeshma (Université du Québec à Trois-Rivières) et al. WePoS-21.2

Design of a Wideband Electromagnetic Dynamic Acoustic Transducer As a Standard Acoustic Source for Air-Coupled Ultrasonic Sensors Kang, Lei (University of Warwick) et al.

IEEE IUS 2019 – 143 WePoS-21.3

Investigation into the Effectiveness of Different High-Power Ultrasonic Transducers on Cavitation Yield and Field Control for Consumer Devices Morrison, Laura (University of Strathclyde) et al. WePoS-21.4

Design and Fabrication of Aluminum Nitride Piezoelectric Micromachined Ultrasonic Transducers for Air Flow Measurements Karuthedath Baby, Cyril (VTT Technical Research Centre of Finland) et al. WePoS-21.5

In-Situ Fabricated Piezoelectric Film Ultrasonic Transducers for Evaluating Plastic Deformation of Alloy Structures Guo, Shifeng (A*STAR, Singapore) et al. WePoS-21.6

Fully-Flexible Thin-Film Ultrasonic Array for Use in Industrial NDE Applications Rocks, Blair (Novosound, Motherwell, UK) et al.

WePoS-22 NWP-P: Wave Propagation Chair: Blackshire, James Air Force Research Laboratory WePoS-22.1

Self-Localization of Single Microphone from Ultrasound Field Generated by Sources with Subwavelength Displacement Hasegawa, Keisuke (University of Tokyo) et al. WePoS-22.2

Direct Spread Spectrum Modulation and Dispersion Compensation for Guided Wave-Based Communication Systems Zonzini, Federica (University of Bologna) et al. WePoS-22.3

Modeling of Nonspecular Reflection from Elastic Plates Using Leaky Modes Kiefer, Daniel Andreas (Friedrich-Alexander University Erlangen-Nürnberg) et al. WePoS-22.4

Obstacle Detector with Metamaterial Luneburg Lens Yu, Run (Nanjing University of Aeronautics and Astronautics) et al.

WePoS-23 PMI-P: Modeling and Inversion Chair: Kurosawa, Minoru Tokyo Institute of Technology WePoS-23.1

ElasticMatrix - an Open-Source Partial-Wave Model for Evaluating Elastic-Wave Propagation in Transverse-Anisotropic Layered Media Ramasawmy, Danny (University College London) et al. WePoS-23.2

Multi-Functional Holographic Ultrasonic Metamaterials Designed by Artificial Intelligence Urzhumov, Yaroslav (Intellectual Ventures, Bellevue, USA) et al. WePoS-23.3

Transient Approximated Green’s Function of a Circular Line Source on a Half Space for Fast Simulation of Axisymmetric Problems Kühnicke, Elfgard (TU Dresden) et al. WePoS-23.4

An Analytical Model of Magnetomotive Ultrasound Signal Generation Levy, Benjamin (University of North Carolina at Chapel Hill) et al.

144 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

WePoS-23.5

FEM Modelling of Ultrasound Enhanced Electrospinning (USES) Mäkinen, Joni (University of Helsinki) et al. WePoS-23.6

Modeling of Thermal Lesions Induced by High Intensity Focused Ultrasound (HIFU) in Mobile and Elastic Organs Cao, Elodie (LabTAU - INSERM) et al. WePoS-23.7

Simulation of Forward Propagated Signals in Acoustic Time Reversal Tommiska, Oskari (University of Helsinki) et al.

WePoS-24 POA-P: Photo Acoustics II Chair: Patel, Mihir OnScale WePoS-24.1

Investigation of Optical Ultrasound Emission Mechanism Based on CNTs-PDMS Composite Choi, Won Young (Hanyang University) et al. WePoS-24.2

Determination of Structural Phase Transition and Visco-Elastic Length Scales of 8CB Liquid Crystals through Time-Domain Brillouin Scattering Klieber, Christoph (Honeywell Process Solutions, Mainz-Kastel, Germany) et al. WePoS-24.3

The Influence of Strain-Optic Coefficients on the Transduction Mechanism of Glass Etalon Fabry-Perot Sensors Ramasawmy, Danny (University College London) et al. WePoS-24.4

Wavefront Restoration of Pulsed High Intensity Laser Radiation by Acousto-Optics Molchanov, Vladimir (National University of Science and Technology, Moscow) et al. WePoS-24.5

Simple Optical Ultrasound Detector with Surface Plasmon Resonance Ueno, Shoya (Doshisha University) et al. WePoS-24.6

Generation of Optical Higher-Order OAM Mode by Using Higher-Order Elastic Vortex Wave in Graded-Index Optical Fiber Shoro, Takuya (Tokushima University) et al. WePoS-24.7

Numerical Characterization of Laser-Generated Focused Ultrasound Pulses Joo, Mingyu (Sungkyunkwan University) et al.

WePoS-25 PPN-P: Phonons Chair: Kim, Eun University of Southern California WePoS-25.1

Nano-Particle Mass Sensing Using Phononic Pillars Bonhomme, Jérémy (Université de Lorraine) et al. WePoS-25.2

Experimental Observation of Collective Resonances of a Chain of Resonators in a Full-Band Gap Phononic Crystal Slab Wang, Tingting (University Bourgogne Franche-Comté) et al.

IEEE IUS 2019 – 145 WePoS-25.3

Additively-Manufactured Ultrasonic Metamaterials for Water Immersion Astolfi, Lorenzo (University of Warwick) et al.

WePoS-26 ADS-P: Sensors Chair: Schmidt, Hagen IFW Dresden Co-Chair: Han, Tao Shanghai Jiao Tong University WePoS-26.1

Antenna-Embedded Wireless QCM Sensor Fabricated by a MEMS Process Nonaka, Tomoyuki (SAMCO Inc, Kyoto, Japan) et al. WePoS-26.2

A Single Ultrasonic Transducer Fast and Robust Short-Range Distance Measurement Method Lagler, Daniel (Johannes Kepler University Linz) et al. WePoS-26.3

Study of Angular Gain in Button-Like Modes for Annular Ring BAW Gyroscopes Iyer, Hrishikesh Thyagarajan (Indian Institute of Technology Bombay) et al. WePoS-26.4

Saw Magnetic Field Sensor Using Magnetoelastic Multilayered Thin Film Mazzamurro, Aurelien (Université de Lille) et al. WePoS-26.5

Evaluation of Detectable Depth on SH-SAW Biosensor Using Antibody, Antigen, and Secondary Antibody Complexes Kano, Koji (Japan Radio Co., Ltd, Tokyo, Japan) et al. WePoS-26.6

SAW-Based Wireless Measurements of the Fast-Varying Deformations in Rotating Vibrating Objects Zhgoon, Sergei (Moscow Power Engineering Institute) et al. WePoS-26.7

SAW Resonator with Grooved-Electrodes for High-Temperature Sensing Application Ke, Han (Shanghai Jiao Tong University) et al. WePoS-26.8

Development of a Novel Wireless and Passive Love Wave Based Ice Sensor Yin, Yining (Chinese Academy of Sciences) et al. WePoS-26.9

Research on a Surface Acoustic Wave Based PM2.5 Monitor Zhao, Wenqiang (Chinese Academy of Sciences) et al.

WePoS-27 ADM-P: Modeling of Acoustic Wave Devices 2 Chair: Solal, Marc Qorvo Inc Co-Chair: Kadota, Michio Tohoku University WePoS-27.1

N-Plexer and N-Band Acoustic Filters Based on Transversal Configuration Perea-Robles, Rafael (Universitat Politècnica de Catalunya) et al.

146 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

WePoS-27.2

Investigations of a New Design Concept for Wide-Band Hybrid Ladder Filters Wagner, Michael (University of Erlangen-Nuremberg) et al. WePoS-27.3

Synthesis Methodology for Mixed-Topology Acoustic Wave Filters Triano, Angel (Universitat Autònoma De Barcelona) et al. WePoS-27.4

Design of Wide-Band Asymmetric Hybrid Ladder Filters Wagner, Michael (University of Erlangen-Nuremberg) et al. WePoS-27.5

Practical Issues on the Implementation of Acoustic Transversal Filters Mateu Mateu, Jordi (Universitat Politècnica de Catalunya) et al. WePoS-27.6

Complex Terminating Impedances for AW Filters: The Key for Power Amplifier Co-Design Silveira, Patricia (Universitat Autònoma De Barcelona) et al. WePoS-27.7

A Generic Hybrid Modeling Approach for the Complete Response of Acoustic Resonator Jin, Renfeng (Skyworks Inc, MA, USA) et al. WePoS-27.8

Finite Element Analysis of SAW Propagation Characteristics in C-Plane (0001) and A-Plane (11-20) AlScN Thin Films Feil, Niclas Manuel (University of Freiburg) et al. WePoS-27.9

Extraction of Entire Dispersive Couple-Of-Mode Parameters by Harmonic Admittances Ke, Yabing (Chinese Academy of Sciences) et al.

WePoS-28 TPM-P: Transducer Materials Chair: Rupitsch, Stefan Johann Friedrich-Alexander-University Erlangen-Nuremberg WePoS-28.1

Thin and Single Element High Intensity Airborne Ultrasonic Transducer Utilizing Piezoelectric Transverse Effect Asada, Takaaki (Murata Manufacturing Co., Ltd, Kyoto, Japan) et al. WePoS-28.2

The Standard for Relaxor-Based Single Crystals for Transducer & Actuator Applications: Accelerating the Transition of PiezoCrystals Ewart, Lynn (Naval Undersea Warfare Center, Newport, RI, USA) et al. WePoS-28.3

Electroelastic Modulus of 1-3 Piezocomposite Using Lamb Waves Propagation Balé, Antoine (Université de Tours) et al. WePoS-28.4

Non-Destructive Piezoelectric Characterisation of Sc Doped Aluminium Nitride Thin Films at Wafer Level Mertin, Stefan (VTT Technical Research Centre of Finland) et al. WePoS-28.5

An Evaluation of PZT5A, PIN-PMN-PT Single Crystal, and High Dielectric PZT for a 5 Mm X 5 Mm Histotripsy Transducer Woodacre, Jeffrey (Dalhousie University) et al.

IEEE IUS 2019 – 147 WePoS-28.6

Sputter Process Optimization for Al0.7Sc0.3N Piezoelectric Films Felmetsger, Valeriy (OEM Group LLC, AZ, USA) et al. WePoS-28.7

Optimization of Ferroelectret Transducers for Pulse-Echo Water Immersion Operation Quirce Aguilar, Julio (Institute of Physical and Information Technologies, CSIC) et al. WePoS-28.8

Novel Nanocomposite Materials for Improving Passive Layers in Air-Coupled Ultrasonic Transducer Applications Amoroso, Lorena (University of Warwick) et al. WePoS-28.9

Adaptive Ultrasonic Transducers Fabricated Based on 3D Printing Technology Chen, Yan (Guangdong University of Technology) et al. WePoS-28.10

Highly Anisotropic Piezoceramics Staines, Mike (Victoria University of Wellington) et al. WePoS-28.11

A Comparison between DCMS, HiPIMS and a Novel HiPIMS+Kick Deposition for Piezoelectric Thin Films Rogan, Mhairi (Novosound Ltd, Motherwell, UK) et al. WePoS-28.12

Flexible Multi-Focal Optoacoustic Lenses for Axial Scan with Short Pressure Pulses Abbasi, Muhammad Awais (Sungkyunkwan University) et al.

WePoS-29 TPF-P: Transducer Applications Chair: Levassort, Franck University of Tours WePoS-29.1

Ultrasonic Transducer for Nonlinear Ultrasonic Testing of Microstructure Changes During Radiation Tittmann, Bernhard (Penn State University) et al. WePoS-29.2

Detachment of Multiple Adherent Cell Types by Ultrasonic Irradiation to Consumable Cell Culture Dishes Kurashina, Yuta (Tokyo Institute of Technology) et al. WePoS-29.3

Development of Hydrostatic Annular Ultrasounds Transducers for Intravascular Sonoelastographic Shear Velocity Imaging Chabok, Hamid R. (University of Southern California) et al. WePoS-29.4

Adjustable Acoustic Pattern Controlled by “Acoustic Mirrors” Li, Zhaoxi (Xidian University) et al. WePoS-29.5

Biological Signal Measurements for Automatic Driving System by PZT/PZT Sol-Gel Composite Makino, Hiroto (Kumamoto University) et al. WePoS-29.6

Measurement of Elastic Constants by Using Halbach-Array Enhanced EMAT*. Li, Yapeng (Dalian University of Technology) et al.

148 – IEEE IUS 2019 Wednesday 9 October 2019 Technical Programme

WePoS-29.7

Manipulation of Acoustic Focusing with FZP Transducer Xia, Xiangxiang (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al.

WePoS-30 TTT-P: Therapeutic Transducers and Systems Chair: Yuan, Jian Ren ALS Shanghai WePoS-30.1

Development of Novel Tough Hydrophone with Sensor Head with Hydrothermally PZT Film Deposited on the Back Surface of Titanium Conical Front Plate Kaise, Fujimaru (Toin University of Yokohama) et al. WePoS-30.2

Skinless Ultrasound Micro Needle Transducer for Simultaneous Localized Brain Stimulation and Optical Measurement In-Vivo Choi, Taewon (Sungkyunkwan University) et al. WePoS-30.3

A Dual-Mode Linear Array for Imaging Guided Stent Thrombosis Treatment Su, Min (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. WePoS-30.4

A Flexible Array Transducer for Noninvasive Ultrasonic Retinal Stimulation: A Simulation Study Yu, Yanyan (Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences) et al. WePoS-30.5

Robust and Miniaturized Optoacoustic Lenses with High Damage Threshold for Pulsed Cavitational Therapy Sang, Pilgyu (Sungkyunkwan University) et al. WePoS-30.6

Design and Characterization of Miniature Power Ultrasonic Surgical Devices Li, Xuan (University of Glasgow) et al. WePoS-30.7

An Evolutionary Algorithm Approach for Optimized Design of Spherically Shaped Therapeutic Phased Array Transducers Liu, Jingfei (Georgia Institute of Technology) et al.

IEEE IUS 2019 – 149 Hall 2 – Exhibition Floor Plan

9 8 7 6 5 4

10 11 12 13 14 20 19 18 17 16 15 Registration Competition Student Paper

Catering Catering 1 Posters Area

2 Catering 21 22 23 24 25 3 29 28 27 26 Catering

POSTERS

Catering Catering Catering

Name Stand NAME STAND Acertara Acoustic Laboratories 5 NPL 6 Advanced Modular Systems, Inc. 16 Onda Corporation 19 Advanced OEM Solutions 29 OnScale 14 Cephasonics 13 PI Physik Instrumente GmbH 17 Daxsonics Ultrasound 27 Polytec 22 Electronics & Innovation 11 Precision Acoustics 7 Focused Ultrasound Foundation 26 ProbeHunter 18 Fraunhofer IBMT 25 scia Systems 21 FujiFilm VisualSonics, Inc. 28 Shanghai Acoustic Life Science Co., Ltd. 8 GAMPT mbH 12 Sonic Concepts, Inc. 2 IEEE UFFC-S 4 S-Sharp Corporation 9 Imasonic 20 us4us 15 Innovia Materials 10 Verasonics 1 MEGGITT A/S 24 Vermon 3 Novosound 23

150 – IEEE IUS 2019 SPONSORS & EXHIBITORS

Sponsors and Exhibitors

Gold Sponsor

Verasonics – Stand 1

Verasonics designs and sells leading-edge Vantage ultrasound research systems for academic and commercial investigators. These real-time, software- based, programmable ultrasound systems accelerate research by providing unsurpassed speed and control to simplify the data collection and analysis process. With unparalleled flexibility, Vantage simplifies the acquisition and analysis of acoustic data to advance research and development. The mission of Verasonics is to deliver increasingly advanced and versatile tools to our customers, enabling them to develop new algorithms and products that elevate ultrasound techniques in biomedical ultrasound, materials science, earth sciences, physics of acoustics, and more. www. verasonics.com

Silver Sponsors

Fraunhofer IBMT – Stand 25

With its structure, starting with theoretical observations in application-specific simulations, transducer development and modular ultrasound systems including innovative software solutions, right up to signal processing, the main department Ultrasound of the Fraunhofer IBMT covers the whole range of competences for system solutions in medical, biotechnological and technical applications. With more than 40 members of staff in three business areas, and five highly specialized working groups, it is the largest ultrasound research unit in Europe. www.ultrasound.fraunhofer.de

OnScale – Stand 14

OnScale, the leader in Cloud Engineering Simulation, empowers engineers to accelerate innovation across multiple industries, including next-generation technologies such as MEMS, Semiconductor, 5G, Biomedicine, and Autonomous Vehicles. OnScale combines powerful multiphysics solver technology used and validated by Fortune 50 companies for over 30 years, with the limitless speed and flexibility of cloud High Performance Computing (HPC). By removing the constraints of legacy simulation tools, OnScale allows engineers to dramatically reduce cost, risk and time to market for cutting edge technologies. www.onscale.com

IEEE IUS 2019 – 151 Bronze Sponsors

Advanced Modular Systems, Inc. – Stand 16

Advanced Modular Systems, Inc. (known as AMSystems, or AMS, Inc.) is a world leader in manufacturing of deposition systems for Piezoelectric AlN and AlScN thin films as well thickness and frequency trimming/tuning used in FBAR/ BAW/SAW and other wireless applications. AMS focuses on simplicity of design to deliver economical and reliable systems with small footprint. www.amssb.com

Cephasonics – Stand 13

Cephasonics provides precision real-time ultrasound systems for research, product development and embedded OEM applications. Comprehensive AI-enabled open software tools and turnkey high-performance ultrasound systems that support up to 4096 channels. Perfect for RF channel data and beamforming applications as well as supporting ultrasound modalities for research, medical and industrial applications. www.cephasonics.com

Focused Ultrasound Foundation – Stand 26

The Focused Ultrasound Foundation is a medical technology research, education, and advocacy organization dedicated to improving the lives of millions by accelerating the development and adoption of focused ultrasound. The Foundation works to clear the path to global adoption by organizing and funding research, fostering collaboration, and raising awareness. www.fusfoundation.org

Imasonic – Stand 20

IMASONIC designs and manufactures high-performance ultrasonic transducers for Health (including special solutions for Photoacoustic Imaging and therapeutic applications) and Non-Destructive Testing applications from 30 years. Using our proprietary piezocomposite technology, any type of transducer can be developed based on customer’s requirements, from single element to Phased Array transducers www.imasonic.com

152 – IEEE IUS 2019 SPONSORS & EXHIBITORS

MEGGITT A/S – Stand 24

60 years of experience in manufacturing high quality piezoelectric ceramics. Meggitt A/S aims at providing materials and components with the highest possible reproducibility of properties and parameters, and to obtain the lowest aging rates in the industry. This strategy enables customers to optimize design and improve performance and production flow. www.meggitt.com

PI Physik Instrumente GmbH – Stand 17

PI Ceramic develop and manufacture piezoelectric based technology used in demanding applications including in medical devices, fluidics, ultrasonic measuring and smart metering. We can customise OEM solutions for sensor or actuator applications from prototype to series volumes including integration of piezo elements in to mechanical assemblies www.physikinstrumente.co.uk

Polytec – Stand 22

Polytec’s innovative, non-contact optical metrology enables the systematic testing of dynamic mechanical response of ultrasonic transducers, devices and components. The applications range from the development of MEMS-based transducers, over micro-acoustic resonators, filters and sensors to ultrasonic tools for medical and industrial applications. Benefits are the ease of use, fast measurements with resolution in the sub-picometer range and frequency bandwidth up to the GHz regime. In addition our high-resolution 3D surface metrology option reveals all important details of the (micro) topography of your sample. www.polytec.com

ProbeHunter – Stand 18

The ProbeHunter Team develops adapters to ultrasound research platforms; Verasonics, Cephasonics, US4US. The ProbeHunter test system validates the performance of an ultrasound probe in real time, all leading brands. Easy to use to get a quick “Go or No Go”! Made in Sweden. “With Patient Safety in focus” www.probehunter.com

IEEE IUS 2019 – 153 Sonic Concepts, Inc. – Stand 2

Sonic Concepts, Inc. manufactures high-power, wide-bandwidth ultrasound transducers and related equipment. SCI supplies single- or multi-element transducers, as well as annular, linear, and 2D arrays, transmit electronics, passive cavitation detectors, high-intensity hydrophones, radiation force balances, water degassing equipment, and more. SCI supports customer orders from initial prototyping into full-scale production. www.sonicconcepts.com

us4us – Stand 15

us4us Ltd. is offering: a family of fully programmable ultrasound research platforms with raw RF acquisition and software beamforming on GPUs; OEM ultrasound solutions optimized for Point-of-Care applications with Software Defined Ultrasound on low-power GPUs; consulting, R&D, and ultrasound system development. www.us4us.eu

Vermon – Stand 3

Vermon is leading the development and industrialization of 1-3 piezoelectric composite technology to produce state of the art ultrasound transducers. Vermon’s commitment is to design and manufacture advanced transducers and arrays to support its customer’s innovative ultrasound diagnostic modalities while strengthening their long term market position with superior ultrasound imaging performances. www.vermon.com

154 – IEEE IUS 2019 SPONSORS & EXHIBITORS

Exhibitors

IEEE IUS 2019 – 155 Author Index

A ...... TuPoS-04.9 Arunachalam, Kavitha...... TuPoS-14.9 ...... WePoS-04.8 Arvanitis, Costas...... MoPoS-16.1 Allard, Louise...... MoA10.4 ...... WePoS-04.4 Aalen, John M...... TuPoS-08.2 ...... WeH1.2 Asada, Takaaki...... MoPoS-30.3 Aanes, Magne...... TuPoS-20.7 ...... WeI1.3 ...... WePoS-28.1 Aasjord, Else-Marie...... TuPoS-26.16 Allen, Christine J...... WeK2.1 Asakawa, Shiori...... MoPoS-26.1 Abbasi, Muhammad Awais...... WePoS-28.12 Allevato, Gianni...... MoB6.4 Askari, Meisam...... WePoS-25.3 Abbott, Ben...... TuG6 ...... MoSPS.8 Asquier, Nicolas...... WePoS-06.1 Abdel-Azim, Hisham...... MoC7.3 ...... TuF7.2 Assmann, Walter...... MoB6.3 Abdel-Azim, Nour...... MoC7.3 Alonso Serra, Juan...... WeI7.2 Astié, Vincent...... TuF6.3 Abdelmejeed, Mamdouh...... MoSPS.12 Alpizar, Scott...... TuF3.6 Astolfi, Lorenzo...... WePoS-25.3 ...... TuE6.1 Alshamlan, Nayef...... WeJ5.6 Atalar, Abdullah...... MoPoS-28.5 ...... WeI6.2 Alshaya, Abdulrhman...... MoPoS-12.4 ...... MoPoS-28.9 Abedi, Mohamad...... TuE3.2 Altayara, Abdullah...... WePoS-27.8 Atwell, Thomas...... MoSPS.6 Abenojar, Eric Chua...... MoC5.2 Altman, Michael...... WePoS-18.2 ...... WeH1.6 ...... MoPoS-05.4 Alvarez, Alexander...... TuPoS-08.3 Au, Jason...... MoB4.2 ...... TuD3.5 ...... WeJ3.3 ...... WeI5.1 ...... WePoS-06.4 ...... WeJ3.5 Aubert, Thierry...... MoPoS-26.3 Acconcia, Christopher...... TuE3.3 Amador, Carolina...... MoSPS.6 Aubry, Alexandre...... TuPoS-20.9 Achim, Alin...... TuF8.4 ...... TuD2.3 ...... WeI8.2 Acid, Souad...... WeI1.2 ...... WeH1.6 ...... WeJ1.2 Adam, Dan...... MoA3.4 Amate, Marie...... MoPoS-02.6 Audigier, Chloe...... MoPoS-15.7 ...... MoPoS-11.5 Ambacher, Oliver...... MoPoS-27.2 Aurup, Christian...... TuF3.5 Adams, Chris...... WeK2.5 ...... WePoS-27.8 Austeng, Andreas...... TuD5.4 Addison, Robert...... WePoS-19 Ament, Christoph...... MoPoS-23.3 Avdal, Jørgen...... MoPoS-03.5 Adelegan, Oluwafemi J...... MoB6.5 Aminot, Antoine...... MoPoS-30.2 ...... WePoS-03.1 ...... TuG4.5 ...... WePoS-08.5 ...... WePoS-03.6 Adler, Omri...... MoPoS-11.5 Amoroso, Lorena...... WePoS-28.8 Averkiou, Michalakis...... TuF2.4 Adusei Agyemang, Alex...... TuPoS-12.1 An, Jian...... MoC4.3 ...... TuPoS-15.1 Afanasiev, Michael...... WeH6.1 ...... TuE6.6 ...... WeH2.3 Aglyamov, Salavat...... MoPoS-07.4 ...... WePoS-15.2 Ayes, Armando...... MoB9.1 ...... WePoS-08.1 ...... WePoS-10.4 ...... MoPoS-27.7 Agnollitto, Paulo...... MoPoS-14.6 Anand, Keerthi...... WePoS-08.7 ...... MoPoS-27.9 Agou, Pauline...... TuPoS-17.4 Andersen, Kenneth Kirkeng...... TuPoS-26.16 Azuma, Takashi...... MoB3.6 ...... WePoS-18.6 Andersen, Richard...... MoB4.5 ...... MoPoS-11.7 Agrawal, Sumit...... MoSPS.17 Andersen, Sofie Bech...... TuF5.3 ...... WePoS-11.6 ...... TuF4.2 ...... TuG1.5 Ahmad, Waleed...... MoPoS-15.1 Anderson, Tom...... MoPoS-18.7 Ahmed, Rifat...... MoB10.5 B ...... TuPoS-10.9 ...... MoPoS-08.1 Andersson, Carl...... TuD6.3 ...... TuD2.2 Baac, Hyoung Won...... WePoS-30.5 Andersson, Roger...... WePoS-14.1 ...... TuD2.6 ...... WePoS-24.7 Andre, Michael...... WeH1.1 Ahrens, Jens...... TuD6.3 ...... WePoS-28.12 Andreev, Valeriy...... MoPoS-17.4 Aichele, Johannes...... MoA10.5 Bachasson, Damien...... TuE2.3 Ansari, Azadeh...... TuPoS-24.2 Aicheler, Markus...... MoC11.5 Bachawal, Sunitha...... MoA1.1 Anthony, Brian...... WeI2.1 Aigner, Robert...... MoA8.2 Bacou, Marion...... TuF2.6 Anthony, Gregory...... TuPoS-16.2 ...... MoA8.3 Bader, Kenneth...... TuPoS-16.2 Antonio, Gliozzi...... MoB7.3 ...... TuPoS-24.7 Bae, Hyeon-Min...... MoPoS-09.2 ...... MoPoS-24.3 ...... TuPoS-24.8 Bae, Sua...... WePoS-07.6 Anzinger, Sebastian...... WePoS-26.2 ...... WeK6 Baffa, Oswaldo...... WePoS-09.4 Apostolakis, Iason Zacharias...... MoC4.4 ...... WePoS-27.5 Bai, Chen...... WePoS-03.7 ...... TuE5.5 Ajima, Daisuke...... MoPoS-26.2 Bai, Long...... TuG7.2 ...... WeI8.6 Akbar, Haroon Ali...... WePoS-11.7 Baik, Jin Woo...... TuE8.2 Aptel, Florent...... TuPoS-09.7 Akbari, Abolfazl...... WePoS-29.3 Bain, James...... TuPoS-04.10 Arakawa, Mototaka...... MoA5.3 Akita, Shinsuke...... TuPoS-14.2 Bakaric, Marina...... TuE6.3 ...... MoPoS-10.4 Al-Hussayen, Anas...... WeJ5.6 Baker, Christian Robert Nicho- TuG5.6 ...... TuPoS-08.4 las...... Albelda Gimeno, Lucia...... MoPoS-16.4 Aravalli, Rajagopal N...... MoPoS-09.8 Bakhtiari, Sasan...... MoPoS-22.1 Albinsson, John...... WePoS-12.3 Arbabian, Amin...... MoPoS-31.5 ...... MoPoS-22.2 Aldiabat, Hasan...... MoPoS-09.8 ...... WeI7.3 Bakkes, Tom...... TuF8.1 Alexiou, Christoph...... TuPoS-08.1 ...... WeI4.1 Balcerzak, Andrzej...... TuPoS-22.5 Alff, Lambert...... MoB6.4 Arditi, Marcel...... MoPoS-09.5 Baldwin, Mitch...... WePoS-17.7 Ali, Mir...... TuE1.5 Arévalo Garcia, Alicia...... WeJ8.2 Balé, Antoine...... MoA6.3 ...... TuG8.6 Aristizabal, Sara...... MoSPS.6 ...... WePoS-28.3 Ali, Rehman...... TuE5.2 ...... TuD2.3 Balogun, Oluwaseyi...... MoSPS.7 ...... WeI8.3 ...... WeH1.6 ...... WeK7 Ali, Ziad...... MoSPS.16 Aristizable, Orlando...... MoA3.3 ...... WeK7.1 ...... TuG4.2 Arkan, Evren Fatih...... MoB6.1 Bamber, Jeffrey...... MoC1.1 Ali, Zorgani...... MoPoS-08.7 ...... MoPoS-28.2 ...... MoPoS-12.6 ...... TuPoS-09.7 Arnold, Walter...... TuD7.5 ...... TuD8.6 ...... WeJ3.6 Aron Badin, Romina...... TuPoS-17.4 ...... TuPoS-17.3 ...... WePoS-09.1 Arsalani, Saeideh...... WePoS-09.4 ...... WePoS-16.2 Alison, Marianne...... WeK3.1 Arsalani, Soudabe...... WePoS-09.4 ...... WePoS-05.4 Alizad, Azra...... MoB4.3

156 – IEEE IUS 2019 AUTHOR INDEX

Banquart, Aline...... MoPoS-31.2 ...... MoPoS-13.3 ...... WeH2.6 Bantignies, Claire...... MoA6.3 Benlloch, José María...... WePoS-16.4 ...... WeK5.2 Bao, Feihong...... TuPoS-25.4 ...... WePoS-18.5 Boonruang, Arjin...... TuPoS-26.3 ...... TuPoS-25.5 Benninger, Richard...... TuPoS-05.1 Borden, Mark...... MoA1.3 Bao, Jingfu...... MoB8.2 Benoit, Robert...... MoSPS.17 ...... MoB5.1 ...... TuPoS-25.4 ...... TuF4.2 ...... MoSPS.3 ...... TuPoS-25.5 Bentahar, Mourad...... MoB7.3 ...... TuF2 ...... TuPoS-25.9 ...... MoPoS-24.3 ...... TuF2.1 Baque, Francois...... MoA9.1 Béra, Jean-Christophe...... TuF1.2 ...... TuF2.2 Bar-Zion, Avinoam...... TuD3.6 Berer, Thomas...... TuPoS-24.9 ...... TuPoS-05.1 ...... TuE3.2 ...... WeI6.4 Borodina, Irina...... MoPoS-19.2 ...... TuG1.1 Bergel, Antoine...... MoC4.1 ...... MoPoS-21.5 Baranger, Jerome...... WeK3.1 Berggren, Johanna...... WePoS-12.3 ...... MoPoS-21.8 Bareikis, Regimantas...... TuPoS-26.14 Bernal, Miguel...... WeH8.4 Borodinas, Sergejus...... TuPoS-26.14 Barfknecht, Andrew...... MoA8.5 Bernard, Olivier...... MoA3.1 Borta-Boyon, Ana...... MoA6.3 Bargiel, Sylwester...... WePoS-25.2 ...... MoPoS-11 Borup, David...... TuE1.3 Barlage, Douglas...... MoPoS-28.6 ...... TuF8.6 Borzi, Aurelio...... MoA8.4 Barniol, Nuria...... MoC6.2 Bernassau, Anne...... MoC7.1 Bosch, J.G...... MoB4.1 Barr, Richard...... MoB10.2 Bernhardt, George...... MoPoS-27.7 ...... MoB10.3 Barragan, Andres...... WeJ3.3 Berthon, Beatrice...... MoC4.1 ...... TuPoS-01.1 ...... WeJ3.5 ...... TuPoS-04 ...... WeJ3.2 Barrere, Victor...... MoPoS-15.2 Bertucchi, Michael...... MoA8.4 ...... WeJ4.5 ...... MoPoS-15.5 Bessière, Francis...... WeJ3.6 ...... WeJ8.3 ...... WeH1.3 ...... WePoS-23.6 ...... WeJ8.4 ...... WeK2.4 Betting, Fabienne...... WeJ2.4 Bose, Rajendran...... MoA1.1 ...... WePoS-09.3 Beurskens, Robert...... TuE3.1 Bottenus, Nick...... MoB10.6 Bartasyte, Ausrine...... TuF6.3 ...... WeJ4.5 ...... MoPoS-01 Barth, Stephan...... MoPoS-27.8 Beuve, Steve...... MoB10.1 ...... TuE5.2 Barthelemy, Chloe...... MoPoS-10.6 ...... TuPoS-09.1 ...... TuE5.3 ...... TuPoS-09.1 Beyssen, Denis...... MoSPS.11 ...... TuF1.4 Bartoli, Florian...... MoPoS-26.3 ...... WePoS-25.1 ...... TuPoS-02.4 Bartzsch, Hagen...... MoPoS-27.8 Bézy, Stéphanie...... WeK5.3 Bou Matar, Olivier...... WePoS-26.4 Basarab, Adrian...... MoA3 Bharatula, Lakshmi Deepika...... TuPoS-15.2 Bouakaz, Ayache...... MoC3.3 ...... MoA3.2 Bhatt, Manish...... MoA10.4 ...... MoC7.2 ...... MoPoS-10.6 ...... WeH1.2 ...... MoPoS-17.2 ...... TuF8.4 Bhave, Sunil...... WeI6 ...... MoSPS.4 ...... TuPoS-09.1 Bian, Tianyuan...... WeH5.6 ...... TuF3.1 ...... WeJ5.5 Biele, Markus...... MoPoS-13.3 ...... TuPoS-15.3 ...... WePoS-10.1 Bielecki, Peter...... TuG3.4 ...... TuPoS-06.7 ...... WePoS-15.4 Bikdash, M...... TuPoS-04.10 ...... WeH5.3 Basavarajappa, Lokesh...... MoPoS-08.8 Billard, Christophe...... MoA8.4 ...... WeI3 ...... MoPoS-08.8 Billen, Margo...... TuF4.3 ...... WeJ2.2 ...... WePoS-18.1 Bioucas-Dias, Jose...... WePoS-10.1 ...... WePoS-07.3 Baschat, Ahmet...... TuPoS-04.3 Biran, Valérie...... WeK3.1 ...... WePoS-08.3 Basile, Pottier...... MoPoS-08.7 Birer, Alain...... MoPoS-16.2 Bouchan, Thomas Gérard Jordi. WeH6.3 Basilion, James...... MoC5.2 Biswas, Deblina...... WePoS-30.5 Bouchard, Richard...... TuD8.4 Baskaran, Divya...... TuPoS-14.9 Bjåstad, Tore Grüner...... TuE5.4 Boulet, Pascal...... MoPoS-26.3 Basset, Olivier...... MoPoS-05.1 Bjerke, Werner...... WePoS-20.5 Bourdeau, Raymond...... TuD3.1 ...... MoPoS-09.7 Blackman, Rachel...... TuPoS-03.5 Bourguignon, Sébastien...... WeI7.1 ...... TuD5.3 Blackshire, James...... TuD7.3 Bourquin, Chloé...... WeH3.4 ...... WeI5.4 ...... TuG7.3 Bousquet, Marie...... MoA8.4 Basu, Indranil...... WePoS-16.9 Blackwell, John...... TuE1.5 Boutkedjirt, Tarek...... WePoS-20.4 Baud, Olivier...... WeK3.1 ...... TuG8.6 Bouwman, Arthur...... MoPoS-10.2 Bayatpur, Farhad...... WeK6.2 Blanco, Adrian...... TuPoS-26.11 ...... TuPoS-04.5 Beard, Paul...... MoA2.1 Blank, Celine...... TuF8.1 Bovendeerd, Peter...... MoPoS-10.2 Becker, Franz-Josef...... WeH4.5 Blard, Francois...... WeK4.3 Bowen, Dan J...... MoB4.1 Bederman, Ilya...... WePoS-06.4 Blasina, Florencia...... WePoS-20.3 ...... WeJ8.3 Beekers, Ines...... TuE3.1 Bleyl, Ingo...... MoB8.1 ...... WeJ8.4 ...... TuE3.4 Bocoum, Maimouna...... TuPoS-12.5 Box, Gary...... MoC1.1 ...... WePoS-02 Boctor, Emad...... MoPoS-15.7 ...... TuPoS-17.3 Beers, Christopher...... MoPoS-28.4 ...... TuD8.1 Boyes, Aaron...... WeJ4.2 ...... TuG5.3 Boehm, Christian...... WeH6.1 Boyle, Andrew...... WePoS-06.3 ...... WeH3.5 Boehringer, Andrew S...... WeH1.1 Bozec, Laurent...... WePoS-16.2 Beerstecher, Kai...... MoB6.4 Bogner, Andreas...... MoPoS-27.1 Bradley, Paul...... MoB8 Behnke-Parks, William...... TuPoS-05.5 ...... TuPoS-24.1 ...... TuPoS-24.3 Beires, Jorge...... TuPoS-11.6 Bokhari, Sabahat...... MoPoS-07.2 Bradshaw, Angela...... TuPoS-17.2 Belan, Rob...... WePoS-28.11 Bollen, Viktor...... TuPoS-16.2 Bradway, David...... MoPoS-07.1 Belgharbi, Hatim...... WeH3.4 Bolstad, Per Kristian...... TuPoS-26.12 ...... MoPoS-07.6 Bell, David...... TuPoS-05.5 Bonello, Bernard...... MoSPS.11 Braga, Arthur...... TuD7.2 Bell, Muyinatu A. Lediju...... MoA4.3 ...... WePoS-25.1 Brandt, Andreas Hjelm...... MoPoS-03.4 ...... MoC10.1 Bonhomme, Jérémy...... MoSPS.11 Brault, Antoine...... TuG8.2 ...... MoPoS-12.5 ...... WePoS-25.1 ...... WePoS-16.3 ...... TuPoS-11.5 Boni, Enrico...... MoPoS-13 Braz, Guilherme...... MoPoS-14.6 Benane, Yanis Mehdi...... MoPoS-05.1 ...... MoPoS-03.7 Breen, Michael...... MoC8.1 ...... MoPoS-09.7 ...... MoPoS-03.10 Brekke, Pål Haugar...... TuPoS-08.2 Bendjador, Hanna...... TuF1.3 ...... TuPoS-13.1 ...... TuPoS-08.7 Bengtsson, Alexander...... TuE6.2 ...... TuPoS-19.3 Brende, Ole Martin...... TuPoS-20.7 Benini, Luca...... MoA4.4 ...... WeH2.1 Bresler, Yoram...... TuF5.2

IEEE IUS 2019 – 157 Bretthauer, Christian...... WePoS-26.2 C Caughey, Melissa...... MoPoS-08.2 Brice, Angela...... TuE3.6 ...... TuE2.2 Brickson, Leandra...... MoC10.3 C Iuga, Alina...... WePoS-09.5 ...... TuPoS-06.1 Bridal, Lori...... TuD8 Cabane, Hugues...... MoA6.3 ...... WeK3.6 Brieden, Anna...... MoPoS-05.3 Cabral, Matthew...... MoA6.1 Cawley, Peter...... TuG7 Brill, Thilo Michael...... TuPoS-20.6 Cadien, Kenneth Charles...... MoPoS-28.6 ...... WeJ7.5 Bring, Martin...... TuPoS-26.16 Caenen, Annette...... MoB10.6 Cazals, Yves...... TuPoS-03.4 Brizzotti Andrade, Marco Aure- MoC7.1 ...... MoPoS-08.5 Cebrecos, Alejandro...... WePoS-16.4 lio...... WeJ8.3 Cegla, Frederic...... MoPoS-22.8 Brodin, Camille...... WeJ3.1 ...... WeJ8.4 ...... TuPoS-19.1 Brody, Jonathan...... MoPoS-02.1 Cafarelli, Andrea...... TuPoS-17.4 Ceroici, Christopher...... MoPoS-28.6 Brondani Torri, Guilherme...... TuF4.3 Cahill, Lindsay...... TuPoS-04.3 ...... MoSPS.1 Brötz, Johannes...... MoSPS.8 Cai, Feiyan...... MoPoS-23.1 ...... TuD5.1 ...... TuF7.2 ...... MoPoS-21.4 ...... WeH2.5 Broughton-Venner, Jacob, TuPoS-10.8 ...... WeK4.1 James...... MoSPS.10 Certon, Dominique...... MoB6 Brown, Ashley...... WeH5.4 ...... TuD6.5 ...... MoPoS-28.1 Brown, Jemma...... MoPoS-04.1 ...... WeK4.5 ...... TuPoS-26.7 ...... MoPoS-04.2 ...... WePoS-02.3 ...... WePoS-28.3 ...... TuD8.6 ...... WePoS-30.4 Cervenansky, Frederic...... TuF8.6 ...... WeH3.6 ...... WePoS-29.7 Cetrangolo, Gonzalo...... WePoS-20.3 ...... WeI3.1 Cai, Qianqian...... TuE4.6 Chaban, Ievgeniia...... TuE6.4 ...... WeK1.5 Cai, Ruilin...... TuPoS-27.5 ...... WePoS-24.2 ...... WePoS-05.6 ...... WeH2.4 Chabok, Hamid R...... WePoS-29.3 Brown, Jeremy...... MoSPS.1 ...... WeH4.2 Chabot, Bruno...... WePoS-21.1 ...... TuD5.1 ...... WePoS-30.3 Chadda, Romol...... WePoS-19.9 ...... TuPoS-13.4 Cai, Xiran...... MoPoS-14.1 Chakrabarti, Chaitali...... TuPoS-01.3 ...... TuPoS-27.4 Cai, Xiran...... TuD3.4 Chakraborty, Bidisha...... WeK1.2 ...... TuPoS-27.6 Cai, Yiqi...... MoPoS-21.7 Chan, Derek...... MoA10.2 ...... WeH2.5 Calderon Agudo, Oscar...... MoPoS-09.9 ...... MoB10.4 ...... WeJ4.1 Caleap, Mihai...... TuD6.1 ...... TuD2.5 ...... WeK3.2 Callaghan, Lori Ann...... MoA8.1 Chan, Hsien-Jung...... WePoS-17.1 ...... WeK3.4 Callé, Samuel...... MoB10.1 Chandrasekaran, Sandhya...... MoA7.4 ...... WeK4 ...... MoPoS-31.2 Chang, Emily...... TuPoS-06.1 ...... WeK4.1 ...... TuPoS-26.7 ...... TuPoS-04.6 ...... WePoS-13.1 Camarena, Francisco...... WePoS-16.4 ...... TuPoS-04.10 ...... WePoS-28.5 ...... WePoS-18.5 Chang, Jin Ho...... MoPoS-01.4 Brown, Katherine...... MoPoS-08.8 Cambronero, Sophie...... WeK2.2 ...... TuPoS-26.2 ...... TuF5.6 Camelo-Piragua, Sandra...... MoPoS-16.5 ...... TuPoS-27.2 ...... TuPoS-10.1 Cammarata, Sergio...... WeJ2.4 Chang, Su-Youne...... MoB4.3 Brown, Michael...... TuPoS-22.1 Campbell, Nicholas...... TuPoS-13.4 Chang, Ting Chia...... MoPoS-31.5 Brown, Stephen...... MoB7.1 ...... WeK3.4 Chang, Yu...... WeK4.4 Bruce, Matthew...... TuF2.4 Campilho, Aurélio...... TuPoS-11.6 Chang, Yu-Cheng...... WeJ5.3 ...... TuF5 Canon, Francis...... TuG8.2 Chao, Pei-Yu...... WePoS-08.4 ...... TuF5.5 ...... WePoS-16.3 ...... WePoS-08.6 ...... WeH2.3 Cantatore, Eugenio...... TuE4.5 Chapagain, Kamal Raj...... WePoS-20.5 BrÜtt, Cécile...... TuPoS-20.9 Cao, Elodie...... WeJ3.6 Chapelon, Jean-Yves...... TuF3.4 Bual, Nina...... TuPoS-04.7 ...... WePoS-23.6 ...... TuPoS-03.1 Budziszewski, Emily...... TuG3.4 Capineri, Lorenzo...... TuPoS-20.1 ...... WePoS-06.1 Bull, Joseph...... TuG3.6 Carcreff, Ewen...... TuF1.2 Charette, Paul...... MoSPS.11 Bulner, Sharshi...... WeK2.6 ...... WeI7.1 ...... WePoS-25.1 Bureau, Nathalie...... WeI1.2 Cardoletti, Juliette...... MoB6.4 Charfeddine, Mechri...... MoB7.3 Burgess, Mark...... MoA1.2 Cardones, Adela Rambi...... TuE2.5 ...... MoPoS-24.3 ...... MoC3.1 ...... TuF8.3 Chauhan, Vikrant...... MoB8.1 Burkhardt, Anke...... TuPoS-22.4 Caresio, Cristina...... MoA3.6 Chavez, Craig...... MoB9.6 Burns, Dan...... MoB7.1 Carmichael, Christopher...... MoPoS-26.10 ...... TuPoS-22.8 Burns, Peter...... TuF2.4 Carneiro, Antonio...... MoPoS-14.6 Chavignon, Arthur...... WeH3.3 ...... WeI5.3 ...... WeI2.2 Chavrier, Françoise...... WePoS-23.6 Bush, Nigel...... MoC1.1 ...... WePoS-09.4 Chayer, Boris...... MoA10.4 ...... TuPoS-17.3 Carnevale, Claudia...... TuPoS-02.5 ...... TuG5.5 Busselez, Remi...... TuE6.4 ...... WeI3.4 ...... WeH1.2 ...... WePoS-24.2 ...... WeI3.6 ...... WeI1.3 Bustamante Diaz, Leslie Van- MoPoS-14.3 Carpenter, Thomas Michael...... MoPoS-04.5 ...... WeK8.2 essa...... MoPoS-13.7 Chee, Adrian J. Y...... MoA4.1 ...... MoPoS-14.7 ...... TuE4.3 ...... MoPoS-03.2 Butler, Mairead...... MoPoS-18.7 ...... WeI4.5 ...... MoPoS-04.6 Button, Tim...... TuPoS-26.3 ...... WeK2.5 ...... TuD1.3 Byra, Michal...... MoPoS-11.6 Carpentier, Alexandre...... TuF3.4 ...... TuG5.4 Byram, Brett...... MoC10 ...... TuPoS-03.1 ...... WeH2.6 ...... MoC10.2 Carstairs, Harry...... WePoS-15.5 ...... WeI5.1 ...... MoPoS-18.1 Carvalho, Catarina...... TuPoS-11.6 ...... WeK1.4 ...... MoPoS-18.5 Cassella, Cristian...... TuF4.4 ...... WePoS-03.5 ...... TuPoS-13.3 ...... TuF4.6 Chen, Bangtao...... MoA8.6 ...... WePoS-03.4 Cassereau, Didier...... TuE1.1 ...... TuF6.5 ...... WePoS-03.11 Castaneda, Benjamin...... TuG8.1 Castellan, Gaël...... MoA8.4 ...... TuPoS-25.2 Catheline, Sebastien...... TuPoS-18.10 ...... WeI6.3 Cattani, Laura...... TuPoS-11.2 Chen, Changfan...... MoPoS-15.7 Chen, Dong-Dong...... WePoS-29.4

158 – IEEE IUS 2019 AUTHOR INDEX

Chen, Hong...... MoC3.2 Cho, Clifford...... TuG3.1 ...... TuPoS-24.8 ...... MoSPS.2 ...... TuPoS-16.1 ...... WePoS-27.1 Chen, Hong...... TuD2.5 Cho, Seong Hee...... TuE8.2 ...... WePoS-27.5 Chen, Hong...... TuPoS-17 Choi, Jihyeok...... MoB3.2 Collado, Gonzalo...... MoPoS-06.2 ...... WeI2.4 Choi, Min Joo...... TuPoS-10.5 Collins, Graham...... TuD5.2 ...... WePoS-18.2 ...... TuPoS-10.6 ...... WeH2.2 Chen, Hongbo...... TuPoS-09.9 Choi, Taewon...... WePoS-30.2 Company, Miguel...... WePoS-16.4 Chen, Junying...... MoPoS-18.4 Choi, Won Young...... WePoS-24.1 Contescu, Cristian I...... TuPoS-20.2 Chen, Li...... WePoS-27.7 Chopin, Nicolas...... WeK2.4 Conti, Allegra...... TuPoS-17.4 Chen, Long-Qing...... MoA6.1 Chopra, Manisha...... TuE2.2 Contreras, Jessika...... WePoS-18.2 Chen, Mian...... TuPoS-12.6 ...... WeK3.6 Cook, Jason...... TuD8.4 ...... TuPoS-08.8 Chowdhury, Mahmud...... WeK6.3 Cooley, Michaela...... MoPoS-06.4 ...... WePoS-18.4 Chris, Kirkendall...... WeK6.6 Cooper, Jonathan M...... MoB7.2 Chen, Min...... TuF2.5 Christensen-Jeffries, Kirsten...... MoPoS-04.1 ...... MoC9.4 Chen, Pei-Yu...... TuE2.6 ...... MoPoS-04.2 ...... MoPoS-26.9 ...... TuPoS-06.8 ...... TuD8.6 ...... WeH6.4 Chen, Peiran...... MoB4.4 ...... TuPoS-05.4 Corbel, Aurélien...... WeJ2.4 ...... MoPoS-06.3 ...... WeH3.6 Corbett, Richard...... TuD5.5 Chen, Qi...... WeJ1.5 ...... WeI3.1 Cormier, Philippe...... WeH3.4 Chen, Qiyang...... TuG1.4 ...... WeK1.5 Costa, Jim...... MoC8.3 ...... WePoS-04.2 ...... WePoS-07.5 ...... MoC8.4 ...... WePoS-04.3 ...... WePoS-05.6 Couade, Mathieu...... WeI8.2 Chen, Ruimin...... MoA6.4 Christian, Björn...... WePoS-27.8 ...... WeJ1.2 ...... MoC7.3 Christoph, Risser...... MoPoS-13.4 Courtney, Charles...... TuD6 ...... WeI4.4 Christoph, Tim...... MoPoS-27.2 Coutant, Zachary A...... MoB6.5 Chen, Shi-Sheng...... WePoS-17.9 Christopoulos, Vasileios...... MoB4.5 ...... TuG4.5 Chen, Shigao...... TuF5.2 Chuan, Chen...... TuE2.1 Couture, Olivier...... TuPoS-04.2 Chen, Shigao...... TuF5.4 ...... WePoS-03.12 ...... WeH3 Chen, Shigao...... WeH3.2 Chuang, Ho-Chiao...... MoPoS-10.7 ...... WeH3.3 Chen, Shuang...... MoPoS-20.2 Chung, Euisuk...... MoB3.2 ...... WeI3.5 Chen, Shuting...... MoA9.5 Cinthio, Magnus...... MoPoS-12 ...... WeJ3.1 ...... WePoS-21.5 ...... TuE6.2 Cowell, David...... MoA4 Chen, Siping...... TuPoS-12.6 ...... TuG5.2 ...... MoPoS-12.4 ...... TuPoS-27.7 ...... TuPoS-12.1 ...... MoPoS-04.5 ...... TuPoS-08.8 ...... TuPoS-08.5 ...... MoPoS-13.7 ...... WePoS-18.4 ...... WeK5.2 ...... TuE4.3 Chen, Tie...... WePoS-18.4 ...... WePoS-14.1 ...... TuE5.6 Chen, Xin...... MoPoS-17.3 ...... WePoS-12.3 ...... TuPoS-13.5 ...... TuPoS-12.6 Clare, Adam...... WePoS-25.3 ...... WeI4 ...... TuPoS-08.8 Clark, Andrew...... TuPoS-24.2 ...... WeI4.5 ...... WePoS-18.4 Clegg, Harry Robert...... MoPoS-13.7 ...... WeK2.5 Chen, Xuyuan...... MoPoS-29.1 ...... TuE4.3 Cox, Ben...... TuE6.3 Chen, Yan...... WePoS-28.9 ...... WeI4.5 ...... TuPoS-22.1 Chen, Yifan...... MoA9.5 Clement, Marta...... MoPoS-27.4 ...... WePoS-23.1 Chen, Yingna...... MoB2.6 ...... TuPoS-24.6 ...... WePoS-24.3 Chen, Yinran...... TuF8.5 Clementi, Chiara...... TuPoS-20.1 Cox, Ben F...... TuPoS-27.3 ...... WeH8.2 Cleve, Sarah...... TuPoS-05.3 Cox, Karina...... WeH3.6 Chen, Yu...... TuPoS-25.9 Cloutier, Guy...... MoA10.4 Croxford, Anthony...... TuPoS-20.8 Chen, Yuhang...... TuD7.5 ...... TuG5.5 Cubukcu, Arzu...... MoPoS-04.5 Chen, Zeyu...... MoA6.4 ...... WeH1 Cudeiro, Javier...... MoPoS-09.9 ...... WeI4.4 ...... WeH1.2 Cueto, Carlos...... MoPoS-09.9 Chen, Zhanwen...... MoPoS-18.1 ...... WeH1.4 Cui, Hanyin...... TuPoS-22.10 Chen, Zhongping...... MoA6.4 ...... WeH3.4 Cui, Ligang...... MoA5.5 Cheng, Christopher...... MoSPS.17 ...... WeI1.2 Cui, Yaoyao...... TuE4.2 ...... TuF4.2 ...... WeI1.3 ...... TuPoS-04.4 Cheng, Jason Chia-Hsien...... TuPoS-15.6 ...... WeJ1.4 ...... TuPoS-26.6 Cheng, Li...... WePoS-27.9 ...... WeK8.2 ...... TuPoS-27.9 Cheng, Qian...... MoB2.6 ...... WeK8.3 ...... TuPoS-27.10 ...... TuPoS-16.6 Clouzet, Pierre...... TuE1.1 ...... TuPoS-26.13 ...... WeI7.6 Cobus, Laura...... WeI8.2 ...... WeK4 ...... WePoS-12.1 ...... WeJ1.2 ...... WePoS-01.4 Cheng, Wei...... MoC8.2 Cochran, Sandy...... MoSPS.17 ...... WePoS-14.5 chengcheng Liu, Chengcheng... WePoS-12.1 ...... TuF4.2 Cui, Zhiwei...... MoC3.3 ...... TuPoS-26.3 ...... MoSPS.4 ...... WePoS-11.4 ...... TuPoS-27.3 ...... TuF3.1 Cherin, Emmanuel...... MoC5.3 ...... WeJ4.6 Cunitz, Bryan W...... TuF2.4 ...... TuPoS-02.5 ...... WePoS-17.7 ...... WeH8.4 ...... WeI3.4 Cohen, Ira...... WePoS-06.3 Cvijic, Marta...... WeK5.3 Cheyns, David...... TuF4.3 Cohen, Regev...... MoxA4.1 Czarnota, Gregory...... MoC1.4 Chiba, Ko...... MoPoS-14.7 ...... MoxA4.2 Czernuszewicz, Tomasz...... WeK8.4 Chien, Chih-Yen...... MoPoS-10.1 ...... MoPoS-18.2 Chillara, Vamshi...... MoB9.6 ...... TuF5.5 D ...... TuPoS-22.7 ...... TuF1.1 ...... TuPoS-22.8 Coila, Andres...... WeJ1.1 D’Souza, Julia...... TuE3.6 Chintada, Bhaskara Rao...... MoPoS-08.4 ...... WePoS-17.6 Dabin, Lin...... TuD4.3 Chiodarelli, Nicolò...... MoPoS-21.2 Colin, Laurent...... MoA6.3 Daeichin, Verya...... TuE4.1 Chiu, Nai-Hua...... TuPoS-17.1 Collado, Carlos...... MoA8.2 ...... WeH8.5 Chiu, Victoria...... WeI4.4 ...... TuPoS-24.7

IEEE IUS 2019 – 159 ...... WeK3.3 ...... TuPoS-05.6 Dew, Eric...... MoB6.6 Dagesyan, Sarkis...... TuPoS-22.3 ...... WePoS-05.7 Dhir, Teena...... MoPoS-02.1 Dahl, Jeremy...... MoA1.1 de Lepper, Anouk...... WeJ8.1 Dhondt, Aurélie...... MoB4.6 ...... MoA4.2 De Marchi, Luca...... TuPoS-20.5 ...... TuD1.1 ...... MoB4.6 ...... WePoS-22.2 Dhooge, Jan...... TuPoS-11.2 ...... MoC10.3 De Paco, Pedro...... WePoS-27.3 ...... TuPoS-02.6 ...... MoPoS-13.2 ...... WePoS-27.6 ...... WeH2.1 ...... TuD1.1 de Ruijter, Joerik...... TuPoS-12.3 ...... WeH8.2 ...... TuE5.2 ...... TuPoS-09.5 ...... WeJ3.4 ...... WeI8.3 de Zeeuw, Chris...... WeJ3.2 ...... WeK1 Dahlstrand, Ulf...... WePoS-12.3 ...... WePoS-04.1 ...... WeK1.2 Dai, Jidong...... WeJ6 Debieu, Eric...... TuPoS-03.4 ...... WeK5.3 Dai, Katherine...... WePoS-05.7 Dechamp, Jerome...... MoA8.4 ...... WePoS-03.6 Dai, Zhifei...... TuF2.5 Deeba, Farah...... WeJ1.3 Di, Mengqiao...... TuE6.2 Daigle, Ron...... WeH8.4 Deffieux, Thomas...... MoB4.5 Di Bella, Angelo...... MoB7.3 Dalgarno, Paul...... TuPoS-10.9 ...... MoC5.1 Diamantis, Konstantinos...... MoPoS-18.7 Dali, Oma Ben...... MoB6.4 ...... TuF1.3 ...... TuPoS-10.9 ...... WePoS-19.9 ...... WeJ3.1 Dianis, Scott...... TuD2.1 Dallai, Alessandro...... MoPoS-03.7 ...... WeK3.1 Diao, Xianfen...... WePoS-18.4 ...... TuPoS-13.1 Defontaine, Marielle...... TuG8.2 Dickey, Elizabeth...... MoA6.1 Daly, Paul...... MoA7.5 ...... WePoS-16.3 Dickie, Kristopher...... WePoS-06.3 Damien, Garcia...... TuPoS-02.1 Degertekin, F. Levent...... MoB6.1 Diestelhorst, Ryan...... MoPoS-29.3 Dan, Gazit...... TuD3.4 ...... MoPoS-16.1 Dillenseger, Jean-Louis...... WePoS-23.6 Dang, Jie...... WePoS-15.2 ...... MoPoS-28.2 Dimitre, Latev...... TuF4.1 Dangi, Ajay...... MoSPS.17 Dehak, Najim...... MoC10.1 Ding, Anli...... MoPoS-27.2 ...... TuF4.2 Dei, Kazuyuki...... TuPoS-13.3 ...... TuE6 Daniel, Alquier...... MoPoS-28.1 Dekker, James...... WeI6.5 ...... WePoS-27.8 Dargis, Rytis...... TuPoS-24.2 Del Galdo, Giovanni...... WeJ7.2 Ding, Ge...... TuPoS-12.6 Darinskii, Alexander...... MoPoS-26.5 Delachartre, Philippe...... WeK1.6 Ding, Lian...... WePoS-15.2 ...... TuE7.2 Delaney, Lauren...... MoC3.4 Ding, Xiaoyun...... MoB5.1 Darren, Imai...... TuF4.1 ...... WeK2.3 Dinneny, José R...... WeI7.3 DasGupta, Amitava...... TuPoS-25.7 ...... WePoS-07.4 Dirven, Clemens M. F...... WeJ3.2 Daunizeau, Loic...... WeJ3.6 Delanoe, Catherine...... WeK3.1 Dixon, Adam...... TuF2.3 Davaji, Benyamin...... WeI6.2 Delattre, Victor...... TuPoS-09.7 Dixon, Steve...... MoA9.4 Dave, Jaydev...... WePoS-06.3 Delprato, Julien...... MoA8.4 ...... TuPoS-19.2 Davis, Eric...... MoB9.6 DeMarco, J. Kevin...... WeK8.5 Dixon, Steve...... TuPoS-18.4 ...... TuPoS-22.7 Demcenko, Andriejus...... MoB7.2 ...... WeK7.3 ...... TuPoS-22.8 ...... MoC9.4 Dixon, Steve...... WePoS-21.2 Davis, Marguerite...... WePoS-06.3 ...... WeH6.4 Djafari Rouhani, Bahram...... MoSPS.11 Dayton, Paul...... MoPoS-04.4 Demene, Charlie...... MoB4.5 ...... WePoS-25.1 ...... MoPoS-06.5 ...... MoC5.1 Doberstein, Sergei...... MoPoS-26.7 ...... TuPoS-05.1 ...... WeH3.1 Dobie, Gordon...... MoA9.4 ...... TuPoS-02.5 ...... WeH5.1 ...... TuPoS-18.4 ...... TuPoS-04.6 ...... WeK3.1 ...... WePoS-20.1 ...... WeI3.2 Demi, Libertario...... TuPoS-11 Dobruch-Sobczak, TuPoS-14.1 ...... WeI3.4 ...... WeK1.1 Katarzyna...... WeI3.6 ...... WePoS-01.1 ...... TuPoS-14.3 ...... WeJ2.1 DeMiguel-Ramos, Mario...... MoPoS-21.2 Dobrucki, Lawrence TuG1.3 Wawrzyniec...... de Bruijn, Frederik J...... TuF1.1 Demore, Christine...... MoC5.3 Domingo-Roca, Roger...... WePoS-15.1 de Groot, Jurriaan H...... WeK3.3 ...... MoC2.2 Dong, Feihong...... MoC4.3 de Hoop, Hein...... MoPoS-07.3 ...... TuE8.4 ...... MoPoS-19.3 ...... WeI8.4 ...... TuPoS-27.1 Dong, Feng...... WeH7.4 ...... WeK5.4 ...... TuPoS-02.5 Dong, Jinping...... WePoS-03.3 de Jong, Leon...... TuPoS-11.7 ...... WeI3.4 ...... WePoS-03.9 de Jong, Nico...... MoB4.1 ...... WeI3.6 Dong, Wei...... WePoS-02.4 ...... MoB10.3 ...... WeJ4 ...... WePoS-02.5 ...... MoPoS-06.2 ...... WeJ4.2 Dorme, Christian...... WePoS-08.5 ...... TuE3.1 den Toonder, Jaap...... MoPoS-06.3 Dossi, Elena...... TuF3.4 ...... TuE3.4 Dencks, Stefanie...... MoPoS-05.2 Doyley, Marvin...... MoB10.5 ...... TuE4.1 ...... MoPoS-04.3 ...... MoPoS-08.1 ...... TuF7.3 ...... MoPoS-05.3 ...... TuD2 ...... TuPoS-01.1 Deng, Cheri...... MoPoS-23.6 ...... TuD2.2 ...... WeH8.5 Deng, Mingxi...... TuPoS-18.5 ...... TuD2.6 ...... WeJ8.3 Deng, Zhiting...... MoC5.4 Drai, Redouane...... WePoS-20.4 ...... WeJ8.4 Denis de Senneville, WePoS-07.3 Dres, Martin...... TuE2.3 ...... WeK3.3 Baudouin...... Drinkwater, Bruce...... TuG7.2 ...... WePoS-03.2 Deprest, Jan...... TuPoS-11.2 Du, Huarui...... WePoS-10.4 de Korte, Chris...... MoPoS-03.1 Derode, Arnaud...... TuPoS-20.9 Du, Juan...... MoPoS-14.5 ...... TuE2 DeRuiter, Ryan...... MoPoS-04.4 Du, Xuan...... MoC7.2 ...... TuE2.1 ...... WeI3.2 ...... WeJ2.2 ...... TuG8.5 Destrempes, François...... MoA10.4 Du, Xuemin...... MoSPS.10 ...... TuPoS-11.7 ...... WeH1.2 ...... TuD6.5 ...... WePoS-03.12 ...... WeH1.4 ...... WeK4.5 de Lange Davies, Catharina...... MoC1.1 ...... WeI1.2 Du, Yijia...... TuPoS-25.9 ...... TuPoS-17.3 ...... WeI1.3 Du, Zhaodong...... WePoS-04.5 de Leon, Al Christopher...... MoC5.2 ...... WeJ1.4 Duan, Junbo...... WePoS-11.5 ...... MoPoS-06.4 Detwiler, Randy...... TuPoS-06.1 Duan, Xinxing...... TuE3.5 ...... TuD3.5 Devkota, Jagannath...... MoB9.4

160 – IEEE IUS 2019 AUTHOR INDEX

Duan, Xuexin...... MoC9.1 ...... MoB2 ...... TuPoS-03.5 Dubois, Josée...... WeK8.3 ...... MoB5.2 Fang, Xingzhong...... TuPoS-22.9 Ducey-Wysling, Jessica...... MoB4.6 ...... MoB5.4 Faraci, Alessandro...... TuPoS-05.4 ...... TuD1.1 ...... MoPoS-17.1 Faraz, Muhammad...... WePoS-28.12 Duclos, Aroune...... WeI7.1 ...... MoPoS-07.4 Farge, Emmanuel...... WeH5.1 Dujardin, Paul-Armand...... TuG8.2 ...... TuD3.3 Farhadi, Arash...... TuD3.1 ...... WePoS-16.3 ...... TuPoS-12.2 ...... TuD3.6 Dumoux, Marie-Coline...... TuPoS-26.7 ...... WeH8.3 Farrington, Susan...... TuF2.6 ...... TuPoS-26.10 ...... WeJ5.4 Fatemi, Ali...... MoA3.5 Duncan, Neil...... TuD5.5 ...... WePoS-08.1 Fatemi, Mostafa...... MoB4.3 Dunger, Thoralf...... MoPoS-27.5 ...... WePoS-05.3 ...... MoPoS-04 Dunn, Gavin...... MoC3.2 ...... WePoS-30.7 ...... TuPoS-04.9 Dunsby, Christopher...... MoPoS-04.1 Emilie, Franceschini...... MoPoS-15.2 ...... WePoS-04.8 ...... MoPoS-04.2 ...... MoPoS-15.5 Fattinger, Gernot...... TuPoS-24.4 ...... TuD8.6 Emoto, Akira...... MoC11.4 ...... WeI6.4 ...... WeH3.6 Engel, Aaron...... TuPoS-06.3 Fedewa, Russell...... MoA5.2 ...... WeI3.1 Engholm, Mathias...... MoPoS-28.4 ...... MoA5.4 ...... WeK1.5 ...... MoPoS-28.8 Fedorov, Fedor...... MoPoS-21.5 ...... WePoS-05.6 ...... MoPoS-28.11 Feeney, Andrew...... TuPoS-19.2 Düppenbecker, Peter Michael.... MoPoS-13.3 Englbrecht, Franz Siegfried...... MoB6.3 ...... WePoS-21.2 Enhos, Kerem...... MoPoS-28.5 Fehler, Michael...... MoB7.1 Durot, Isabelle...... TuPoS-09.3 Enyedi, Gregory...... MoA8.4 Fei, Chunlong...... TuPoS-27.8 ...... WeH1.5 Erdman, John...... WeH1.1 ...... WePoS-29.4 Dusch, Yannick...... WePoS-26.4 Ergun, Arif Sanli...... WeI4.3 Feil, Niclas Manuel...... MoC11 Dyer, Greg...... MoC8.4 Erin, Sproul...... WeH5.4 ...... WePoS-27.8 Erkamp, Ramon...... TuPoS-06.6 Fekkes, Stein...... MoPoS-03.1 E Erlöv, Tobias...... TuE6.2 ...... WePoS-03.12 ...... TuPoS-12.1 Feld, David...... MoA8.5 Eaton, Kathryn...... WePoS-13.2 ...... TuPoS-08.5 ...... WeK6.2 Ebbini, Emad...... MoPoS-09.8 ...... WeK5.2 Felix, Nicolas...... MoPoS-28 ...... WeH8.6 ...... WePoS-14.1 Feliz, Yazmin...... MoPoS-13.5 ...... WeJ5.6 Ermert, Helmut...... TuPoS-08.1 Felmetsger, Valeriy...... MoPoS-27.4 Eccles, Sue...... TuPoS-17.3 ...... TuPoS-15.5 ...... WePoS-28.6 Eckersley, Robert...... MoPoS-04.1 Ersepke, Thomas...... TuPoS-07.1 Felsted, Amy...... TuG3.1 ...... MoPoS-04.2 ...... TuPoS-07.7 Fendrich, John...... WeK6.5 ...... MoPoS-01.6 ...... WeK5.5 Feng, Feng...... MoPoS-19.3 ...... TuD8.6 Escoffre, Jean-Michel...... WePoS-07.3 ...... TuE6.6 ...... TuG5.6 Espeland, Torvald...... TuF8.6 Feng, Jianxiong...... TuPoS-21.1 ...... TuPoS-05.4 ...... WeJ8.5 Feng, Ting...... MoB2.6 ...... WeH2.1 Espindola, David...... MoA7.4 ...... WePoS-12.1 ...... WeH3.6 ...... MoPoS-04.4 Feng, Xuan...... MoB7.1 ...... WeI3.1 ...... WeI3.6 Feng, Yi...... MoPoS-17.2 ...... WeK1.5 Espinosa, Florian...... TuF8.6 ...... WePoS-02.5 ...... WePoS-01.5 Esposito, Cara...... WePoS-06.3 Fenzi, Neal...... MoB8.4 ...... WePoS-07.5 Etter, Cyril...... MoPoS-09.1 ...... MoC8.3 ...... WePoS-05.6 Evans, Andrew...... MoB1.3 ...... MoC8.4 Edvardsen, Thor...... TuPoS-08.2 Evertsson, Maria...... TuF2.6 ...... TuPoS-25.1 ...... TuPoS-08.7 ...... TuG5.2 Ferin, Guillaume...... TuPoS-26.7 Edwards, Rachel S...... MoA9.4 ...... WePoS-14.1 Fernandes, Donald...... WePoS-05.1 ...... TuPoS-18.4 Ewart, Lynn...... WeH4 Fernandez-Sanchez, Maria WeH5.1 Egan, Thomas...... TuE1.5 ...... WePoS-28.2 Elena...... TuG8.6 Exner, Agata...... MoC1.4 Ferrara, Katherine...... TuD3.2 Egolf, David...... TuPoS-01.4 ...... MoC5.2 ...... TuD3.4 Egoshina, Victoria...... MoPoS-17.4 ...... MoPoS-06.1 ...... WeI4.4 Eisenbrey, John...... MoC3.4 ...... MoPoS-05.4 Ferrera, Vincent...... MoC3.1 ...... MoPoS-02.1 ...... MoPoS-06.4 Fichtner, Andreas...... WeH6.1 ...... TuG2.1 ...... TuD3.5 Filkov, Gleb...... MoPoS-21.5 ...... TuG2.2 ...... TuG3.4 Fincke, Jonathan...... WeI2.1 ...... WeK2.3 ...... TuPoS-05.6 Fingerhut, Nitai...... MoxA4.1 Ekström, Claes...... TuPoS-12.1 ...... WePoS-06.4 Fink, Mathias...... MoPoS-30.2 El Jalbout, Ramy...... WeK8.3 ...... WePoS-05.7 ...... WeI8.2 El Kaffas, Ahmed...... TuPoS-09.3 ...... WeJ1.2 ...... WeH1.5 F ...... WePoS-08.5 El Khoury, Mona...... WeI1.3 Fink, Michael...... TuPoS-08.1 El Naqa, Issam...... TuE1.4 Fadhel, Muhannad...... MoB2.2 ...... TuPoS-15.5 Eldar, Yonina...... MoxA4.2 ...... MoC1.4 Fiorentini, Stefano...... MoA3.5 Eldar, Yonina C...... MoxA4.1 ...... TuD8.5 ...... WePoS-03.1 ...... MoPoS-18.2 Fadnes, Solveig...... MoPoS-10 Firouzi, Kamyar...... TuG4.3 ...... TuF5.5 ...... WeJ8.5 Fischer, Peer...... MoA7.1 ...... TuF1.1 Falanga, Alexandre...... TuF1.2 Fischman, David...... WePoS-06.3 ...... TuG1.1 Fan, Alexander C...... MoA1.3 Fishbein, Grace...... TuPoS-05.6 Ellestad, Sarah...... TuF1.4 Fan, Ching-Hsiang...... TuF3.2 Fisher, Melrose...... TuPoS-06.1 Elmazria, Omar...... MoPoS-26.3 ...... TuPoS-17.1 Fitzgerald, Keith...... MoC3.4 ...... MoPoS-26.4 Fan, Fan...... MoPoS-14.1 Fixsen, Louis...... MoPoS-10.2 El Harake, Jad...... MoPoS-07.2 ...... MoPoS-22.7 ...... WeJ8.1 Emanetoglu, Nuri...... MoPoS-21.1 ...... TuG7.1 Flaherty, Kathleen R...... MoPoS-07.2 Emelianov, Stanislav...... MoA4.5 Fan, Junjie...... TuPoS-27.10 Flament, Julien...... TuPoS-17.4 ...... MoA2.3 Fang, Taolin...... MoC3.4 Flavien, Barcella...... MoPoS-28.1

IEEE IUS 2019 – 161 Fletcher, Stecia-Marie Per- MoA1.4 G Gerald, Harvey...... MoPoS-29.3 petua...... Gerard, Olivier...... MoA3.5 Flint, Katelyn...... MoPoS-07.1 G. Motlagh, Bahareh...... WeJ4.2 Gérardin, Benoit...... TuPoS-20.9 ...... TuF1.4 Gach, H. Michael...... MoSPS.2 Gerber, Scott...... MoPoS-08.1 ...... TuG5.1 ...... WeI2.4 ...... TuD2.2 Floer, Cécile...... MoPoS-26.3 ...... WePoS-18.2 ...... TuD2.6 ...... MoPoS-26.4 Gachagan, Anthony...... MoA9 Gerhardson, Tyler...... MoPoS-16.5 Foiret, Josquin...... TuD3.2 ...... MoA9.4 Germano, Paolo...... WeH7.3 ...... TuD3.4 ...... MoPoS-20.2 Gerstenmayer, Matthieu...... TuPoS-17.4 ...... WeI4.4 ...... MoPoS-22.5 Gesnik, Marc...... MoA10.4 Folz, Jeff...... TuD8.3 ...... TuPoS-26.1 ...... WeH1.2 Fong, Long Hin...... WeK1.5 ...... TuPoS-18.4 ...... WeH3.4 Foo, Wen-Chi...... TuD2.5 ...... TuPoS-18.8 ...... WeJ1.4 Fool, Fabian...... WePoS-03.2 ...... WeJ4.6 Ghanbaja, Jaafar...... MoPoS-26.3 Forbes, Clarissa...... WePoS-19.8 ...... WeK7.4 Ghani, Muhammad Usman...... MoC10.4 Forsberg, Flemming...... MoC3.4 ...... WeK7.5 Ghigo, Nina...... MoPoS-03.6 ...... MoPoS-16 ...... WePoS-19.3 Ghis, Anne...... TuG4 ...... MoPoS-02.1 ...... WePoS-21.3 ...... WeK4.3 ...... TuG2.2 Gachelin, Jérémie...... TuPoS-04.2 Giammarinaro, Bruno...... MoA10.5 ...... TuG2.3 Gades, Anthony...... TuPoS-06.6 ...... WePoS-09.3 ...... TuPoS-09.2 Galbraith, Walter...... WePoS-20.1 Giangrossi, Claudio...... MoPoS-03.7 ...... TuPoS-05.4 Gallego, Nidia C...... TuPoS-20.2 ...... TuPoS-13.1 ...... TuPoS-03.5 Gallippi, Caterina...... MoA6.6 Gibson, Des...... WePoS-28.11 ...... WeK2.3 ...... MoPoS-08.2 Gijsenbergh, Pieter...... TuF4.3 ...... WePoS-06.3 ...... MoPoS-08.6 Giles, Anoja...... MoC1.4 ...... WePoS-07.4 ...... TuE2.2 Gilles, Bruno...... TuF1.2 Forta, Shmuel...... MoB2.3 ...... TuPoS-06.1 Girault, Jean-Marc...... MoPoS-22.4 Fosse, Quentin...... TuE2.3 ...... TuPoS-06.5 ...... WePoS-20.4 Foster, F. Stuart...... TuE8.4 ...... TuPoS-07.6 Glover, Alison...... TuPoS-18.8 ...... TuPoS-27.1 ...... WeK3.6 Go, Dooyoung...... TuPoS-09.8 ...... TuPoS-02.5 ...... WeK8 ...... WeI5.5 ...... WeI3.4 ...... WeK8.4 Goei, Jeffrey S.L...... MoB4.1 ...... WeI3.6 ...... WePoS-08.7 Goel, Leela...... TuPoS-06.5 ...... WeJ4.2 ...... WePoS-03.10 ...... WeJ2.1 Fouladi, Siamak...... MoA8.5 Gamini, Divya...... WeK6.5 Goertz, David...... MoB5.5 Fountas, Petros...... TuPoS-13.5 Gang, Eun Ji...... MoC7.3 ...... MoC5.3 Fouquier, Ana Beatriz...... WeJ2.4 Ganguly, Anutosh...... TuG3.1 ...... TuE3.3 Fournelle, Marc...... WeH4.5 Gao, Chao...... TuPoS-25.6 ...... TuG3.3 Fournier, Joseph...... TuG8.2 Gao, Fei...... MoPoS-12.3 ...... TuPoS-16 ...... WePoS-16.3 ...... WePoS-13.3 ...... WeH4.3 Fox, John...... TuE4.4 ...... WePoS-13.4 ...... WeK2.1 Franceschini, Emilie...... TuPoS-03.4 Gao, Hang...... TuF4.3 ...... WeK2.6 Franzer, Nick...... WePoS-28.11 Gao, Jialiang...... WeJ1.5 Goksel, Orcun...... MoPoS-08 Frassati, Francois...... WeK4.3 Gao, Jianyu...... MoPoS-15.4 ...... MoPoS-08.4 Frazier, Sonya...... TuPoS-17.2 Gao, Junling...... TuPoS-06.7 ...... WeI8.1 Fréderic, Mazen...... MoA8.4 Gao, Li...... TuPoS-21.1 Golatta, Michael...... TuPoS-09.4 Freear, Steven...... MoPoS-12.4 Gao, Liang...... MoA10.6 Gollapudi, Sai Krishna Santosh... MoPoS-26.8 ...... MoPoS-04.5 ...... WeK8.6 Gomez, Alberto...... MoPoS-01.6 ...... MoPoS-13.7 Gao, Liuqing...... MoSPS.15 ...... WePoS-01.5 ...... TuE4.3 ...... WeI6.6 Gomez Alvarez-Arenas, Tomas.. MoPoS-29 ...... TuE5.6 Gao, Qinghua...... TuPoS-22.10 ...... MoPoS-30 ...... TuPoS-07.2 Garcia, Bryant...... MoC8.3 ...... MoPoS-31 ...... TuPoS-13.5 ...... MoC8.4 ...... MoPoS-30.4 ...... WeH2 ...... WeI6.1 ...... TuPoS-26.11 ...... WeI4.5 Garcia, Damien...... MoPoS-08.7 ...... WePoS-28.7 ...... WeK2.5 ...... TuPoS-01.2 ...... WePoS-28.8 ...... WePoS-25.3 ...... WePoS-09.1 Gong, Dongdong...... TuPoS-25.9 Freid, Bradley...... TuG2.3 ...... WePoS-11.2 Gong, Ping...... TuF5.2 Frenz, Martin...... MoPoS-09.1 Garcia-Duitama, Julian...... WeH1.4 ...... TuF5.4 ...... TuE1.2 Garcia-Pastor, David...... MoA8.2 Gong, Songbin...... MoC8.1 Frerot, Alice...... WeK3.1 Gatti, Vittorio...... MoC4.4 ...... MoSPS.15 Friboulet, Denis...... WePoS-11.2 ...... TuPoS-06.4 ...... WeI6.6 Friedman, Zvi...... TuPoS-10.3 Gaudenzi, Fabrizio...... WePoS-21.6 Gongalsky, Maxim...... MoPoS-17.4 Frijlink, Martijn...... TuPoS-20.7 Gazit, Zulma...... TuD3.4 Gonzalez, Eduardo...... MoA4.3 Fritsch, Lionel...... MoPoS-31.2 Ge, Yang...... MoPoS-13.6 González-Arbesú, José M...... TuPoS-24.8 Fu, Yiyang...... WeH2.5 ...... WeH2.4 Gonzalez-Rodriguez, Marta...... TuPoS-24.8 Fuchs, Dieter...... TuG2.4 Gebhard, Wolfgang...... TuD7.1 Goodlin, Brian...... WeK6.3 Fujii, Satoshi...... MoPoS-27.10 Gebhardt, Sylvia...... MoC6 Gorelick, Sergey...... WeI6.5 Fujii, Tatsuya...... MoC11.6 ...... TuPoS-26.9 Gorgey, Sandra...... TuPoS-27.4 Fujii, Yasuhiro...... MoC11.1 Generowicz, Bas...... WeJ3.2 Gossmann, Timo...... WePoS-27.2 Fukase, Akiyo...... MoA5.3 Geng, Yizhe...... TuG3.5 ...... WePoS-27.4 Fukui, Marina...... MoC11.4 ...... TuPoS-16.3 Goswami, Soumya...... MoB10.5 Furuta, Kotaro...... MoPoS-19.1 ...... WePoS-10.6 Goti, Gianluca...... WeI5.4 Fusco, Alessandra...... WePoS-26.2 Gennisson, Jean-Luc...... TuE2.3 Goto, Nobuo...... WePoS-24.6 Fuster, Daniel...... TuPoS-05.4 ...... TuPoS-09.1 Goto, Rei...... WeJ6.3 ...... TuPoS-12.5 ...... WeJ6.6 Genstler, Curtis...... WePoS-02.6 Gotzig, Heinrich...... TuPoS-21.2 George, Benedikt...... TuPoS-15.5 Goudot, Guillaume...... WeJ2.4

162 – IEEE IUS 2019 AUTHOR INDEX

Gouws, Gideon...... WePoS-28.10 ...... WeI7.2 Harmon, Jonah...... TuG3.6 Graham, Delyth...... TuPoS-17.2 ...... WeI7.5 Harpe, Pieter...... TuE4.5 Graham, Michelle...... MoPoS-12.5 ...... WePoS-19.5 Harput, Sevan...... MoPoS-04.1 Gran, Fredrik...... TuG1.5 ...... WePoS-23.5 ...... MoPoS-04.2 Greenhall, John...... MoB9.6 ...... WePoS-23.7 ...... TuD8.6 Gregoire, Jean-Marc...... MoA6.3 ...... WePoS-19.10 ...... WeH2.1 ...... MoPoS-31.2 Hage-Ali, Sami...... MoPoS-26.3 ...... WeH3.6 Gregory, Cynthia...... TuPoS-06.6 ...... MoPoS-26.4 ...... WeI3.1 Gregory, Kenton...... TuPoS-06.6 Hagelauer, Amelie...... MoPoS-27.1 ...... WeK1.5 Greillier, Paul...... WePoS-23.6 ...... TuPoS-24.1 ...... WePoS-05.6 Grenier, Thomas...... TuF8.6 ...... WePoS-27.2 Harris, Paul...... WePoS-28.10 Greve, David W...... MoB9.4 ...... WePoS-27.4 Harrison, Gerard...... TuD2.1 ...... MoC9.3 Hager, Pascal Alexander...... MoA4.4 Hartz, Jequil...... MoPoS-21.1 Greve, Joan...... TuPoS-16.1 ...... MoPoS-13.3 Harvey, Brandon K...... MoA1.3 Griffith, Danielle...... WeK6.3 Haghi, Hossein...... MoPoS-24.2 Hasegawa, Hideyuki...... MoPoS-03.11 Grimal, Quentin...... MoPoS-14.1 ...... MoPoS-24.4 ...... TuF1.5 Grinberg, Assaf...... MoB9.2 ...... TuPoS-05.6 ...... TuG5.2 Grisan, Enrico...... TuD5.5 Hahamovich, Evgeny...... MoB9.2 ...... WeJ3 ...... WeK1.5 ...... TuPoS-13.6 ...... WePoS-17.8 Gritsevich, Maria...... MoPoS-23.2 Hahn-Jose, Thomas...... TuD7.1 Hasegawa, Keisuke...... WePoS-22.1 ...... TuD6.2 Hajnal, Joseph V...... MoPoS-01.6 Hashimoto, Ken-ya...... MoB8.2 ...... TuPoS-18.7 ...... WePoS-01.5 ...... MoC8 ...... TuPoS-18.9 ...... WePoS-07.5 ...... MoSPS.14 ...... WePoS-23.7 Halbach, Alexandre...... TuF4.3 ...... TuG6.3 ...... WePoS-19.10 Hall, Timothy...... TuPoS-16.1 ...... TuG6.4 Groenhuis, Vincent...... TuPoS-11.7 ...... WePoS-18 ...... TuG6.5 Groenli, Thomas...... TuD1.5 Hall, Timothy J...... TuG5.1 ...... WeJ6.3 Grondin, Julien...... MoC4.4 Hallahan, Dennis...... WePoS-18.2 ...... WeK6.1 ...... MoPoS-07.2 Hallam, Kristina...... TuD3.3 Hashimoto, Ryoya...... WePoS-16.8 ...... WeJ8.6 Halpern, Ethan...... TuG2.3 Haugwitz, Christoph...... MoSPS.8 Grosz, Steven...... WePoS-09.2 Hamachi, Kohei...... WePoS-15.3 ...... TuF7.2 Grüner Bjåstad, Tore...... TuPoS-20.7 Hammami, Marwa...... MoPoS-14.1 Haukom, Torjus...... TuPoS-08.6 Grünsteidl, Clemens...... WeI6.4 Hammond, Robert...... MoB8.4 Haupt, Robert...... WeI2.1 Gu, Lei...... WeI4.3 ...... MoC8.3 Havreland, Andreas...... MoPoS-28.4 Gu, Xiaotang...... TuPoS-19.1 ...... MoC8.4 ...... MoPoS-28.8 Guasch, Lluis...... MoPoS-09.9 ...... TuPoS-25.1 ...... MoPoS-28.11 Gubbi, Mardava...... MoA4.3 ...... WeI6.1 Hayashi, Hideki...... MoPoS-06.6 Guha, Chandan...... WePoS-16.9 Hammond, Ryan...... TuF2.4 Hayashi, Junki...... MoPoS-26.1 Guidi, Francesco...... MoPoS-03.10 Han, Aiguo...... WeH1.1 Hazan, Yoav...... MoB9.2 ...... TuF2.2 Han, Chao...... WePoS-19.6 ...... TuE8.6 ...... TuPoS-13.1 ...... WePoS-19.7 He, Chenggong...... MoC8.2 ...... WePoS-01.1 Han, Dan...... TuG3.5 He, Le-Ming...... MoPoS-29.4 Guliy, Olga...... MoPoS-19.2 ...... TuPoS-16.3 He, Qiong...... MoA5.5 Gummadi, Sriharsha...... WeK2.3 ...... WePoS-10.6 ...... MoPoS-18.3 Günther, Paul A...... TuPoS-26.9 Han, Kanghee...... TuPoS-09.8 ...... TuG8.3 Guo, Shifang...... MoC7.2 Han, Meng...... WePoS-08.3 ...... TuPoS-09.6 ...... TuPoS-15.3 Han, Sangheon...... TuD8.4 ...... WeK8.1 ...... WeH5.3 Han, Tao...... MoPoS-02.2 ...... WePoS-04.6 ...... WeJ2.2 ...... MoPoS-02.3 ...... WePoS-04.7 Guo, Shifeng...... MoA9.5 ...... WePoS-26 He, Ran...... TuPoS-11.1 ...... WePoS-21.5 ...... WePoS-06.6 He, Shan...... MoC9.1 Guo, Xuyan...... MoC7.2 ...... WePoS-26.7 He, Shitang...... WePoS-26.9 ...... WeJ2.2 Han, Xiaoli...... TuPoS-20.4 He, Weikai...... TuPoS-21.1 Guo, Yutong...... WePoS-04.4 Han, Zhile...... TuE4.2 He, Youmin...... MoA6.4 Gupta, Ipshita...... TuG2.3 ...... TuPoS-26.6 Healey, Andrew...... MoC1.1 Gussev, Vitalyi...... TuE6.4 ...... TuPoS-26.13 ...... TuPoS-17.3 Gutte Borgwardt, Henrik...... MoPoS-03.4 Hannah, Alexander...... WePoS-02.6 Hegarty, Martin...... WePoS-19.3 Gvindgilia, Georgy...... MoPoS-17.4 Hans-Peter, Wieser, Wieser...... MoB6.3 Heifetz, Alexander...... MoPoS-22.1 Hansen, Hendrik...... MoPoS-03.1 ...... MoPoS-22.2 H ...... TuE2.1 Heikkilä, Jesse...... MoB7.4 ...... TuPoS-11.7 ...... MoB7.6 Habib, Anowarul...... TuPoS-10.2 ...... WePoS-03.12 ...... MoPoS-24.1 Hachiya, Hiroyuki...... WePoS-17.2 Hansen, Kristoffer Lindskov...... MoPoS-03.4 ...... TuPoS-22.2 Hadadian, Yaser...... WeI2.2 ...... TuD1.6 Heiles, Baptiste...... WeH3.3 Haeggström, Edward...... MoB7.4 ...... TuF5.3 ...... WeJ3.1 ...... MoB7.6 ...... TuG1.5 Heinämäki, Jyrki...... WePoS-19.5 ...... MoC11.5 Hantraye, Philippe...... TuPoS-17.4 ...... WePoS-23.5 ...... MoPoS-20.1 Hao, Yayu...... WePoS-04.7 Heinz, Bernd...... WePoS-28.4 ...... MoPoS-24.1 Haouari, Rachid...... TuF4.3 Helander, Petteri...... MoPoS-23.2 ...... MoPoS-23.2 Hara, Motoaki...... WeK6.4 ...... TuD6.2 ...... MoPoS-20.3 Hara, Shinsuke...... WeK6.4 ...... WePoS-19.5 ...... MoPoS-20.5 Harada, Yuki...... MoC11.4 ...... WePoS-23.5 ...... TuD6.2 Harbaoui, Brahim...... MoPoS-03.6 Helariutta, Yrjö...... WeI7.2 ...... TuPoS-22.2 Hardy, Erwan...... WeH3.4 Help-Rinta-Rahko, Hanna...... WeI7.2 ...... TuPoS-21.4 Harhangi, Biswadjiet S...... WePoS-04.1 Hemm-Ode, Simone...... WeH8.5 ...... TuPoS-18.7 Harley, Joel...... MoPoS-20 Henderson, Mélanie...... WeK8.3 ...... TuPoS-18.9 ...... TuG7.5 Hendley, Samuel...... TuPoS-16.2 ...... WeH7.6 ...... WePoS-20

IEEE IUS 2019 – 163 Hendriks, Gijs Adrianus Gerar- TuE2.1 ...... TuPoS-10.1 Hwang, Jae Youn...... TuPoS-11.3 dus Marie...... TuPoS-14.4 Hwang, Juneho...... TuPoS-25.8 ...... WePoS-09 ...... TuPoS-14.7 Hyder, Safeer...... TuPoS-07.2 ...... WePoS-03.12 ...... WePoS-18.1 Hynynen, Kullervo...... MoA1.5 Henke, Contreras...... WePoS-18.2 ...... WePoS-07.2 ...... MoB3.1 Heo, Jeongmin...... WePoS-30.5 ...... WePoS-06.5 ...... MoB5.5 Herbst, Elizabeth...... TuG2.5 Hrebik, Jason...... WePoS-28.11 ...... WeH4.1 Herickhoff, Carl...... MoPoS-13.2 Hsieh, Bao-Yu...... MoC4.2 ...... WeH4.3 Hernandez, Camilo...... WeH7.3 ...... TuPoS-04.8 ...... WeJ4.4 Hernández-Gil, Javier...... TuD8.6 Hsieh, Chiao-Shan...... TuPoS-14.8 ...... WeK2.1 Herrera, Bernard...... TuF4.4 Hsieh, Pei-Ying...... MoPoS-01.1 ...... WeK2.6 ...... TuF4.6 ...... TuPoS-02.3 Hysi, Eno...... MoB2.2 Hertel, Madeleine...... TuPoS-09.4 Hsin Hung, Lin...... TuG7.4 ...... MoC1.4 Hettich, Mike...... WeI6.4 Hu, Bo...... WeH7.5 ...... TuD8.5 Hickok, Noreen...... MoC3.4 ...... WeJ1.5 Hyun, Dongwoon...... MoA4.2 Higgins, Peter...... WePoS-13.2 ...... WePoS-11.4 ...... MoB4.6 Hildisch, Jan...... MoPoS-27.8 ...... WePoS-17.4 ...... MoC10.3 Hill, David...... TuE6.2 Hu, Changhong...... TuD2.1 ...... TuD1.1 Hiltl, Pia-Theresa...... TuPoS-15.5 Hu, Ricky...... WeJ1.3 Hyvönen, Jere...... MoPoS-20.1 Hingot, Vincent...... WeH3.3 Hu, Song...... MoPoS-12.1 ...... MoPoS-20.3 ...... WeJ3.1 Hu, XingRan...... WeK1.2 ...... MoPoS-20.5 Hinrichs, Jan...... MoSPS.8 Hu, Yaxin...... MoPoS-17.3 ...... WeH7.6 ...... TuD7.1 Hu, Yuyang...... TuPoS-08.8 ...... WeI7.2 ...... TuF7.2 Huang, Chengwu...... TuF5.2 ...... WeI7.5 Hiroshi, Kanai...... MoA5.3 ...... TuF5.4 ...... MoPoS-10.4 ...... WeH3.2 I ...... TuPoS-08.4 ...... WeK8.1 Hiroshima, Misaki...... WePoS-01.2 Huang, Chih-Chia...... WePoS-14.7 Ialy-Radio, Nathalie...... WeJ2.4 Hiryu, Shizuko...... MoPoS-30.3 Huang, Chih-Chung...... MoPoS-03.8 Ibáñez, Alberto...... TuPoS-02.2 Hladky, Anne-Christine...... WePoS-28.3 ...... TuE2.6 ...... TuPoS-26.11 Ho, Gabrielle...... TuD3.1 ...... TuPoS-06.8 Ichihashi, Hayato...... WePoS-24.5 Ho, Yi-Ju...... MoPoS-15.6 ...... WePoS-16.1 Ichikawa, Kimiyoshi...... MoPoS-27.10 ...... WeJ2.5 Huang, Chunwang...... MoPoS-02.1 Ichikawa, Yuichi...... TuPoS-18.2 Hoang, Quan V...... TuPoS-14.6 Huang, Da-Ming...... TuG8.4 Ida, Taiichiro...... TuE8.3 Hodnett, Mark...... TuG5.6 Huang, Guoming...... TuPoS-26.8 Idier, Jérôme...... WeI7.1 Hoff, Lars...... TuPoS-26.12 Huang, Hsin...... MoPoS-03.8 Ido, Tetsuya...... WeK6.4 ...... TuPoS-26.16 Huang, Jiaoti...... TuD2.5 Igasaki, Tomohiko...... WePoS-29.5 Hofstetter, Christoph...... TuF2.4 Huang, Jiqing...... MoSPS.10 Ihalainen, Peetu...... MoB7.6 Hogrel, Jean-Yves...... TuE2.3 ...... TuD6.5 ...... MoPoS-24.1 Holger, Hewener...... MoPoS-13.4 ...... WeJ4.3 Ihlow, Alexander...... WeJ7.2 Holland, Christy...... TuE3 ...... WeK4.4 Ihrig, Andreas...... MoPoS-09.3 ...... WeJ2.3 ...... WeK4.5 Ikeda, Teiichiro...... MoPoS-18.6 Hollender, Peter...... MoPoS-07.6 ...... WePoS-14.2 ...... WePoS-01.2 ...... TuPoS-06 Huang, Jixiu...... WePoS-02.4 Ikegawa, Masaya...... MoPoS-14.9 Hollister, Scott...... TuPoS-12.2 ...... WePoS-02.5 Ikushima, Kenji...... TuPoS-18.2 Holmström, Axi...... MoC11.5 Huang, Ouwen...... TuF8.2 Iliev, Filip...... TuPoS-25.1 Holtmannspötter, Markus...... MoPoS-03.4 Huang, Pintong...... MoPoS-04.1 Imai, Ryo...... WePoS-14.6 Honarvar, Mohammad...... TuD2.1 ...... WeH3.6 Imashiro, Chikahiro...... WePoS-29.2 Hong, Jiehan...... TuPoS-27.5 Huang, Runqing...... WeK8.5 Ing, Ros-Kiri...... MoPoS-30.2 Hong, Xiaowei...... MoPoS-23.6 Huang, Sheng-Wen...... TuE5.1 ...... WePoS-08.5 Hongbo, Zhao...... MoPoS-15.1 ...... TuE5.5 Inglis, Scott...... WePoS-15.5 Hopcroft, Matthew...... TuPoS-05.5 Huang, Shuo...... MoPoS-19.3 Ingram, Charles Pier...... WeJ3.5 Hopf, Yannick...... TuPoS-01.1 ...... TuE6.6 Ingram, Marcus...... WePoS-19.3 Hoppa, Michael...... TuF3.6 Huang, Xin...... MoPoS-22.1 Inoue, Shogo...... MoPoS-26 Hossack, John...... MoPoS-12.1 Huang, Yao-Shen...... TuF3.2 ...... WeJ6.4 ...... TuE1 Huang, Yaocai...... TuPoS-27.5 Insana, Michael...... MoB4 ...... TuF2.3 ...... WeH2.4 ...... TuG1.3 ...... TuG2.5 Hubbard, Ryan...... TuG3.1 Iori, Gianluca...... MoPoS-14.5 Hossain, Md Murad...... MoA6.6 ...... TuPoS-16.1 Irie, Takasuke...... MoPoS-01.5 ...... MoPoS-08.2 Huber, Matthew...... TuG5.1 Irving, Daniel...... WePoS-21.6 ...... MoPoS-08.6 Huberfeld, Gilles...... TuF3.4 Ishibashi, Haruka...... TuPoS-18.1 ...... TuPoS-06.1 Hübschen, Gerhard...... TuD7.1 Ishigaki, Yasushi...... MoA5.3 ...... TuPoS-07.6 Huemer, Mario...... TuPoS-10.7 Ishihara, Chizue...... WePoS-01.2 ...... WePoS-03.10 ...... WePoS-26.2 ...... WePoS-11.8 Hosseini, Seyedsina...... MoB9.5 Hughes, David Allan...... WePoS-21.6 Ishii, Takuro...... TuD1.3 Hou, Yaqin...... TuPoS-22.10 ...... WePoS-28.11 ...... TuG5.4 Houhat, Nesrine...... MoPoS-22.4 Hughes, Julie...... WeI2.1 ...... WeI5.1 ...... WePoS-20.4 Huh, Jaeyoung...... MoPoS-18.2 ...... WePoS-16.6 Hourani, Mohamad...... WeJ5.5 ...... WePoS-11.3 Ishizuka, Hiroaki...... MoC11.6 Houthuizen, Patrick...... MoB4.4 Humayun, Mark...... WePoS-30.4 Issa, Naim...... MoSPS.6 ...... MoPoS-10.2 ...... WePoS-04.5 ...... WeH1.6 ...... WeJ8.1 Hunnakko, Joel...... WePoS-19.5 Ito, Hiroyuki...... WeK6.4 Howard Jr., James...... TuE2.2 ...... WePoS-23.5 Ito, Kazuyo...... TuPoS-14.6 ...... WeK3.6 Hunt, Stephen...... TuE3.6 ...... WePoS-16.8 Hoyt, Kenneth...... MoB5.6 Hupa, Leena...... WeH7.6 Ivanytskyy, Oleg...... TuPoS-02.5 ...... TuF5.6 Hutcheon, Jennifer...... WeJ1.3 Ivira, Brice...... WeK6.6 ...... TuG2.1 Hutchins, David...... WePoS-25.3 Ivory, Aoife...... TuE6.3 ...... TuPoS-10 Hvid, Rasmus...... TuD1.4 ...... TuE6.5

164 – IEEE IUS 2019 AUTHOR INDEX

...... TuPoS-12.4 Jiang, Jingfeng...... TuPoS-07.8 Kamimura, Hermes...... TuF3.5 Iwamori, Koji...... MoPoS-10.4 Jiang, Qiuju...... MoC1.2 ...... TuPoS-06.4 Iwamoto, Hideki...... WeJ6.5 ...... WePoS-30.4 Kamimura, Hermes Arytto MoSPS.5 Iwazaki, Hideaki...... TuE8.3 Jiang, Ting...... TuG8.3 Salles...... Iyama, Akihiro...... TuG6.4 Jiang, Tingyi...... TuPoS-04.4 ...... TuPoS-17.4 Iyer, Hrishikesh Thyagarajan...... WePoS-26.3 ...... TuPoS-27.10 ...... WeK5.1 ...... WePoS-14.5 ...... WePoS-18.6 J Jiang, Xiaoning...... MoA6.6 Kamiyama, Naohisa...... WePoS-07.1 ...... TuE4.6 Kanagawa, Izuru...... MoPoS-31.1 J, Bijay...... TuPoS-25.7 ...... TuPoS-27 Kanda, Takefumi...... MoC11.6 Jackson, Joseph...... MoA7.5 ...... TuPoS-26.5 Kang, Eunchul...... WePoS-03.2 ...... WePoS-15.1 ...... WeH4.6 Kang, Haochen...... MoA6.4 Jackson, Ricky...... WeK6.3 ...... WeJ2.1 ...... WeI4.4 Jaeger, Michael...... MoPoS-09.1 Jiang, Xue...... WeH7.5 ...... WePoS-04.5 ...... TuE1.2 ...... WePoS-18.3 Kang, Jeeun...... TuD8.1 Jäger, Axel...... MoB6.4 Jiao, Yang...... TuPoS-04.4 ...... TuD8.2 ...... MoPoS-30.1 ...... WePoS-01.4 Kang, Jinbum...... MoPoS-13.1 ...... MoSPS.8 ...... WePoS-14.5 ...... TuPoS-10.4 ...... TuD7.1 Jiao, Ziyu...... WePoS-10.4 ...... TuPoS-09.8 ...... TuF7.2 Jielin, Xie...... TuF6.5 ...... WeI5.5 Jago, James...... TuD2.1 Jiménez, Noé...... WePoS-16.4 Kang, Ki Chang...... TuPoS-18.6 Jakovljevic, Marko...... MoA4.2 ...... WePoS-18.5 Kang, Lei...... TuPoS-19.2 James, Sheronica...... MoA5.2 Jiménez-Gambín, Sergio...... WePoS-18.5 ...... WePoS-21.2 ...... MoA5.4 Jin, Felix...... TuE2.5 Kang, Myungsoo...... TuPoS-24.3 Jandhyala, Sidhartha...... MoB2.5 ...... TuF8.3 Kang, Sung woo...... MoPoS-01.4 Jang, Jihun...... MoPoS-01.4 Jin, Renfeng...... WePoS-27.7 ...... TuPoS-26.2 Jansson, Tomas...... TuF2.6 Jin, Zhiyang...... TuG2.6 Kano, Koji...... WePoS-26.5 ...... WePoS-14.1 Jin, Zhuang...... WePoS-10.4 Kao, Yu-Chieh...... MoC4.2 Jarosik, Piotr...... MoPoS-11.3 Jing, Bowen...... MoB5.3 ...... TuPoS-04.8 ...... MoPoS-11.6 ...... TuD5.2 Kappler, Steffen...... TuPoS-09.4 Javadi, Yashar...... MoPoS-22.5 ...... TuD5.6 Karabiyik, Yücel...... TuD5.4 ...... WeK7.5 ...... WeH2.2 Karageorgos, Grigorios...... MoC4.4 Javed, Kulsoom...... WePoS-07.2 Jing, Wuming...... TuE8.5 ...... WePoS-16.5 Jaweb, Ben Messaoud...... MoPoS-28.1 Jisha, Vadakkancheril...... TuPoS-12.2 Karakatsani, Maria Eleni...... MoPoS-16.6 Jeganathan, Selva...... TuG3.4 Jo, Janggun...... TuD8.3 Karami, Amin...... MoA7.3 Jeng, Geng-Shi...... MoA2.2 Jodoin, Pierre-Marc...... TuF8.6 Karbalaeisadegh, Yasamin...... WeI1.6 ...... MoB2.4 John, Samuel...... MoB2.3 Karpiouk, Andrei...... MoA4.5 ...... MoPoS-10.1 Johnson, Kennita...... TuPoS-04.6 Karshafian, Raffi...... MoPoS-24.4 ...... MoPoS-12.2 ...... TuPoS-04.10 Karunakaran, Chandra...... MoPoS-15.1 Jensen, Greg...... MoC3.1 Johnson, Laura...... WePoS-13.2 Karuthedath Baby, Cyril...... WePoS-21.4 Jensen, Jorgen Arendt...... MoC4 Jones, Ryan M...... MoB3.1 Karwat, Piotr...... TuPoS-14.1 ...... MoPoS-03.4 ...... WeH4.1 ...... TuPoS-14.3 ...... MoPoS-28.4 Jong, Hayong...... WeI4.4 ...... WePoS-01.3 ...... MoPoS-18.7 Joo, Mingyu...... WePoS-24.7 Kasamatsu, Akifumi...... WeK6.4 ...... MoPoS-28.8 ...... WePoS-28.12 Kashani Ilkhechi, Afshin...... MoB6.6 ...... MoPoS-03.9 Jordan, Tomas...... TuF3.6 ...... MoPoS-28.3 ...... TuD1.2 Jørgensen, Lasse...... TuD1.2 ...... MoPoS-28.6 ...... TuD1.4 Juhrig, André...... TuPoS-22.4 Kasoff, Willard...... WeJ3.3 ...... TuD1.6 ...... TuPoS-26.15 Kassamakov, Ivan...... MoPoS-23.2 ...... TuE7.1 Julien, Ladroue...... MoPoS-28.1 ...... TuD6.2 ...... TuF5.3 Jun, Yasuda...... TuPoS-07.3 ...... TuPoS-22.2 ...... TuG5.3 Jurkonis, Rytis...... WePoS-16.7 Kato, Fumihito...... MoPoS-19.1 ...... TuG1.5 Juskic, Marija...... TuPoS-09.4 ...... WePoS-26.1 ...... TuPoS-13.2 Kavanagh, Kylie...... TuPoS-04.10 ...... TuPoS-10.9 K Kawasaki, Shin-ichiro...... MoC11.6 ...... WeH3.5 Kazemirad, Siavash...... WeH1.4 ...... WeI3.3 Kaarstad Dahl, Sigrid...... TuD1.5 Ke, Han...... WePoS-26.7 Jensen, Patrick Møller...... TuPoS-13.2 Kabbani, Loay...... MoB2.3 Ke, Yabing...... WePoS-27.9 Jeon, Seungwan...... TuE8.2 Kabe, Yoshiro...... MoPoS-27.6 Keijzer, Lana B.H...... MoB4.1 Jeong, Mok Kun...... TuPoS-10.5 Kabinejadian, Foad...... TuG3.6 ...... MoB10.3 ...... TuPoS-10.6 Kaddoura, Tarek...... TuPoS-01.4 ...... WeJ8.3 Jeong, Yongbin...... TuF4.3 Kadel, Svenja...... TuD7.1 ...... WeJ8.4 Ji, Robin...... MoA1.2 Kadota, Michio...... TuG6.1 Kekkonen, Tuukka Oskari...... MoPoS-20.3 ...... MoC3.1 ...... WePoS-27 Keller, Sara...... TuPoS-15.1 ...... MoPoS-16.6 Kadota, Tomoaki...... WePoS-02.1 Kelly, James...... WeH6.5 Ji, Xuanrong...... WePoS-28.9 Kaffes, Caterina...... TuD8.4 Kemiktarak, Utku...... WeK6.2 Jia, Caixia...... MoPoS-02.2 Kaindl, Thomas...... MoPoS-30.1 Kenerson, Heidi...... TuPoS-15.1 ...... MoPoS-02.3 Kaise, Fujimaru...... WePoS-30.1 Kennedy, Jasmine...... WePoS-28.10 Jia, Yana...... WePoS-26.8 Kaitila, Jyrki...... TuPoS-24 Kepa, Michal...... TuD6.4 Jian, John...... TuPoS-20.3 Kajita, Masatoshi...... WeK6.4 Kepler, Christopher...... MoC3.4 Jian, Xiaohua...... TuE4.2 Kakio, Shoji...... MoPoS-26.1 ...... TuPoS-03.5 ...... TuPoS-26.6 ...... MoPoS-27.3 Ketterling, Jeffrey A...... MoA3.3 Jian, Xiqi...... MoPoS-16.3 Kakkad, Vaibhav...... MoPoS-07.1 ...... MoC5 Jiang, Changyun...... MoA9.5 Kakwere, Hamilton...... TuD3.2 ...... TuE8.3 Jiang, Chen...... WeJ1.5 Kalunga, Ronaldo...... MoB6.3 ...... TuG1.2 ...... WePoS-11.4 Kamaya, Aya...... TuPoS-09.3 ...... TuPoS-14.5 Jiang, Daohuai...... WePoS-13.3 ...... WeH1.5 ...... WePoS-07.7 ...... WePoS-13.4 Kamigaki, Takaaki...... MoPoS-31.3 Kevelin, Alicia...... TuG3.1

IEEE IUS 2019 – 165 Kevin, Brenner...... TuG4.3 Kirkebø, Jan Egil...... TuD5.4 Konoma, Chihiro...... MoPoS-26.2 ...... WeI4.3 Kirkin, Vladimir...... MoC1.1 Kontiola, Antti...... MoB7.4 Kevin, Murphy...... TuPoS-10.8 Kirste, Lutz...... MoPoS-27.2 Kooiman, Klazina...... MoPoS-06 Khaing, Zin Z...... TuF2.4 Kishida, Kazuhito...... MoPoS-26.1 ...... TuE3.1 ...... TuF5.5 Kishikawa, Hiroki...... WePoS-24.6 ...... TuE3.4 Khalifa, Yousuf M...... WeH8.3 Kishimoto, Aya...... WePoS-01.2 Kopelman, Raoul...... TuD8.3 Khan, Christopher...... TuPoS-13.3 Kishimoto, Yutaka...... TuG6.5 Koreeda, Akitoshi...... MoC11.1 Khan, Shujaat...... MoPoS-18.2 Kiss, Gabriel...... MoA3.5 Korhummel, Sean...... MoA8.1 ...... WePoS-11.3 ...... TuPoS-08.6 Kortenbout, Anna Jorinde...... MoB10.3 Khan, Talha Masood...... MoPoS-28.9 Kisslo, Joseph...... MoPoS-07.1 Koskela, Julius...... MoB8.4 Khoury, Elise...... MoPoS-10.6 Klami, Arto...... TuPoS-21.4 ...... MoB8.5 ...... TuPoS-09.1 Klap, Tal...... MoA4.2 ...... MoC8.3 Khun Jush, Farnaz...... MoPoS-13.3 Klauber-DeMore, Nancy...... MoPoS-06.5 ...... TuPoS-25.1 Khurana, Aman...... TuPoS-09.3 Klibanov, Alexander...... TuG2.5 ...... WeI6.1 ...... WeH1.5 Klieber, Christoph...... TuE6.4 Kostoglou, Kyriaki...... TuPoS-10.7 Khuri-Yakub, Butrus T...... MoPoS-28.10 ...... TuPoS-20.6 Kothapalli, Sri-Rajasekhar...... MoSPS.17 ...... TuE4.4 ...... TuPoS-18.10 ...... TuF4.2 ...... TuG4.3 ...... WePoS-24.2 Kothawala, Aliarshad...... TuPoS-14.9 ...... WeI7.3 ...... WePoS-28.8 Kotiaho, Tapio...... MoPoS-20.3 ...... WeI4.3 Klimonda, Ziemowit...... MoPoS-11.6 Kotopoulis, Spiros...... MoC1.1 Kiełczyński, Piotr...... TuPoS-22.5 ...... TuPoS-14.1 Kotopoulis, Spiros...... MoPoS-02.1 Kiebert, Florian...... TuE7.2 ...... TuPoS-14.3 Kou, Sitai...... WeH2.3 Kiefer, Daniel Andreas...... TuG7.6 ...... TuPoS-16.5 Kouame, Denis...... MoA3.2 ...... WePoS-22.3 Klock, John...... TuE1.3 ...... MoPoS-10.6 Kierski, Thomas...... WeI3.4 Knight, Anna...... MoB10.6 ...... TuF8.4 ...... WeI3.6 ...... TuE2.5 ...... TuPoS-09.1 Kiezun, Kevin...... TuE3.3 ...... TuF8.3 ...... WeJ5 Kihara, Rui...... TuF6.2 Knott, Samantha...... MoC3.4 ...... WeJ5.5 Kiihamäki, Jyrki...... WeI6.5 Ko, Hung Chih...... MoA1.6 ...... WePoS-15.4 Kijanka, Piotr...... MoA10.3 Kobayashi, Makiko...... MoA9.3 Kouijzer, Joop J.P...... TuE3.4 ...... MoSPS.6 ...... WePoS-29.5 Kouyama, Seiji...... MoPoS-21.3 ...... TuD2.4 Koch, Sandro G...... MoPoS-28.12 Koyama, Daisuke...... MoC11.4 ...... WeH1.6 Kodera, Sayako...... WeJ7.2 Koymen, Hayrettin...... MoPoS-28.5 Kilinc, Mehmet Sait...... MoPoS-16.1 Koekkoek, Bas...... WeJ3.2 ...... MoPoS-28.9 Kim, Chang Soo...... TuD8.4 ...... WePoS-04.1 Kozai, Ryoya...... MoPoS-01.5 Kim, Christine...... WePoS-07.4 Koenig, Joerg...... TuE7.2 Kraft, Michael...... TuF4.5 Kim, Chulhong...... TuE8.2 Kogermann, Karin...... WePoS-19.5 Kranemann, Tim C...... TuPoS-07.1 Kim, Eun...... MoA7.2 ...... WePoS-23.5 ...... TuPoS-07.7 ...... MoPoS-25 Koizumi, Satoshi...... MoPoS-27.10 ...... WeK5.5 ...... MoPoS-23.7 Kolaja, Robert...... TuPoS-02.5 Krenkel, Marcel...... MoPoS-28.12 ...... TuPoS-23 Kolesov, Vladimir...... TuPoS-22.3 Kreuzer, Susanne...... MoA8.3 ...... WePoS-25 Kolios, Michael...... MoA5.1 ...... WeI6.4 Kim, Haemin...... TuPoS-27.2 ...... MoA2 Krieg, Fabian...... WeJ7.2 Kim, Ho-Wuk...... WeH4.6 ...... MoA2.4 ...... WeJ7.4 ...... WeJ2.1 ...... MoB2.2 Krishnamurthi, Ganapathy...... MoPoS-11.2 Kim, Jeesu...... TuPoS-24.3 ...... MoC1.4 Krishnan, Sathiyamoorthy...... WeI2.5 Kim, Jeongeun...... WePoS-16.8 ...... MoPoS-24.2 Kristensen, Alexander Borch...... TuPoS-13.2 Kim, Jeongyeon...... TuPoS-26.17 ...... MoPoS-06.4 Kritly, Léopold...... MoB10.1 Kim, Jh...... TuF8.4 ...... MoPoS-24.4 Kroh, Patrick K...... WeH7.2 Kim, Jin Young...... TuE8.2 ...... TuD8.5 Kröll, Stefan...... TuE6.2 Kim, Jinwoo...... TuPoS-27.2 ...... TuG3.4 Krøvel-Velle Standal, Øyvind...... TuPoS-20.7 Kim, Jinwook...... WeJ2.1 ...... TuPoS-05.6 Kruizinga, Pieter...... WeJ3.2 Kim, Jongbeom...... TuE8.2 ...... WeI2.5 ...... WePoS-04.1 Kim, Kang...... MoB3 ...... WePoS-05.1 Krylov, Victor...... WeK7.2 ...... TuG1.4 ...... WePoS-06.4 Kubelick, Kelsey...... MoA2.3 ...... WePoS-04.2 Kondo, Kengo...... MoPoS-08.3 ...... TuE8 ...... WePoS-04.3 ...... WePoS-12.2 Kubo, Takuya...... WePoS-15.3 Kim, MinWoo...... MoA2.2 Kondo, Toshio...... WePoS-15.3 Kubrusly, Alan...... TuD7.2 ...... MoPoS-12.2 Kondoh, Jun...... WePoS-26.5 ...... WeH7 ...... TuG1.3 Kong, Deqing...... TuPoS-23.1 ...... WeK7.3 Kim, Myeong-Gee...... MoPoS-09.2 Kong, Hanjing...... TuE6.6 ...... WePoS-20.3 Kim, Nye Na...... MoC7.3 ...... WePoS-10.4 Kudo, Masatoshi...... WePoS-10.3 Kim, Pilsu...... WePoS-07.6 Konofagou, Elisa...... MoA1.2 Kudo, Nobuki...... MoPoS-02.4 Kim, Yeongdae...... MoB3.2 ...... MoC3.1 ...... TuPoS-03.6 Kim, Yohan...... TuF5.4 ...... MoC4.4 ...... WePoS-06 Kim, Yong-Mi...... MoC7.3 ...... MoC2.1 ...... WePoS-02.1 Kim, Young Hun...... TuPoS-18.6 ...... MoPoS-07.2 Kugelman, Tara...... MoPoS-16.6 Kimura, Tetsuya...... TuG6.5 ...... MoPoS-16.6 Kühnicke, Elfgard...... TuPoS-22.4 King, Xi...... MoPoS-26.9 ...... MoSPS.5 ...... TuPoS-26.15 Kinn Ekroll, Ingvild...... MoPoS-03.5 ...... TuF3 ...... WePoS-23.3 ...... WePoS-03.1 ...... TuF3.5 Kumar, Akshay...... TuG1.4 Kinoshita, Sarina...... MoC11.2 ...... TuPoS-06.4 Kumar, Ashish...... MoPoS-11.2 ...... MoSPS.13 ...... WeJ8.6 Kuo, Justin...... MoC9.2 ...... TuF6.1 ...... WeK3.5 ...... MoSPS.12 Kirby, Mitchell...... MoA10.6 ...... WeK5.1 ...... TuE6.1 ...... WeK8.6 ...... WePoS-09.5 ...... TuPoS-25.8 Kirchhof, Jan...... WeJ7.2 ...... WePoS-16.5 ...... WeI7.4 ...... WeJ7.4 ...... WePoS-16.9 Kuo, Yu-Hung...... MoA1.6

166 – IEEE IUS 2019 AUTHOR INDEX

...... TuPoS-15.6 Langerman, Jack...... MoA3.3 ...... WePoS-04 Kupnik, Mario...... MoB6.4 Lapierre, Chantale...... WeK8.3 ...... WePoS-03.3 ...... MoC9 Larabi, Zahir...... WeJ2.4 ...... WePoS-03.9 ...... MoPoS-30.1 Lardet-Vieudrin, Frack...... WePoS-25.2 Lee, Yi-Ting...... TuPoS-22.6 ...... MoPoS-28.10 Larin, Kirill...... MoPoS-07.4 Lee-Gosselin, Audrey...... MoC5.1 ...... MoPoS-28.12 ...... WePoS-08.1 ...... TuD3.6 ...... MoSPS.8 Laroche, Nans...... WeI7.1 ...... TuE3.2 ...... TuD7.1 Larrat, Benoît...... TuPoS-17.4 ...... TuG2.6 ...... TuF7.2 ...... WePoS-18.6 LeFevre, Melissa...... MoPoS-07.1 ...... TuPoS-18 Larsen, Niels B...... TuG5.3 ...... TuPoS-02.4 ...... WePoS-19.9 ...... WeH3.5 Legros, Mathieu...... MoPoS-30.2 Kuprenaite, Sabina...... TuF6.3 ...... WeI3.3 Lehrack, Sebastian...... MoB6.3 Kurashina, Yuta...... WePoS-29.2 Larsson, Matilda...... WeK8.5 Lei, Guanghua...... TuG8.3 Kuroda, Chitose...... WeJ7.1 Larsson, Roger...... WeK5.2 Lei, Hao...... TuE1.4 ...... WeJ7.3 Lartizien, Carole...... TuF8.6 Leinan, Paul Roger...... TuD1.5 Kuronen, Antti...... MoPoS-20.3 Lascaud, Julie...... MoB6.3 Lejeune, Agnès...... MoA6.3 Kurosawa, Minoru...... TuPoS-23.1 Laser, Daniel...... TuPoS-05.5 Lemke, Christina...... TuPoS-27.3 ...... WePoS-23 Lashkevich, Elena...... MoPoS-01.2 Lemoine, Thomas...... TuPoS-26.7 ...... WePoS-30.1 Lassila, Petri...... TuPoS-18.9 Lenox, Mark...... TuE1.3 Kurtz, Steven...... MoC3.4 Latham, Katherine...... MoSPS.1 Lesage, Frédéric...... WeH3.4 Kurusingal, Valsala...... MoA6 ...... TuD5.1 Leuthardt, Eric...... MoC3.2 ...... TuPoS-26.4 ...... TuPoS-27.6 Levassort, Franck...... MoA6.3 Kurz, Nicolas...... MoPoS-27.2 ...... WeH2.5 ...... MoPoS-31.2 ...... WePoS-27.8 ...... WeJ4.1 ...... WePoS-29 Kuwae, Hiroyuki...... MoPoS-26.1 ...... WeK4.1 ...... WePoS-28.3 Kuznetsova, Iren...... TuPoS-22.3 ...... WePoS-13.1 Levy, Benjamin...... WePoS-23.4 Kvåle, Kaja...... TuPoS-08.2 Lattwein, Kirby R...... TuE3.4 Levy, Émile...... WeK8.3 ...... TuPoS-08.7 Laude, Vincent...... WePoS-25.2 Lewandowski, Marcin...... MoPoS-11.3 Kvåle, Svein...... MoC1.1 Laugier, Pascal...... MoPoS-14.1 ...... MoPoS-11.6 ...... TuPoS-17.3 ...... MoPoS-22.7 ...... TuPoS-18.3 Kwan, James Jing...... MoC1 ...... TuG7.1 ...... WePoS-17.3 ...... TuPoS-15.2 Laurent, Vecellio...... MoPoS-28.1 ...... WePoS-11.9 Kwiecinski, Wojciech...... WeJ2.4 Laureti, Stefano...... WePoS-25.3 Ley, David...... TuPoS-12.1 Kwon, Nancy...... MoC3.1 Laursen, Kjeld...... MoB9.5 Li, Chao...... TuPoS-22.10 Kwon, Soo Won...... WePoS-24.1 Lavarello, Roberto...... MoSPS.6 Li, Chunqi...... WeK2.5 Kwon, Sung Jae...... TuPoS-10.5 ...... TuG8.1 Li, Dapeng...... MoC3.3 ...... TuPoS-10.6 ...... WeH1.6 ...... MoSPS.4 Kyne, Sean...... TuPoS-06.6 ...... WePoS-17 ...... TuF3.1 Kyoya, Haruki...... TuG6.5 Lavery, Linda...... WePoS-04.2 Li, David...... MoB2.4 Kyungsu, Lee...... TuPoS-11.3 Lay, Holly...... MoSPS.17 ...... MoPoS-10.1 Kyynäräinen, Jukka...... WeI6.5 ...... TuE4 ...... TuPoS-22.6 ...... TuF4.2 ...... WeK8.6 L ...... TuPoS-27.3 ...... WePoS-05.2 ...... TuPoS-02.5 ...... WePoS-05.5 Lachowski, Kacper...... WePoS-05.2 ...... WePoS-14 Li, Di...... TuPoS-27.8 Lad, Robert...... MoB9.1 Lazar, Jack...... TuPoS-06.6 ...... WeI4.4 Ladarre, Delphine...... WeJ2.4 Le, David...... TuPoS-04.6 ...... WePoS-29.4 Lafon, Cyril...... TuPoS-09.7 Le, Lawrence H...... MoPoS-09.4 Li, Fan...... TuPoS-15.4 ...... WeJ3.6 ...... TuPoS-11.4 Li, Fei...... MoA6.1 ...... WePoS-06.1 ...... WeH7.5 Li, Fei...... MoPoS-23.1 ...... WePoS-23.6 ...... WePoS-17.4 ...... MoPoS-21.4 Lagler, Daniel...... WePoS-26.2 Le Calvez, Jean-Luc...... TuPoS-20.6 Li, Fei...... TuD4.3 Lai, Guan-Heng...... MoB3.3 Le Moign, Goulven...... MoA10.5 ...... WeH4.2 Lai, Ting-Yu...... WeH2.3 ...... TuD5.3 Li, Fei...... WePoS-02.3 Laidmäe, Ivo...... WePoS-19.5 Le Van-Jodin, Lucie...... WeK4.3 ...... WePoS-30.3 ...... WePoS-23.5 Le-Anh, Duy...... TuPoS-26.12 Li, Guofeng...... MoC1.2 Lajoinie, Guillaume...... MoPoS-06.2 Lea-Banks, Harriet...... MoA1.5 ...... WeH4.4 Lakra, Praveen Paul...... MoPoS-11.2 Lebeau, James...... MoA6.1 Li, Haoyang...... MoPoS-21.4 Lakshmanan, Anupama...... TuG2.6 LeCarpentier, Frederic...... WePoS-28.10 Li, Hongliang...... TuG5.5 Lal, Amit...... MoC9.2 Leclerc, Sarah...... MoA3.1 ...... WeK8.2 ...... MoSPS.12 ...... TuF8.6 ...... WePoS-27.9 ...... TuE6.1 Ledesma, Eyglis...... MoC6.2 Li, Jensen...... WeI2.3 ...... TuPoS-25.8 Lee, Fred...... TuPoS-16.1 Li, Jincheng...... MoPoS-13.6 ...... WeI6.2 Lee, Geoffrey...... TuPoS-15.5 ...... WeH4.4 ...... WeI7.4 Lee, Gibbeum...... MoPoS-09.2 Li, Jingzhi...... TuPoS-03.5 Lalonde, Lucie...... WeI1.3 Lee, Jeyeon...... MoB4.3 Li, Meng...... TuE6.2 Lam, Kwok-Ho...... WeJ4 Lee, Jooho...... MoPoS-14.8 Li, Meng-Lin...... MoA2.2 Lamata, Pablo...... TuPoS-05.4 Lee, Junsu...... MoPoS-01.4 ...... MoPoS-05 Lambert, William...... WeI8.2 Lee, Keun Hyung...... WeK4.6 ...... MoPoS-05.5 ...... WeJ1.2 Lee, Richard...... MoPoS-06.4 ...... WeJ5.3 Lampsijärvi, Eetu...... MoB7.4 Lee, Sara...... TuPoS-26.17 ...... WeK5.6 ...... TuPoS-22.2 ...... WePoS-07.6 ...... WePoS-14.7 Lan, Feng...... WeK8.1 Lee, Seungjae...... TuPoS-24.3 ...... WePoS-03.8 Lan, Hengrong...... MoPoS-12.3 Lee, Stephen...... MoSPS.5 Li, Ming-Huang...... MoC8.1 ...... WePoS-13.3 ...... TuF3.5 Li, Nan...... MoC4.3 ...... WePoS-13.4 ...... WeK5.1 ...... WePoS-15.2 Landry, Taylor Geneva...... WePoS-13.1 Lee, Wei-Ning...... MoPoS-07.5 Li, Pai-Chi...... MoA1.6 Landry, Thomas...... WeK3.2 ...... WeI5.6 ...... MoB3.3

IEEE IUS 2019 – 167 ...... TuPoS-12 Lin, Qin...... MoPoS-21.4 Liu, Yuan...... WeI1.4 ...... TuPoS-15.6 ...... WePoS-02.3 Liu, Yutong...... WeI7.4 ...... WeH5.5 Lin, Yi...... WeJ4.4 Liu, Ze...... MoPoS-21.6 ...... WePoS-08.4 Lin, Yi-Pei...... TuPoS-04.8 Liu, Zhengxin...... MoPoS-19.3 ...... WePoS-08.6 Lin, Ying-Hsiu...... WePoS-17.9 ...... WePoS-15.2 Li, Peiyang...... TuPoS-27.9 Lin, Yu-Chun...... TuF3.2 Liu, Zhi...... MoA5.5 ...... TuPoS-27.10 ...... TuPoS-17.1 ...... WePoS-04.7 Li, Qunying...... MoPoS-04.1 Lin, Zhengrong...... WeH5.6 Liuyi, Xu...... TuF4.1 ...... WeH3.6 Lindfors, Nina...... WeH7.6 Liyuan, He...... WePoS-14.3 Li, Renyan...... MoPoS-15.3 Lindsey, Brooks...... MoB5.3 Lobo, Julio...... TuD2.1 Li, Ruixin...... TuG3.5 ...... TuD5.2 Lok, U-Wai...... TuF5.2 ...... TuPoS-16.3 ...... TuD5.6 ...... TuF5.4 ...... WePoS-10.6 ...... TuPoS-01 Long, Anne...... MoPoS-03.6 Li, Runze...... MoA6.4 ...... WeH2.2 Long, James...... TuG5.1 ...... WePoS-04.5 Lines, David...... MoPoS-22.5 ...... WeJ5.2 Li, Suoyuan...... TuPoS-27.10 ...... TuPoS-19.2 Long, Nicholas...... TuD8.6 Li, Tao...... TuPoS-21.1 ...... WeJ4.6 Long, Willie...... TuF8.2 Li, Wenqi...... TuPoS-11.2 ...... WeK7.5 ...... TuF1.4 Li, Xiaoniu...... MoPoS-29.2 ...... WePoS-20.1 ...... WeI5.2 ...... TuPoS-23.2 Ling, Bill...... MoC5.1 ...... WeJ5.2 Li, Xiaotong...... TuPoS-26.1 Liou, Hong-Cin...... MoSPS.7 Longi, Krista...... TuPoS-21.4 Li, Xiaoyue...... WePoS-16.9 ...... WeK7.1 Lönn, Lars...... TuD1.6 Li, Xinyi...... MoB8.2 Lipman, Samantha...... TuPoS-06.2 Loomba, Rohit...... WeH1.1 Li, Xinyi...... MoSPS.14 Lipson, Hod...... MoPoS-13.5 Lopata, Richard...... MoA3.6 ...... TuG6.4 Litniewski, Jerzy...... TuPoS-14.1 ...... MoA5 ...... WeK6.1 ...... TuPoS-14.3 ...... MoB2.1 Li, Xuan...... WePoS-30.6 ...... WePoS-16 ...... MoB3.5 Li, Yanglin...... WePoS-06.6 Littmann, Francois...... TuPoS-20.1 ...... MoPoS-10.2 Li, Yanxiu...... TuE8.1 Liu, Bowei...... TuPoS-09.6 ...... MoPoS-07.3 Li, Yapeng...... WePoS-29.6 Liu, Chun...... TuPoS-22.10 ...... MoPoS-09.6 Li, Yifang...... WePoS-17.4 Liu, Dalong...... MoPoS-09.8 ...... TuG5.5 Li, Ying...... WePoS-11.4 Liu, Haibo...... WePoS-29.6 ...... TuPoS-12.3 ...... WePoS-17.4 Liu, Hao...... WeH7.4 ...... TuPoS-09.5 Li, Yong...... MoPoS-21.6 Liu, Hongmei...... MoC5.4 ...... WeI8.4 Li, Yongchuan...... MoSPS.10 Liu, Hsiao-Chuan...... MoC7.3 ...... WeJ8.1 ...... TuD6.5 Liu, Huajun...... MoA9.5 ...... WeK5.4 ...... WeJ4.3 Liu, Ji-Bin...... MoPoS-02.1 Lopez Villaverde, Eduardo...... TuPoS-20.8 ...... WeK4.4 ...... TuPoS-03.5 Loranger, Eric...... WePoS-21.1 ...... WeK4.5 Liu, Jiacheng...... TuPoS-25.4 ...... WePoS-19.2 ...... WePoS-14.2 ...... TuPoS-25.5 Lou, Edmond...... MoPoS-09.4 Li, Yongshuai...... TuPoS-11.1 Liu, Jiamei...... WeJ4.3 ...... TuPoS-09.9 ...... WeI1.4 ...... WeK4.4 Lou, Sijia...... WeH7.5 Li, You...... MoA4.2 ...... WePoS-14.2 Loupas, Thanasis...... WeH2.3 ...... MoB4.6 Liu, Jiansong...... WePoS-27.7 Lovstakken, Lasse...... MoA3.1 ...... TuD1.1 Liu, Jieyu...... TuPoS-25.6 ...... MoPoS-11.1 Li, Yujiao...... TuG3.5 Liu, Jing...... TuF8.5 ...... TuD1.5 ...... TuPoS-16.3 Liu, Jingfei...... MoPoS-07.4 ...... TuF5.1 ...... WePoS-10.6 ...... WePoS-08.1 ...... TuF8.6 Li, Yunfei...... TuPoS-27.7 ...... WePoS-30.7 ...... TuPoS-02.6 Li, Yunqing...... WePoS-11.4 Liu, Jiuling...... WePoS-26.9 ...... WeI5 Li, Zhangjian...... TuPoS-04.4 Liu, Minghua...... WePoS-26.9 ...... WeJ8.5 ...... TuPoS-26.6 Liu, Peilu...... WeK5.4 ...... WePoS-10.2 ...... TuPoS-27.9 Liu, Pengbo...... TuPoS-26.6 ...... WePoS-03.6 ...... TuPoS-27.10 ...... TuPoS-26.13 Lowerison, Matthew...... TuF5.2 ...... TuPoS-26.13 Liu, Rong...... TuPoS-27.5 ...... WeH3.2 ...... WePoS-01.4 ...... WeH2.4 ...... WePoS-10 Li, Zhaoxi...... WePoS-29.4 ...... WeH4.2 Loyet, Raphaël...... WePoS-23.6 Li, Zhenhao...... MoPoS-28.3 ...... WePoS-30.3 Lozar, Roger...... MoPoS-27.2 ...... MoPoS-28.6 Liu, Sai...... MoC5.4 Lu, Jian-yu...... TuPoS-26.5 Liang, Xiaolong...... TuF2.5 Liu, Wei...... MoPoS-29.2 Lu, Jingfeng...... WePoS-11.2 Liang, Yuanhao...... TuPoS-11.1 ...... WePoS-22.4 Lu, Mingzhu...... TuG3.5 Liao, Ai-Ho...... MoPoS-10.7 Liu, Wei-Wen...... MoA1.6 ...... TuPoS-16.3 Liebgott, Herve...... MoxA4.1 ...... TuPoS-15.6 ...... WePoS-10.6 ...... MoA5.6 ...... WeH5.5 Lu, Minhua...... TuPoS-12.6 ...... MoPoS-03.3 Liu, Weijun...... MoC3.2 ...... TuPoS-08.8 ...... MoPoS-03.5 Liu, Weiqiang...... WePoS-14.3 Lu, Ning...... MoPoS-16.5 ...... MoPoS-03.6 Liu, Wen-Juan...... MoPoS-29.4 Lu, Ruochen...... MoC8.1 ...... TuD5.3 Liu, Xiangli...... WeK4.4 ...... MoSPS.15 ...... TuPoS-01.2 Liu, Xiufang...... MoPoS-02.5 ...... WeI6.6 ...... WeI5.4 ...... MoPoS-23.5 Lu, Shao Lun...... TuPoS-15.6 Liew, Weng Heng...... MoA9.5 ...... TuF3.3 Lu, Shukuan...... MoPoS-15.3 Lin, Chun-Hui...... TuG7.4 Liu, Yankun...... WePoS-29.6 Lu, Xiaolin...... WeK6.3 Lin, Haoming...... TuPoS-12.6 Liu, Yanshan...... TuG3.5 Lu, Yuan...... MoPoS-27.2 ...... TuPoS-08.8 ...... TuPoS-16.3 Lucarini, Ivano...... MoPoS-28.13 Lin, Huang-Chen...... TuG7.4 Liu, Yehui...... TuG3.5 Lucas, Margaret...... TuD7.4 ...... TuG8.4 ...... TuPoS-16.3 ...... TuPoS-16.4 ...... WePoS-17.5 Liu, Yong...... TuPoS-26.8 ...... WePoS-30.6 Lin, Junhong...... MoPoS-13.2 Liu, Yu...... WeI4.4 Luchies, Adam...... MoC10.2

168 – IEEE IUS 2019 AUTHOR INDEX

...... MoPoS-18.1 ...... WePoS-07.4 Markley, Eric...... WeI3.2 ...... MoPoS-18.5 Macherey, Olivier...... TuPoS-03.4 Marlevi, David...... WeK8.5 Lucien, Fabrice...... TuF5.4 MacLeod, Charles...... MoA9.4 Marlier, Regis...... MoA9.1 Ludovic, Bellon...... MoPoS-08.7 ...... MoPoS-22.5 Marques, Sónia...... TuPoS-11.6 Lugin, Sergey...... WeJ7.2 ...... TuPoS-18.4 Martin, Eleanor...... MoPoS-16.4 Luijten, Ben...... TuF1.1 ...... WeK7.5 Martin, Keegan...... WeK6.3 Lukas, Brausch...... MoPoS-13.4 ...... WePoS-20.1 Martin, Matthieu...... WeK1.6 Luke, Geoffrey...... MoB2.5 Maconi, Göran...... MoPoS-23.2 Martin, Steven...... MoA8.5 ...... TuF3.6 ...... TuD6.2 Martin Ginel, Alba...... MoPoS-30.4 Lum, Jordan...... MoSPS.3 Mäder, Patrick...... TuPoS-21.2 Martin-Arguedas, Carlos Julian. MoPoS-31.4 ...... TuF2.1 Maeda, Daichi...... MoA9.3 Lundt, Jonathan...... TuPoS-16.1 Maeder-Pachurka, Catherine...... MoA8.4 Martinez, Florian...... MoPoS-09.5 Lungu, Eugen...... WeI1.2 Maev, Roman...... TuG7 Martínez-Graullera, Óscar...... TuPoS-02.2 Luo, Jianwen...... MoA5.5 ...... WePoS-14.4 ...... TuPoS-26.11 ...... MoPoS-18.3 Maeva, Anna...... WePoS-16.2 Martinho, Lucas...... TuD7.2 ...... TuD5 Maeztu Redin, Juan Deyo...... MoPoS-14.1 ...... WePoS-20.3 ...... TuF8.5 Maffett, Rebekah...... WeH2.6 Maruyama, Hitoshi...... WePoS-16.8 ...... TuG8.3 Magenes, Giovanni...... MoPoS-01.2 Marzani, Alessandro...... TuPoS-20.5 ...... TuPoS-09.6 Maglione, Mario...... MoA6.3 ...... WePoS-22.2 ...... WeH8.2 Magruder, Ryan...... MoPoS-29.3 Marzo, Asier...... MoC7.1 ...... WeI1.4 Mahakian, Lisa M...... TuD3.2 Masamune, Chiaki...... TuF6.6 ...... WeK8.1 Maher, Morgan...... MoA5.1 Masarapu, Venkat...... TuG2.3 ...... WePoS-04.6 Mahmood, Kamran...... WeH4.6 Måsøy, Svein-Erik...... TuE5.4 ...... WePoS-04.7 Mahmud, Marzana M...... MoB6.5 Massaad, Jack...... TuF7.3 Luo, Jun...... TuD4.3 Mahmud-Ul-Hasan, Md...... WeK4.2 Masson, Patrice...... TuD5.3 Luo, Xianghong...... MoPoS-02.1 Mai, Zhanhua...... MoPoS-21.4 Mastik, Frits...... TuE3.1 Luo, Yukun...... MoC4.3 ...... WePoS-02.3 ...... WeJ3.2 ...... WePoS-10.4 Maiolo, Luca...... MoPoS-28.13 ...... WeJ4.5 Lv, Jiabin...... TuE4.2 Makūnaitė, Monika...... WePoS-16.7 Matei, Marta...... MoC4.1 ...... TuPoS-26.6 Mäkinen, Joni...... MoPoS-20.3 Mateo, Philippe...... WeJ8.2 ...... TuPoS-26.13 ...... MoPoS-20.5 ...... WeJ2.4 ...... WePoS-01.4 ...... TuPoS-21.4 Matéo, Tony...... TuPoS-26.10 Lyden, Sean...... MoA5.2 ...... TuPoS-18.7 Matera, Riccardo...... MoPoS-03.7 ...... MoA5.4 ...... TuPoS-18.9 ...... MoPoS-03.10 Lyer, Stefan...... TuPoS-08.1 ...... WePoS-19.5 ...... TuPoS-04.1 Lyerly, Herbert...... WeH4.6 ...... WePoS-23.5 Mateu Mateu, Jordi...... MoA8.2 Lyshchik, Andrej...... WeK2.3 Makino, Hiroto...... WePoS-29.5 ...... TuPoS-24.7 ...... WePoS-07.4 Malatesta, Michelangelo...... TuPoS-20.5 ...... TuPoS-24.8 Lyu, Kezhen...... WePoS-19.6 Malik, Bilal...... TuE1.3 ...... WePoS-27.1 ...... WePoS-19.7 Malinen, Henri...... MoB7.6 ...... WePoS-27.5 Lyu, Ning...... WePoS-30.3 ...... MoPoS-24.1 Matijošaitis, Vaidas...... WePoS-16.7 Mallay, Matthew...... TuPoS-27.4 Matringe, Matthieu...... WeK4.3 M Mallouk, Thomas...... MoSPS.17 Matrone, Giulia...... MoPoS-01.2 ...... TuF4.2 Matsuda, Satoru...... MoPoS-27.6 Ma, Bo...... TuG4.3 Malmsjö, Malin...... TuPoS-12.1 Matsukawa, Mami...... MoC11.4 ...... WeI7.3 ...... WePoS-12.3 ...... MoPoS-25.1 ...... WeI4.3 Malocha, Don...... MoPoS-26.6 ...... MoPoS-14.2 Ma, Chengfu...... TuD7.5 ...... MoPoS-21.9 ...... MoPoS-14.3 Ma, Dylan...... MoPoS-28.3 ...... MoPoS-26.10 ...... MoPoS-14.4 ...... TuG4.4 Malocha, Svetlana...... MoPoS-21.9 ...... MoPoS-14.7 Ma, Hongtao...... TuPoS-04.4 Malounda, Dina...... MoC5.1 ...... MoPoS-14.9 ...... WePoS-14.5 ...... TuE3.2 ...... WePoS-24.5 Ma, Jianguo...... MoPoS-21.7 ...... TuG2.6 Matsumoto, Dai...... MoPoS-19.1 Ma, Shuhong...... WeK8.1 Malyarenko, Eugene...... WePoS-14.4 Matsumoto, Ryunosuke...... MoPoS-02.4 Ma, Teng...... MoSPS.10 Mamistvalov, Alon...... MoxA4.2 Matsumoto, Teruyoshi...... MoPoS-19.1 ...... TuD6.5 Mamou, Jonathan...... MoA3.3 Matsuoka, Naoto...... TuG6.3 ...... WeH4.4 ...... TuD2.5 Matsushita, Yuji...... MoPoS-31.1 ...... WeJ4.3 ...... TuF8.4 Mattesini, Paolo...... WeI5.4 ...... WeK4.4 ...... TuPoS-14 Mattrey, Robert...... TuG2.2 ...... WeK4.5 ...... TuPoS-14.5 Matula, Tom...... MoB2.4 ...... WePoS-14.2 ...... TuPoS-14.6 ...... WePoS-05.5 ...... WePoS-29.7 ...... WePoS-17.2 Matyschok, Berthold...... MoSPS.8 Ma, Xiangdong...... MoPoS-21.7 Manduca, Armando...... TuF5.2 ...... TuF7.2 Ma, Zhichao...... MoA7.1 Manh, Tung...... TuPoS-26.12 Mauchamp, Pascal...... MoA6.3 Maadi, Mohammad...... MoB6.2 Mannaerts, Christophe...... MoA10.1 Mauldin, F. William...... TuG2.5 ...... MoB6.6 ...... WeI1.1 Mayer, Andreas...... MoB8.1 ...... MoPoS-28.3 Mano, Isao...... MoPoS-14.7 ...... TuE6 ...... TuG4.4 Mansouri, Oumaima...... MoA3.2 ...... TuPoS-22 Maas, Esther...... MoPoS-10.2 Mao, Yang...... MoPoS-23.1 Mayer, Chantal...... WeJ1.3 Macgowan, Christopher...... TuPoS-04.3 Maresca, David...... MoB4.5 Mayer, Elena...... MoB8.1 Machado, João Carlos...... TuPoS-27.1 ...... MoC5.1 Mayer, Markus...... MoB8.1 Machado, Priscilla...... MoC3.4 ...... TuE3.2 Mazeika, Dalius...... TuPoS-26.14 ...... TuG2.2 ...... TuG1.1 Mazilu, Michael...... MoB7.2 ...... TuG2.3 Margueron, Samuel...... TuF6.3 ...... WeH6.4 ...... TuPoS-09.2 Marie, Delattre...... WePoS-09.1 Mazzalai, Andrea...... WePoS-28.4 ...... TuPoS-03.5 Marigo, Eloi...... MoC6.2 Mazzamurro, Aurelien...... WePoS-26.4 ...... WeK2.3 Marino, Michael...... TuPoS-21.3 McAleavey, Stephen...... MoB10.5 ...... WePoS-06.3 Maris, Bogdan...... TuPoS-11.7 McArthur, Alice...... TuPoS-08.3

IEEE IUS 2019 – 169 McAughey, Kevin L...... WePoS-28.11 Michimoto, Itsuki...... MoPoS-14.2 ...... TuPoS-08.4 McBride, Martin...... TuPoS-17.2 ...... MoPoS-14.9 Morioka, Hiroshi...... WeJ7.3 McDonald, Maureen...... WePoS-06.3 Mikhov, Mikhail K...... WePoS-28.6 Morishita, Takeshi...... WePoS-30.1 McFadden, Sally Anne...... TuPoS-14.6 Milkowski, Andy...... TuPoS-06.3 Morris, D. Cody...... MoA10.2 McGough, Robert...... MoB7 Milligan, Natasha...... TuPoS-04.3 ...... TuD2.5 ...... TuPoS-07.4 Millioz, Fabien...... WePoS-11.2 Morris, Richard...... WePoS-12.1 ...... WeH6.5 Mills, Bradley...... MoPoS-08.1 Morrison, Laura...... WePoS-21.3 ...... WePoS-09.2 ...... TuD2.6 Moser, Thomas...... WeI1.2 McHugh, Sean...... WeI6.1 Mimura, Masakazu...... MoPoS-26.2 Moshavegh, Ramin...... TuD1.6 McInnes, Matthew...... TuPoS-18.8 Min Yuan, Wang...... WePoS-16.1 Moubark, Asraf Mohamed...... TuPoS-07.2 McLaughlan, James...... MoPoS-12.4 Mineo, Carmelo...... MoPoS-22.5 Moug, Susan...... TuF2.6 ...... MoPoS-04.5 Minghua, Li...... TuF6.5 Moussu, Marine A. C...... MoA10.4 ...... MoPoS-13.7 Minonzio, Claudio...... WeH8.5 Mozaffarzadeh, Moein...... TuE4.1 ...... TuE4.3 Mirea, Teona...... MoPoS-21.2 ...... WeH8.5 ...... WeI4.5 ...... MoPoS-27.4 Mozumi, Michiya...... MoPoS-03.11 ...... WeK2.5 ...... TuPoS-24.6 Mu, Peitian...... TuPoS-27.5 McLeod, Graeme...... MoB1.2 Mischi, Massimo...... MoA10.1 ...... WeH2.4 McMahon, Dallan...... MoB3.1 ...... MoB4.4 Mugge, Winfred...... WeK3.3 McNally, Patricia...... TuF1.4 ...... MoPoS-06.1 Muinonen, Karri...... MoPoS-23.2 McNally, Tony...... WePoS-28.8 ...... MoPoS-06.3 ...... TuD6.2 McVey, Mark...... MoA5.1 ...... TuE4.5 Muleki-Seya, Pauline...... WeI3.5 Md Ali, Sawal Hamid...... TuE5.6 ...... TuF5.5 Mulholland, Anthony...... WeK7.4 Meacci, Valentino...... MoPoS-03.7 ...... TuF8.1 ...... WePoS-19.3 ...... TuPoS-13.1 ...... TuF1.1 Muller, Jan-Willem...... TuPoS-12.3 Meaney, Anna...... MoC3.1 ...... TuPoS-04.5 Muller, Marie...... MoPoS-18 Mehrmohammadi, MoB2.3 ...... WeI1 ...... TuE1.5 Mohammad...... WeI1.1 ...... TuG8.6 ...... TuE8.5 ...... WeJ5.1 ...... WeH5.4 Mehrotra, Praveen...... WePoS-06.3 Mishin, Sergey...... TuD4.1 ...... WeI1.6 Mehta, Pritesh...... TuPoS-11.2 Mislati, Reem...... MoPoS-08.1 Mulvagh, Sharon...... WeK8.5 Mei, Yu-Ying...... TuPoS-04.8 ...... TuD2.6 Mulvana, Helen...... MoB5 Meirza, Benjamin...... TuG5.2 Mita, Yoshio...... MoPoS-31.1 ...... TuF2.6 Melandsø, Frank...... TuPoS-10.2 Mittelstein, David...... TuE3.2 ...... TuPoS-17.2 ...... WePoS-20.5 Miyake, Kai...... MoPoS-08.3 ...... TuPoS-16.4 Melandso, Terje...... WePoS-20.5 Miyake, Seren...... MoC11.6 ...... WePoS-15.1 Melde, Kai...... MoA7.1 Mizoguchi, Takeru...... TuPoS-14.5 ...... WePoS-17.7 Meles, Giovanni Angelo...... WeH6.2 Mizuno, Jun...... MoPoS-26.1 Muneshwar, Triratna...... MoPoS-28.6 Melki, Lea...... WeK3.5 Mizuno, Takashi...... MoPoS-31.1 Munoz, Fabian...... MoC3.1 Melnikov, Alexander...... TuPoS-22.3 Moesner, Lars...... MoPoS-28.4 Muralt, Paul...... MoC6.3 Melodelima, David...... MoPoS-15.2 Mohamed, Mohamed-Elamir...... TuPoS-21.2 ...... WePoS-28.4 ...... MoPoS-15.5 Mohamed Moubark, Asraf...... TuE5.6 Muratore, Robert...... TuPoS-03.5 ...... WeH1.3 Mohammed, Shahed K...... TuD2.1 Murillo, Maria...... MoPoS-16.6 ...... WeK2.2 Mohanty, Kaustav...... TuE1.5 Murray, Paul...... TuPoS-26.1 ...... WeK2.4 ...... TuG8.6 Murray, Todd...... MoSPS.3 ...... WePoS-09.3 ...... WeH5.4 ...... TuF2.1 Melzer, Andreas...... WeH4.5 ...... WeI1.6 Mustacich, Debbie...... TuPoS-08.3 Mendiratta-Lala, Mishal...... TuPoS-16.1 Mohseni, Ehsan...... MoPoS-22.5 Mustonen, Joonas...... WePoS-23.7 Meng, Long...... MoC1.3 ...... WeK7.5 ...... WePoS-19.10 ...... MoPoS-23.1 Moilanen, Petro...... WePoS-23.7 ...... MoPoS-02.5 ...... WePoS-19.10 N ...... MoPoS-23.5 Molchanov, Vladimir...... WePoS-24.4 ...... TuF3.3 Moldovan, Alexandru Corneliu... WeJ4.6 N’Djin, William Apoutou...... MoPoS-16.2 ...... TuPoS-03.2 ...... WePoS-06.2 ...... TuF3.4 ...... WeH5.6 Monaghan, Mark...... TuPoS-05.4 ...... TuPoS-03.1 ...... WePoS-02.3 Money, Christopher...... WeK6.5 Nabavizadeh, Alireza...... WePoS-09.5 Meng, Qi...... TuPoS-09.6 Monjazebi, Dena...... WeI8.5 Nagakubo, Akira...... MoC11.1 Menigot, Sebastien...... MoPoS-22.4 Montagni, Marco...... TuPoS-19.3 Nagaoka, Ryo...... MoPoS-03.11 ...... WePoS-20.4 Montauban, Emmanuel...... TuPoS-26.10 ...... WePoS-17.8 Menssen, Jan...... MoPoS-03.1 Montero, Maria Luisa...... MoSPS.6 Nagasawa, Isamu...... MoA9.2 Meral, Faik Can...... MoC10.4 ...... WeH1.6 Nagasawa, Kanta...... MoA5.3 ...... TuE5.5 Montes, Vivian...... WeH1.1 Nagatani, Yoshiki...... MoPoS-14.3 ...... WeI8.6 Montgomery, Stephanie...... MoPoS-08.2 ...... MoPoS-14.7 Merhej, Melissa...... TuPoS-20.6 ...... TuG8.6 Nagesh, Sudarshan...... MoPoS-22.6 Meriläinen, Antti...... MoPoS-20.1 Moore, Christopher...... TuE2.2 Nahas, Hassan...... MoB4.2 ...... MoPoS-23.2 ...... TuPoS-06.5 ...... TuD1.3 ...... MoPoS-20.5 ...... WeK3.6 ...... TuG5.4 ...... TuD6.2 Moore, Michael...... MoA5.1 ...... WeI5.1 ...... WeH7.6 Moradi, Farshad...... MoB9.5 Nair, Arun...... TuPoS-11.5 ...... WeI7.2 Morales Otero, Michael...... MoPoS-26.6 Nair, Deleep R...... TuPoS-25.7 ...... WeI7.5 Moran, Carmel Mary...... TuF2.6 Nair, Nitin...... MoA3.3 Merricks, Elizabeth...... MoPoS-08.2 ...... TuG5 Nakade, Shoya...... MoPoS-30.3 Mertelmeier, Thomas...... TuPoS-09.4 ...... WePoS-15.5 Nakagawa, Ryo...... TuG6 Mertin, Stefan...... WePoS-28.4 Moreno, Manuel...... MoPoS-21.2 ...... WeJ6.5 Merton, Daniel...... TuG2.2 Morgan, Hannah...... TuPoS-17.2 Nakamura, Hiroyuki...... MoPoS-26 Messas, Emmanuel...... WeJ2.4 Morgan, Matthew...... TuF1.4 ...... MoPoS-27.6 Michael, Fattinger...... MoA8.3 ...... WeH8.1 ...... WeJ6.3 ...... MoC7 Mori, Shohei...... MoA5.3 ...... WeJ6.6 Michaud, Johan...... WeI1.2 ...... MoPoS-10.4 Nakamura, Kentaro...... MoA9.2

170 – IEEE IUS 2019 AUTHOR INDEX

...... WePoS-19.4 Nieminen, Kaisa...... WeI7.2 ...... WeH8.6 Nakamura, Motonori...... WePoS-28.1 Nightingale, Kathy...... MoA10.2 Och, Takayuki...... TuD4.3 Nakamura, Nobutomo...... MoPoS-25.2 ...... MoB10.4 Oelze, Michael...... WeJ1 Nakamura, Tsukasa...... MoPoS-14.2 ...... MoB10.6 ...... WeJ1.1 ...... MoPoS-14.4 ...... MoPoS-08.5 ...... WePoS-17.6 ...... WePoS-24.5 ...... TuD2.5 ...... WePoS-17.10 Nakatsuma, Kei...... WePoS-29.5 ...... TuE2.5 Oezdemir, Ipek...... TuG2.1 Nakayama, Yuta...... MoPoS-31.1 ...... TuF8.3 ...... WePoS-07.2 Nam, Kibo...... TuPoS-09.2 ...... TuPoS-06.2 Ogi, Hirotsugu...... MoC11.1 Namita, Takeshi...... MoPoS-08.3 ...... TuPoS-07.5 ...... MoPoS-19.1 ...... WePoS-12.2 ...... WePoS-02.2 ...... MoPoS-25.2 Nanke, Ralf...... TuPoS-09.4 Niimi, Yusuke...... TuF3.5 ...... WePoS-26.1 Napier, Emily...... TuPoS-27.4 Nikolaev, Anton...... TuPoS-11.7 Ogrodnik, Natalia...... MoA1.4 Nara, Takaaki...... WePoS-22.1 Nillesen, Maartje...... MoPoS-03.1 Oguri, Takuma...... WePoS-07.1 Narayanaswamy, Mohanram...... MoPoS-11.2 Ning, Bo...... MoPoS-12.1 Oh, Seokhwan...... MoPoS-09.2 Naser, Mohamed...... TuD8.4 Nio, Amanda Q.X...... TuPoS-05.4 Oh, Youngjo...... TuPoS-10.4 Nasibulin, Albert...... MoPoS-21.5 Nishida, Naoshi...... WePoS-10.3 Ohdaira, Takeyuki...... WeJ7.3 Nasresfahani, Mitra...... MoA8.5 Nishimura, Atsushi...... MoPoS-27.6 Ohodnicki, Paul R...... MoB9.1 Nasser, Pirshafiey...... TuE1.3 Nishio, Kazuki...... TuPoS-23.1 ...... MoB9.4 Natesan, Rajni...... TuE1.3 Nistorica, Corina...... TuF4.1 Ohta, Hiroshi...... TuPoS-03.6 Nathalie, Heuzé-Vourc’h...... MoPoS-28.1 Nitta, Naotaka...... TuPoS-10.10 Ojeda-Fournier, Haydee...... TuG2.2 Nauber, Richard...... TuE7.3 Nittayacharn, Pinunta...... MoC5.2 Okada, Nagaya...... WePoS-30.1 ...... TuF7 ...... TuD3.5 Okubo, Kan...... MoPoS-21.3 Nauleau, Pierre...... MoC4.4 ...... WePoS-05.7 ...... MoPoS-23.4 ...... WePoS-16.5 Niu, Haijun...... MoPoS-22.7 ...... MoPoS-01.5 Naumenko, Natalya...... MoPoS-26.3 ...... TuG7.1 Okunaga, Hiromu...... TuG6.5 ...... MoPoS-26.4 Niu, Lili...... MoC1.3 Oldenburg, Amy...... WePoS-23.4 ...... TuG6.2 ...... MoPoS-02.5 Olesen, Jacob B...... TuD1.6 ...... WeJ6 ...... MoPoS-23.5 Olivares, Jimena...... MoPoS-27.4 Navab, Nassir...... MoPoS-11.4 ...... TuF3.3 ...... TuPoS-24.6 ...... WeI1.5 ...... TuPoS-03.2 Oliveira, Rodrigo Pereira...... TuPoS-27.1 Navacchia, Frederic...... MoA9.1 ...... WeH5.6 Oliveira Ribeiro B Pereira, WePoS-09.2 Nawar, Noshin...... TuPoS-04.9 Niu, Sihua...... MoPoS-02.1 Rebeca...... Nayak, Rohit...... MoB4.3 Niven, Russell Graeme...... WeK7.4 Olsen, Julian Thomas Reck- TuPoS-13.2 eweg...... TuPoS-04.9 Noble-Vranish, Misty...... WePoS-02.6 Olszewski, Robert...... TuPoS-16.5 ...... WePoS-04.8 Noda, Takumi...... MoB3.6 Ommen, Martin Lind...... MoPoS-28.11 Nazarzadeh, Elijah...... MoPoS-26.9 Noel, Eric...... WeJ2.4 ...... TuG5.3 Nazeri, Arash...... MoC3.2 Noguchi, Hiroyuki...... MoPoS-19.1 ...... WeH3.5 Ndjoye-Kogou, Octavia...... WeK4.3 Nogueira-Barbosa, Marcello...... MoPoS-14.6 ...... WeI3.3 Nelson, Keith Adam...... TuE6.4 Nolvi, Anton Mikael...... WePoS-19.5 Omori, Tatsuya...... MoB8.2 Nemade, Harshal B...... MoPoS-26.8 Nonaka, Tomoyuki...... WePoS-26.1 ...... MoSPS.14 Nemirovsky Rotman, Shira...... TuPoS-10.3 Noor, Souhaila...... MoPoS-07.6 ...... TuG6.3 Nenadic, Ivan...... TuD2.3 Noothout, Emile Cornelis...... TuE4.1 ...... TuG6.4 Nestler, Matthias...... MoPoS-27.5 Nordon, Alison...... WePoS-19.3 ...... WeK6.1 ...... MoPoS-27.8 Norli, Petter...... TuPoS-20.7 Omura, Masaaki...... TuPoS-14.2 Nety, Suchita...... TuG2.6 Norman, Sumner...... MoB4.5 ...... WePoS-07.1 Neubert, Holger...... TuPoS-26.9 Nourmahnad, Atousa...... TuE3.2 ...... WePoS-16.6 Neumeister, Peter...... TuPoS-26.9 Novell, Anthony...... TuPoS-17.4 ...... WePoS-17.8 Neustadter, Hannah...... MoA3.4 ...... WePoS-18.6 Omura, Masashi...... TuG6.5 Newsome, Isabel...... WeI3.4 Nowbar, Alexandra...... TuPoS-04.7 Ono, Takahito...... WeK6.4 ...... WeI3.6 Nowicki, Andrzej...... TuPoS-16.5 Oraiqat, Ibrahim...... TuE1.4 Nguyen, Bich N...... WeH1.4 Nyffeler, Clemens...... WePoS-28.4 Oralkan, Omer...... MoB6.5 Nguyen, Man...... TuE5.5 ...... MoSPS.16 ...... TuPoS-06.6 O ...... MoSPS.18 Nguyen, Nghia...... MoPoS-01.3 ...... TuG4 ...... TuE5 O’Brien, Mikaela...... TuF3.6 ...... TuG4.2 Nguyen, Tin-Quoc...... MoPoS-03.4 O’Brien, William...... WeH1.1 ...... TuG4.5 ...... TuD1.6 O’Donnell, John...... WePoS-28.11 ...... WeI4.2 Nguyen, Trong...... WePoS-17.10 O’Donnell, Matthew...... MoA10.6 Orkisz, Maciej...... MoPoS-10.5 Nguyen, Van Phuc...... TuE8.1 ...... MoA2.2 Orlowska, Marta...... WeK5.3 Nguyen Minh, Huong...... MoB3.4 ...... MoB2.4 Ormachea, Juvenal...... MoB10.2 ...... MoPoS-14.5 ...... MoPoS-10.1 Orset, Cyrille...... WeJ3.1 Nguyendinh, An...... MoA6.3 ...... MoPoS-12.2 Ortega-Anatol, María...... MoPoS-27.4 ...... TuPoS-26.10 ...... TuPoS-22.6 Oruklu, Erdal...... MoPoS-22.9 Ni, Linyu...... WePoS-13.2 ...... WeJ8 ...... TuPoS-21 Nichols, Timothy...... MoPoS-08.2 ...... WeK8.6 ...... TuPoS-21.3 Nicolas, Barbara...... TuF1.2 ...... WePoS-05.5 ...... TuPoS-21.6 ...... TuPoS-01.2 O’Kane, Patrick...... WeK2.3 ...... WeH7 Nie, Luzhen...... MoPoS-04.5 O’Leary, Richard...... TuPoS-18.8 Osawa, Koichi...... WePoS-19.4 ...... TuE5.6 ...... WeK7.5 Osman, Ahmad...... WeJ7.2 ...... TuPoS-07.2 ...... WePoS-21.3 Osminkina, Luibov...... MoPoS-17.4 ...... WePoS-25.3 ...... WePoS-19.8 Ossant, Frédéric...... MoPoS-31.2 Nielsen, Michael Bachmann...... MoPoS-03.4 O’Reilly, Meaghan A...... MoA1.4 ...... TuG8.2 ...... TuD1.6 ...... MoA1.5 ...... WePoS-16.3 ...... TuF5.3 ...... MoB5.5 Ossenkoppele, Boudewine TuPoS-01.1 ...... TuG1.5 ...... WeJ1.6 Willemine...... Nieminen, Heikki J...... WePoS-19.5 ...... WeJ4.4 Østvik, Andreas...... MoA3.1 ...... WePoS-23.5 OBrien, Parker...... MoPoS-09.8

IEEE IUS 2019 – 171 ...... MoPoS-11.1 Pavlov, Ivan...... WeI1.5 Petterson, Niels...... MoPoS-07.3 ...... TuF8.6 Payen, Thomas...... MoC5.1 ...... MoPoS-09.6 ...... WePoS-10.2 Payen, Thomas...... WePoS-09.5 Petti, Allegra...... MoC3.2 Ota, Hideki...... WeK8.5 Pedrosa, João...... WeK5.3 Pezeril, Thomas...... MoB7.5 Otani, Kohei...... MoPoS-30.3 Peixoto, Carla...... TuPoS-11.6 ...... TuE6.4 Ou, Jianquan...... WePoS-18.4 Pekko, Panu...... WeI6.5 ...... WePoS-24.2 Ou-Yang, Jun...... TuPoS-26.8 Pelivanov, Ivan...... MoA10.6 Pfann, Eugen...... WePoS-26.2 Oudich, Mourad...... MoSPS.11 ...... MoA2.2 Pham, An H...... MoA3.5 ...... WePoS-25.1 ...... MoB2.4 Pham-Thi, Mai...... MoA6.3 Oujagir, Edward...... WePoS-07.3 ...... MoPoS-12.2 Pi, Zhaoke...... WePoS-18.4 Ouzir, Nora...... WePoS-10.1 ...... TuPoS-22.6 Pialot, Baptiste...... TuPoS-04.2 Ouzounov, Sotir...... TuE4.5 ...... WeK8.6 Piazza, Gianluca...... MoC6.1 Øygard, Sigrid Husebø...... WeH3.5 Pelled, Gadi...... TuD3.4 Piccoli, Catherine...... TuG2.2 Ozgun, Kathryn...... WePoS-03.4 Pellow, Carly...... MoB5.5 Pichon, Loïck...... WePoS-19.2 ...... MoC5.3 Piepenbrock, Marion...... MoPoS-05.2 P Pely, Adam...... TuE2.5 ...... MoPoS-04.3 Pelz, Peter...... MoSPS.8 ...... MoPoS-05.3 P. Olive, Kenneth...... WePoS-09.5 ...... TuF7.2 Pierce, Stephen Gareth...... MoA9.4 Pacia, Christopher...... MoSPS.2 Peng, Chang...... TuE4.6 ...... MoPoS-22.5 ...... WeI2.4 Peng, Chengxiang...... TuPoS-10.2 ...... TuPoS-18.4 Paeng, Dong-Guk...... MoPoS-14.8 Peng, Jue...... TuPoS-27.7 ...... WeK7.5 Pai, Chi-Nan...... WeI4.3 Peng, Xiaodong...... TuPoS-22.10 ...... WePoS-20.1 Pakdaman Zangabad, Reza...... WeJ4.5 Pennec, Yan...... MoSPS.11 Pierre, Perreau...... MoA8.4 Palacpac, Sarlyn...... TuPoS-06.3 ...... WePoS-25.1 Pigeat, Philippe...... MoPoS-26.3 Palmeri, Mark...... MoA10.2 Penot, Robin...... WeJ2.4 Pignatelli, Duarte...... TuPoS-11.6 ...... MoB10.4 Pensala, Tuomas...... TuPoS-25 Pinton, Gianmarco...... MoA7.4 ...... TuD2.5 ...... WeI6.5 ...... MoPoS-04.4 ...... TuE2.5 ...... WePoS-21.4 ...... WeI3.2 ...... TuF8.2 ...... WePoS-28.4 ...... WeI3.6 ...... TuF8.3 Penttilä, Antti...... MoPoS-23.2 Piotrzkowska-Wróblewska, TuPoS-14.1 ...... TuPoS-06.2 ...... TuD6.2 Hanna...... TuPoS-07.5 Pepple, Ashley...... TuG3.1 ...... TuPoS-14.3 Pan, Ting...... MoPoS-16.3 Peralta, Laura...... MoPoS-14.1 Pirmoazen, Amir...... TuPoS-09.3 Pan, Tingrui...... WeK4.4 Peralta, Laura...... MoPoS-01.6 ...... WeH1.5 Pancrazio, Joseph...... MoPoS-08.8 ...... WePoS-01.5 Pirouz, Amirabbas...... MoPoS-29.3 Pandey, Aditya...... MoPoS-16.5 ...... WePoS-07.5 Pishchalnikov, Yuri...... TuPoS-05.5 Pang, Guofeng...... TuPoS-02.5 Perdios, Dimitris...... MoPoS-09.5 Pitre, John...... MoA10.6 ...... WeI3.4 Perea-Robles, Rafael...... WePoS-27.1 ...... MoA2.2 Pang, Wei...... MoC9.1 Pereira da Cunha, Mauricio...... MoB9.1 ...... MoB2.4 Pang, Xiangnan...... MoB8.3 ...... MoPoS-27 ...... WeK8.6 Pantea, Cristian...... MoB9.6 ...... MoPoS-27.7 Pitschi, Max...... MoC8 ...... TuPoS-22.7 ...... MoPoS-27.9 Plag, Camille...... TuG8.2 ...... TuPoS-22.8 Perera, Reshani...... MoC5.2 ...... WePoS-16.3 Papadacci, Clement...... WeH8.2 ...... MoPoS-06.1 Plessky, Victor...... MoB8.4 ...... WeJ8.2 Perez, Eduardo...... WeJ7.4 ...... MoB8.5 Papadopoulou, Virginie...... TuD5.5 Pérez, Nicolás...... TuD7.2 ...... MoC8.3 ...... TuPoS-05.1 ...... WePoS-20.3 ...... MoC8.4 Parcerisas Serrahima, Clea...... TuF4.3 Perez Liva, Mailyn...... WeJ8.2 ...... TuPoS-25.1 Park, Jeong Hun...... TuPoS-12.2 Perier, Magali...... MoPoS-16.2 ...... WeI6.1 Park, Jinhyoung...... WeK4.6 Pernod, Philippe...... WePoS-26.4 Poddar, Anindya...... WeK6.3 ...... WePoS-30.2 Pernot, Mathieu...... TuG3.2 Poeppel, Korbinian...... MoA7.1 Park, Kwan Kyu...... TuPoS-18.6 ...... WeH3.1 Pokam Kuisseu, Pauline Sylvia... MoA8.4 ...... WePoS-24.1 ...... WeH8.2 Pol, Grasland-Mongrain...... MoPoS-08.7 Park, Mingyo...... TuPoS-24.2 ...... WeJ8.2 ...... WePoS-09.1 Park, Sunghun...... TuPoS-26.2 ...... WeJ2.4 Polascik, Thomas...... TuD2.5 Parker, Kevin...... MoB10.2 ...... WePoS-08 Polichetti, Maxime...... TuF1.2 Parker, Reed...... MoA8.1 Perren, Fabienne...... WeH3.1 Pollet, Andreas...... MoPoS-06.3 Parks, David...... WePoS-29.1 Perriard, Yves...... WeH7.3 Pomper, Martin...... TuD8.1 Parodi, Katia...... MoB6.3 Perrot, Vincent...... MoPoS-05.1 Pondrom, Perceval...... WePoS-19.9 Parrilla, Montserrat...... TuPoS-02.2 ...... MoPoS-03.5 Ponschab, Michael...... TuG7.6 Parsapour, Fazel...... MoC6.3 ...... MoPoS-03.6 ...... WePoS-22.3 Partanen, Ari...... WePoS-18.2 ...... MoPoS-09.7 Pop, Flavius...... TuF4.4 Pasdeloup, David...... MoPoS-11.1 Pertijs, Michiel...... TuE4 ...... TuF4.6 Pashchenko, Vladimir...... MoC6.3 ...... TuE4.1 Porat, Moshe...... TuPoS-10.3 Pasovic, Mirza...... MoPoS-05.1 ...... TuF7.3 Porée, Jonathan...... WeK8.2 Pasternak, Maurice...... TuD8.5 ...... TuPoS-01.1 ...... WePoS-03 Patat, Frédéric...... TuG8.2 ...... WePoS-03.2 Postiglione, Michael...... TuF8.3 ...... WePoS-16.3 Peter, Aneeshma...... WePoS-21.1 Poulard, Thomas...... TuE2.3 Patel, Bhavik...... MoB4.6 Peters, Laurens Christiaan MoA6.5 Pouliopoulos, Antonios...... MoC3.1 ...... TuD1.1 Johannes Maria...... Pozzo, Lilo...... MoB2.4 Patel, Mihir...... WePoS-24 Petersen, Magnus Galsgård...... MoPoS-28.8 ...... TuPoS-22.6 Paul, Wilcox...... WeJ7 Peterson, Shawn...... TuPoS-09.2 ...... WePoS-05.2 Paulmurugan, Ramasamy...... MoA1.1 Petrescu, Aniela...... WeK5.3 ...... WePoS-05.5 Paulus, Yannis...... TuE8.1 Petrusca, Lorena...... MoA5.6 Prada, Claire...... TuPoS-20.9 ...... TuPoS-16.6 ...... MoPoS-03.3 Prado, Eduardo...... MoPoS-11.4 Pavan, Theo...... MoPoS-14.6 ...... MoPoS-09.7 Prager, Richard...... MoPoS-01.3 ...... WeI2.2 ...... WeI5.4 Pratap, Rudra...... MoSPS.17 ...... WePoS-09.4 ...... WeJ3.4 ...... TuF4.2

172 – IEEE IUS 2019 AUTHOR INDEX

Prentice, Paul...... TuPoS-05.3 Rahimi, Saba...... WeH4.1 Reusser, Traci...... TuPoS-05.1 ...... WePoS-06.2 Rajagopal, Srinath...... TuE6.5 Reynolds, Paul...... WePoS-08.2 Preston, Chet...... TuPoS-08.3 ...... TuPoS-12.4 Rezvanitabar, Ahmad...... MoB6.1 ...... WeJ3.3 Rajani, Chang...... TuPoS-21.4 Ricci, Marco...... WePoS-25.3 ...... WeJ3.5 Rakhmatov, Daler...... TuPoS-01.5 Ricci, Stefano...... MoA4.6 Price, Chris...... WePoS-19.8 ...... WePoS-11 ...... MoPoS-03.6 Prieto, Juan...... TuE4.6 ...... WePoS-11.1 ...... MoPoS-03.7 ...... WeK3.6 ...... WePoS-11.7 ...... MoPoS-03.10 Prieur, Fabrice...... TuPoS-20.7 Rakotoarivelo, Estelle...... WeK3.1 ...... TuF7.4 Prinzen, Frits...... WeJ8.1 Ramadas, Sivaram Nishal...... TuPoS-19 ...... TuPoS-04.1 Provost, Jean...... TuPoS-04.2 ...... TuPoS-19.2 ...... TuPoS-13.1 ...... WeH3.4 ...... WePoS-28.8 ...... TuPoS-19.4 Puers, Robert...... TuF4.5 Ramalli, Alessandro...... MoPoS-01.2 Richard, Scott...... WePoS-07.4 Pugash, Denise...... WeJ1.3 ...... MoPoS-03.10 Richardson, Jonathan...... WeI2.1 Pugi, Luca...... TuPoS-19.3 ...... TuPoS-13 Richer, Kevin...... MoPoS-03.2 Puranen, Tuomas...... MoPoS-23.2 ...... TuPoS-02.6 Rickel, J.M. Robert...... TuF2.3 ...... TuD6.2 ...... WeH2.1 Riemer, Kai...... WeI3.1 ...... WePoS-19.5 ...... WeH2.6 Rijal, Girdhari...... WePoS-18.1 ...... WePoS-23.5 ...... WeI5.4 ...... WePoS-07.2 Pye, Stephen...... WePoS-15.5 ...... WeJ3.4 Rinaldi, Matteo...... TuF4.4 ...... WeK5.2 ...... TuF4.6 Q ...... WeK5.3 Rindal, Ole Marius Hoel...... TuD5.4 ...... WePoS-01.5 ...... TuE5.4 Qi, Tingting...... TuPoS-12.6 ...... WePoS-03.6 Rippe, Lars...... TuE6.2 ...... TuPoS-08.8 Ramamurthy, Gopal...... MoC5.2 Rivas Davila, Juan Manuel...... WeI4.3 Qian, Linxue...... WePoS-04.6 Ramasawmy, Danny...... WePoS-23.1 Rivens, Ian...... WeK2.5 Qian, Xuejun...... MoA6.4 ...... WePoS-24.3 Rivoire, Michel...... WeH1.3 ...... WePoS-04.5 Ramaz, François...... TuPoS-12.5 ...... WeK2.2 Qin, Dui...... MoPoS-17.2 Ramezani, Mehrdad...... WePoS-28.6 Roa, C. Felipe...... TuE8.4 Qin, Feng...... TuPoS-25.9 Ramirez, David...... TuPoS-05.1 ...... TuPoS-27.1 Qin, Mengfan...... WePoS-02.4 Ramkumar, Anand...... MoPoS-22.6 ...... WeJ4.2 ...... WePoS-02.5 Ranjan, Abhishek...... TuPoS-10.2 Robert, Jade...... WeJ3.6 Qin, Peng...... MoPoS-02.2 Rantamaa, Anton...... WeI7.5 ...... WePoS-23.6 ...... MoPoS-02.3 Rashidi, Amin...... MoB9.5 Robert, Jean-Luc...... MoC10.4 ...... WePoS-06.6 Rasmussen, Morten Fischer...... WeI4.3 ...... TuE5.1 ...... WePoS-26.7 Rastenytė, Daiva...... WePoS-16.7 ...... TuE5.5 Qin, Xuewei...... WePoS-11.5 Rau, Richard...... MoPoS-08.4 ...... WeI8.6 Qin, Yu...... TuPoS-16.6 ...... TuPoS-08 Robert, Sylvie...... MoPoS-26.3 Qiu, Lanyan...... WePoS-04.6 ...... WeI8.1 Robin, Justine...... WeH3.1 Qiu, Luyan...... MoB8.2 Rauhala, Timo...... TuPoS-21.4 Robini, Marc...... TuD5.3 ...... MoSPS.14 ...... WePoS-23.7 Rochus, Veronique...... TuF4.3 ...... WeK6.1 ...... WePoS-19.10 ...... WeK4.2 Qiu, Tian...... MoA7.1 Raum, Kay...... MoB3.4 Rocks, Blair...... WePoS-21.6 Qiu, Weibao...... MoC1.2 ...... MoPoS-14.1 Rodrigues, Elisandra...... WeK3.1 ...... MoPoS-13.6 ...... MoPoS-14.5 Rodriguez Cordoves, Luis...... MoPoS-26.6 ...... TuPoS-27.5 Ravi, Adarsh...... MoA7 Rodriguez-Molares, Alfonso...... TuE5.4 ...... WeH2.4 ...... MoC9.2 ...... WePoS-03.6 ...... WeH4 ...... MoSPS.12 Roeed, Ellen Sagaas...... TuPoS-26.16 ...... WeH4.2 ...... TuE6.1 Rogan, Mhairi...... WePoS-28.11 ...... WeH4.4 Ravi Kumar, Resmi...... MoB9.2 Rohling, Robert...... TuD2.1 ...... WePoS-30.3 Raymond, Jason L...... TuPoS-05.4 ...... WeJ1.3 ...... WePoS-30.4 Rébillard, Amélie...... WePoS-07.3 Rojas, Juan...... WeI3.2 Qiu, Yongqiang...... MoSPS.17 Reboud, Julien...... MoB7.2 Romantsik, Olga...... TuPoS-12.1 ...... TuF4.2 ...... MoC9.4 Römer, Florian...... WeJ7.2 Qiu, Zhen...... MoPoS-22.5 ...... MoPoS-26.9 ...... WeJ7.4 ...... WeJ4.6 ...... WeH6.4 Roos, Yrjo...... WePoS-19.1 ...... WeK7.5 Reese, Bradley...... TuF3.6 Rosania, Gus...... MoPoS-23.6 ...... WePoS-21.3 Reeves, Gordon...... WePoS-06.3 Rose, Georg...... TuPoS-09.4 Qiu, Ziming...... MoA3.3 Regenold, Maximilian L...... WeK2.1 Rosen, David...... TuPoS-07.8 Qu, Rachel...... MoA6.4 Reinhardt, Alexandre...... MoA8.4 Rosenbaum, Alan...... TuE4.6 Qu, Shibin...... TuG3.1 Reinhardt, Brian...... WePoS-29.1 Rosenblum, Norman...... WePoS-07.4 Quaegebeur, Nicolas...... TuD5.3 Reinwald, Michael...... MoA10.5 Rosenthal, Amir...... MoB9.2 Quaglia, Fabio...... TuPoS-04.1 ...... MoPoS-01.6 ...... TuE8.6 Quesson, Bruno...... WeJ3.6 ...... WePoS-01.5 ...... TuPoS-13.6 Quetin, Philippe...... WeK1.6 ...... WePoS-07.5 Rosenzweig, Stephen...... TuPoS-06.3 Quirce Aguilar, Julio...... WePoS-28.7 Reistad, Nina...... TuE6.2 ...... WePoS-08.2 Quivira, Fernando...... TuE5.5 ...... TuPoS-12.1 Rossi, Stefano...... MoPoS-03.10 Qureshi, Ataul...... WePoS-06.3 Reiter, Austin...... TuPoS-11.5 Rostam Shirazi, Niloufar...... TuPoS-05.6 Remenieras, Jean-Pierre...... MoB10.1 Roth, Joseph...... TuD3.4 R ...... MoPoS-10.6 Rothemund, Ralph...... TuPoS-24.4 ...... TuPoS-09.1 ...... TuPoS-24.9 Rabotti, Chiara...... TuF8.1 Remme, Espen W...... TuPoS-08.2 ...... WeI6.4 Rachid, Driad...... MoPoS-27.2 Rémond, Mathieu Cyril...... WeJ2.4 Rottenberg, Xavier...... TuF4.3 Radetinac, Aldin...... MoB6.4 Ren, Jun-Yan...... MoPoS-29.4 ...... WeK4.2 Radicke, Marcus...... TuPoS-09.4 Ren, Liqiang...... MoSPS.17 Roudini, Mehrzad...... TuE7.2 Rahim Sobhani, Mohammad...... MoSPS.1 ...... TuF4.2 Rouffaud, Remi...... MoA6.3 ...... TuD5.1 Renaud, Guillaume...... MoPoS-09 ...... WePoS-28.3 ...... WeK4.1 ...... TuE1.1 Rouze, Ned...... MoB10.4

IEEE IUS 2019 – 173 ...... MoB10.6 ...... TuPoS-18.9 Scharwies, Johannes Daniel...... WeI7.3 ...... MoPoS-08.5 ...... WeH7.6 Schmeitz, Harold A.W...... TuF1.1 ...... TuPoS-07.5 ...... WeI7.2 Schmid, Korbinian...... WePoS-22.3 Roy, Manish...... TuG7.5 ...... WeI7.5 Schmidt, Hagen...... MoPoS-26.5 Roy Cardinal, Marie-Hélène...... TuG5.5 ...... WePoS-19.5 ...... TuE7.2 ...... WeH1.2 ...... WePoS-23.5 ...... WePoS-26 ...... WeK8.2 ...... WePoS-23.7 Schmidt, Oliver...... MoPoS-13.3 ...... WeK8.3 ...... WePoS-19.10 Schmidt, Ulrike...... TuPoS-26.15 Rozbicki, Jakub...... TuPoS-18.3 Salomon, Georg...... MoA10.1 Schmitz, Georg...... MoPoS-05.2 Rubin, Jonathan...... WePoS-13.2 ...... WeI1.1 ...... MoPoS-04.3 Ruby, Rich...... MoA8.1 Salte, Ivar Mjåland...... MoA3.1 ...... MoPoS-05.3 ...... WeK6 ...... WePoS-10.2 ...... MoPoS-09.3 Rückriem, Robert...... MoPoS-27.8 Saltin, Brian...... WePoS-15.1 ...... TuPoS-07.1 Rudresh, Sunil...... MoPoS-22.6 Samadian, Sohrab...... TuPoS-25.1 ...... TuPoS-07.7 Ruggiero II, Nicholas...... WePoS-06.3 Samir, Anthony...... WeI2.1 ...... WeK5.5 Ruile, Werner...... MoB8.1 Sammali, Federica...... TuF8.1 Schmitz-Kempen, Thorsten...... WePoS-28.4 Rule, Andrew...... MoSPS.6 ...... WeJ5.1 Schneider, Caitlin...... TuD2.1 ...... WeH1.6 Sams, Thomas...... WeH3.5 Schneider, Johannes...... MoPoS-14.1 Rupitsch, Stefan Johann...... TuG7.6 Samset, Eigil...... TuPoS-08.2 Schoen Jr, Scott...... MoPoS-16.1 ...... TuPoS-08.1 ...... TuPoS-08.7 ...... WePoS-04.4 ...... TuPoS-15.5 Samson, Christopher...... TuPoS-13.4 Schoot, Benedictus C...... TuF8.1 ...... WeH7.2 ...... TuPoS-27.6 Schou, Mikkel...... MoPoS-28.4 ...... WePoS-28 ...... WeJ4.1 ...... TuD1.2 ...... WePoS-22.3 ...... WeK3.4 ...... TuG5.3 Rush, Brittney...... WePoS-04.3 ...... WePoS-13.1 ...... TuPoS-13.2 Russo, Dario...... MoA4.6 Sanchez, Marine...... WeH1.3 ...... WeH3.5 ...... TuF7.4 ...... WeK2.4 Schouten, Alfred C...... WeK3.3 Rutsch, Matthias...... MoB6.4 Sang, Pilgyu...... WePoS-30.5 Schreiner, Greg...... WePoS-14.4 ...... MoPoS-30.1 Sang, Yuchao...... MoPoS-15.4 Schultz, Christopher W...... MoPoS-02.1 Ryden Ahlgren, Åsa...... TuPoS-08.5 ...... WePoS-03.7 Schulze, Carsten...... MoPoS-27.5 ...... WeK5.2 Sangrador, Jesús...... MoPoS-27.4 Schwab, Hans-Martin...... WeI8.4 Rye Berg, Erik Andreas...... MoA3.5 ...... TuPoS-24.6 Schweizer, Dieter...... WeI8.1 ...... TuF8.6 Saniie, Jafar...... MoA9 Schweizer, Tobias...... MoPoS-09.1 ...... TuPoS-08.6 ...... MoPoS-22 Sciolla, Bruno...... WeK1.6 Ryzy, Martin...... WeI6.4 ...... MoPoS-22.1 Sdika, Michael...... WeK1.6 Rzeczycki, Phillip...... MoPoS-23.6 ...... MoPoS-22.2 Sebastian, Joseph...... MoC1.4 ...... MoSPS.9 Sébastien, Manneville...... MoPoS-08.7 S ...... TuPoS-21.5 ...... WePoS-09.1 ...... WeH7.1 Secomski, Wojciech...... TuPoS-16.5 Saarilahti, Jaakko...... WePoS-21.4 Sankaragomathi, Kannan MoA8.1 Seelamantula, Chandra Sekhar.MoPoS-22.6 Saavedra, Ana Cecilia...... TuG8.1 Aryaperumal...... Seema, Nandi...... WeH5.4 Sabba, Fabrizio...... MoSPS.7 Sano, Takahiro...... TuF4.1 Segers, Patrick...... MoB10.6 ...... WeK7.1 Santos, Marc A...... WeK2.1 Segers, Tim...... MoPoS-06.2 Sacchi, Mauricio...... MoPoS-09.4 ...... WeK2.6 Seggern, Heinz von...... WePoS-19.9 Sadeghpour, Sina...... TuF4.5 Santos, Pedro...... WeK5.3 Sehgal, Chandra...... TuE3.6 Saeki, Masaya...... MoPoS-14.3 Saraswat, Srishti...... MoPoS-15.1 Seip, Ralf...... WeJ2 ...... MoPoS-14.7 Saris, Anne Elisabeth Christina MoPoS-03.1 Sejil, Selsabil...... MoA8.4 Maria...... Sagalovskiy, Irina...... WePoS-09.5 Selingue, Erwan...... TuPoS-17.4 Sarno, Daniel...... TuG5.6 Saharkhiz, Niloufar...... TuPoS-06.4 Sellamuthu, Balasubramanian... MoPoS-02.6 Sarry, Frederic...... MoSPS.11 ...... WePoS-09.5 Selzo, Mallory...... TuPoS-06.3 ...... WePoS-25.1 ...... WePoS-16.9 Semper, Sebastian...... WeJ7.4 Sasaki, Noboru...... TuPoS-03.6 Sahoo, Abhishek...... WeJ5.6 Semyonov, Alexander...... MoPoS-21.5 Sasaki, Shinichi...... MoPoS-30.3 Saijo, Yoshifumi...... TuE8.3 ...... MoPoS-21.8 ...... WePoS-28.1 ...... TuPoS-09 Seno, Norihisa...... MoC11.6 Sathyanarayana, Sushanth...... MoPoS-12.1 Saillant, Jean-Francois...... MoA9.1 Seo, Jai Woong...... TuD3.2 Sato, Kazuishi...... WePoS-15.3 Saito, Katsuya...... MoPoS-06.6 Seok, Chunkyun...... MoSPS.16 Satoer, Djaina D...... WeJ3.2 ...... WePoS-07.1 ...... TuG4.2 Saul, Sebastian...... MoSPS.8 Sakata, Moe...... WePoS-12.2 Sergiadis, George...... TuE4.2 ...... TuF7.2 Sakuma, Ichiro...... MoB3.6 Sessler, Gerhard...... WePoS-19.9 Savage, Michael...... WePoS-06.3 Salcudean, Septimiu E...... TuD2.1 Setoodeh, Sormeh...... WeK6.2 Savoia, Alessandro Stuart...... MoB6.3 ...... WeJ1.3 Severi, Simone...... WeK4.2 ...... MoPoS-01.2 Salles, Sébastien...... MoPoS-03.3 Seviaryn, Fedar...... WePoS-14.4 ...... MoPoS-28.13 ...... TuPoS-01.2 Seviaryna, Ina...... WePoS-16.2 ...... TuF4 ...... TuPoS-08.2 ...... WePoS-14.4 ...... TuPoS-04.1 ...... TuPoS-08.7 Sevit, Alex...... MoC3.4 ...... TuPoS-19.3 ...... WeJ8.5 Sevrukov, Alexander...... TuG2.2 ...... WeH2.6 ...... WePoS-11.2 Shabanimotlagh, Maysam...... WePoS-03.2 Savva, Jill...... TuPoS-16.4 Salmi, Ari...... MoB7.4 Shah, Anant...... MoC1.1 Sawyer, Daniel P...... TuD3.1 ...... MoB7.6 ...... MoPoS-12.6 ...... TuD3.6 ...... MoPoS-20.1 ...... TuD8.6 ...... TuG2.6 ...... MoPoS-24.1 Shah, Anant...... TuE6.5 Sayseng, Vincent...... MoPoS-07.2 ...... MoPoS-23.2 Shah, Anant...... TuPoS-17.3 Sboros, Vassilis...... MoPoS-18.7 ...... MoPoS-20.3 Shah, Anant...... TuPoS-12.4 ...... TuPoS-10.9 ...... MoPoS-20.5 Shah, Anant...... WePoS-05.4 ...... WeK5 ...... TuD6.2 Shah, Syed Ali Hasnain...... TuPoS-07.2 Scalerandi, Marco...... MoB7.3 ...... TuPoS-22.2 Shakya, Gazendra...... MoB5.1 ...... MoPoS-24.3 ...... TuPoS-21.4 Shamdasani, Vijay...... TuPoS-06.6 Schaefer, Michael...... TuPoS-24.4 ...... TuPoS-18.7 Shan, Qingchuan...... WePoS-26.7 Schäfgen, Benedikt...... TuPoS-09.4 174 – IEEE IUS 2019 AUTHOR INDEX

Shang, Shaoqiang...... WePoS-11.5 Silverman, Ronald H...... TuG1.2 Spicer, James B...... TuPoS-20.2 Shangguan, Hanyue...... MoPoS-04.6 ...... WePoS-07.7 Sridaran, Suresh...... MoA8.1 ...... TuG1.2 Simeoni, Pietro...... MoC6.1 Sridharan, Anush...... TuG2.2 Shao, Weiwei...... TuPoS-04.4 Similowski, Thomas...... TuE2.3 Stähli, Patrick...... MoPoS-09.1 ...... TuPoS-27.9 Simon, Gergely...... MoC7.1 ...... TuE1.2 ...... TuPoS-27.10 Simon, Ralph...... WeH7.2 Staines, Mike...... WePoS-28.10 ...... TuPoS-26.13 Simpson, Eric...... TuPoS-27.6 Stanczak, Maria...... TuG2.2 ...... WePoS-14.5 ...... WeJ4.1 Stanziola, Antonio...... MoPoS-12.6 Shapiro, Mikhail G...... MoB4.5 Singh, Jitendra...... TuPoS-24.5 ...... TuD5.5 ...... MoC5.1 Singh, Nidhi...... TuE8.4 ...... TuPoS-10.8 ...... TuD3.1 ...... TuPoS-27.1 ...... WeK1.5 ...... TuD3.6 ...... WeJ4.2 Stasevich, Dan...... TuD7.1 ...... TuE3.2 Singh, Saurabh...... WePoS-16.9 Stedman, Quintin...... TuE4.4 ...... TuG2.6 Singhvi, Ajay...... WeI7.3 ...... WeI4.3 ...... TuG1.1 Sinha, Dipen N...... MoB9.6 Stefan, Catheline...... MoA10.5 ...... TuPoS-03.3 Sirlin, Claude...... WeH1.1 ...... MoPoS-15 Shastri, Saurav Kumaraswami..... MoPoS-22.6 Sirsi, Shashank...... TuPoS-05.2 ...... MoPoS-08.7 Shaw, Colette...... TuG2.1 ...... TuPoS-05.7 ...... TuPoS-09.7 ...... WeK2.3 Sjoerdsma, Marloes...... MoB3.5 ...... WeJ3.6 Sheikh, Rafi...... WePoS-12.3 ...... WeK5.4 ...... WePoS-09.1 Shen, Chechou...... MoB3.3 Sjöstrand, Sandra...... TuF2.6 ...... WePoS-09.3 ...... MoPoS-01.1 ...... TuG5.2 Steffen, Tretbar...... MoPoS-13.4 ...... TuPoS-02.3 ...... WePoS-14.1 ...... WeH4.5 Shen, Fei...... MoPoS-22.7 Skjetne, Paal...... TuD1.5 Steifer, Tomasz...... TuPoS-18.3 ...... TuG7.1 Skliar, Mikhail...... TuD7 ...... WePoS-17.3 Shen, Hong...... MoPoS-10.6 ...... TuD7.6 Steinberg, Idan...... MoA4.2 Shen, Julian...... TuPoS-22.9 ...... TuG7.5 Stephens, Douglas...... WeI4.4 Shen, Jun...... TuPoS-27.10 Sled, John G...... TuPoS-04.3 Stevenson, Timothy James...... TuF7.5 Shen, Rushan...... TuPoS-22.10 Slenter, Jean P. H...... WePoS-04.1 Stiller, Allison...... MoPoS-08.8 Shen, Tueng...... MoA10.6 Smeys, Peter...... WeK6.3 Stivan, Eliana Samira...... MoPoS-14.4 ...... WeK8.6 Smirnow, Michael...... MoB8.1 Stocker, Sean...... WePoS-04.3 Shen, Wei-Hsiang...... MoPoS-05.5 Smistad, Erik...... MoA3.1 Stortz, Greg...... TuPoS-04.3 ...... WeK5.6 ...... MoPoS-11.1 Støylen, Asbjørn...... WeJ8.5 Shen, Xuchen...... TuPoS-22.10 ...... TuF8.6 Strachinaru, Mihai...... MoB4.1 Shen, Yuanyuan...... TuPoS-12.6 ...... WePoS-10.2 ...... WeJ8.3 ...... TuPoS-08.8 Smith, Collin...... MoPoS-09.8 ...... WeJ8.4 ...... WePoS-18.4 ...... WeH8.6 Stratoudaki, Theodosia...... MoPoS-22.3 Shen, Zhitian...... TuPoS-04.4 Smits, Marion...... WeJ3.2 Streque, Jérémy...... MoPoS-26.3 ...... WePoS-14.5 Soenjaya, Yohannes...... TuE8.4 Stride, Eleanor...... MoPoS-28.7 Sherrill, Chrissy, Christina...... TuPoS-04.10 Sojahrood, Aj...... MoPoS-24.2 Stringer, Jeffrey...... TuE4.6 Shi, Ji...... TuPoS-01.5 ...... MoPoS-24.4 Stritch, Thomas...... WePoS-30.6 Shi, Jianmin...... MoPoS-02.2 ...... TuPoS-05.6 ...... WePoS-17.7 ...... MoPoS-02.3 Sokolov, Konstantin...... TuD8.4 Strydis, Christos...... WeJ3.2 Shi, Xudong...... MoPoS-13.6 Solal, Marc...... WeJ6.4 Stuart, Matthias Bo...... MoPoS-03.9 ...... WeH4.4 ...... WePoS-27 ...... TuD1.2 Shibata, Yusei...... MoPoS-06.6 Soldatov, Eugenii...... TuPoS-22.3 ...... TuD1.4 Shieh, Bernard...... MoPoS-28.7 Sollier, Kévin...... WeH5.1 ...... TuPoS-13.2 Shih, Chih-Hsiang...... WePoS-03.8 Solomon, Oren...... TuG1.1 ...... WeI3.3 Shiiba, Michihisa...... WePoS-30.1 Soloukey, Sadaf...... WeJ3.2 Sturm, Eron...... WePoS-06.3 Shiina, Tsuyoshi...... MoPoS-08.3 ...... WePoS-04.1 Stytsenko, Eugene...... WePoS-28.10 ...... WePoS-12.2 Somerset, Will...... TuPoS-19.2 Su, Min...... MoPoS-23.1 ...... WePoS-10.3 ...... WePoS-21.2 ...... TuPoS-27.5 ...... WePoS-12.4 Song, Ilseob...... MoPoS-13.1 ...... WeH4.2 Shimaoka, Takehiro...... MoPoS-27.10 Song, Jae...... WePoS-06.2 ...... WePoS-30.3 Shin, Junseob...... TuE5.1 Song, Kang-Ho...... MoA1.3 ...... WePoS-30.4 ...... TuE5.5 Song, Min...... WePoS-27.9 Su, Riliang...... TuPoS-19.2 ...... WeI8.6 Song, Pengfei...... TuF5.2 Su, Xiaoqian...... TuPoS-15.2 Shinoda, Hiroyuki...... MoPoS-31.3 ...... TuF5.4 Suarez Castellanos, Ivan Mauri-MoPoS-16.2 Shirkovkiy, Pavel...... MoPoS-30.2 ...... WeH3.2 cio...... WePoS-08.5 Song, Shaozhen...... WeK8.6 ...... TuF3.4 Shoro, Takuya...... WePoS-24.6 Song, Tai-Kyong...... MoB3.2 ...... TuPoS-03.1 Shrout, Thomas...... MoA6.1 ...... TuPoS-26.17 Suarez Escudero, Daniel...... TuG3.2 ...... TuD4.3 ...... WePoS-07.6 ...... WeJ2.4 ...... WeH4.2 Song, Yamei...... TuPoS-25.4 Sugimoto, Kazuko...... WeJ7.1 Shui, Guoshuang...... WePoS-20.2 Sonntag, Sven...... WeH5.2 ...... WeJ7.3 Shulepov, Sergei...... TuPoS-04.5 Sontum, Per...... MoC1.1 Sugimoto, Tsuneyoshi...... WeJ7.1 Shun-Shin, Matthew...... TuPoS-04.7 ...... TuPoS-17.3 ...... WeJ7.3 Shung, K. Kirk...... MoC7.3 Sood, Anil...... TuD8.4 Sukovich, Jonathan...... MoPoS-16.5 ...... WePoS-29.3 Soozande, Mehdi...... TuPoS-01.1 Sullivan, Charles...... TuF3.6 ...... WePoS-04.5 Sørensen, Charlotte Mehlin...... TuF5.3 Sultan, Laith...... TuE3.6 Shvetsov, Alexander...... WePoS-26.6 ...... TuG1.5 Sumi, Chikayoshi...... MoPoS-20.4 Sidhu, Paul...... MoB1.1 Soulez, Gilles...... WeK8.3 ...... TuPoS-07.9 Siepel, Francoise...... TuPoS-11.7 Soulioti, Danai Eleni...... MoPoS-04.4 Sun, Ce...... MoA9.2 Sillanpaa, Teuvo...... WePoS-21.4 Soundara-Pandian, Mohanraj...... MoC6.2 Sun, Chengliang...... TuPoS-25.3 Sillanpää, Tom...... TuPoS-21.4 Soutome, Takumi...... MoC11.3 Sun, ChengLiang...... TuPoS-25.6 Silva, Jorge...... TuPoS-11.6 Souza, Colin Francis...... TuD7.4 Sun, Lijun...... WePoS-18.3 Silveira, Patricia...... WePoS-27.3 Spalvier, Agustin...... WePoS-20.3 Sun, Shuxin...... WePoS-18.3 ...... WePoS-27.6 Speicher, Daniel...... WeH4.5 Sun, Ting...... TuPoS-15.4

IEEE IUS 2019 – 175 Sun, Xiangyu...... TuPoS-25.9 ...... TuD8.6 Tian, Xiaoqi...... WePoS-10.4 Suo, Dingjie...... TuPoS-15.1 ...... TuG2 Tian, Yong...... WePoS-19.7 Supponen, Outi...... TuF2.2 ...... TuG2.4 ...... WePoS-27.9 Suzuki, Kenji...... MoPoS-31.1 ...... TuPoS-04.7 Tichy, Frank...... TuPoS-26.16 Suzuki, Masaki...... WePoS-15.3 ...... TuPoS-10.8 Tiedke, Stephan...... WePoS-28.4 Suzuki, Masashi...... MoPoS-26.1 ...... WeH3.6 Tiercelin, Nicolas...... WePoS-26.4 ...... MoPoS-27.3 ...... WeI3.1 Tierney, Jaime...... WePoS-03.11 Suzuki, Yuhei...... TuPoS-18.2 ...... WeK1.5 Tilman, Rohrer...... MoPoS-13.4 Svedström, Kirsi...... WeI7.2 ...... WePoS-05.4 Tittmann, Bernhard...... TuD7 Svensson, Ingrid...... WePoS-14.1 ...... WePoS-05.6 ...... WePoS-29.1 Sviridov, Andrey...... MoPoS-17.4 Tang, Phoei Ying...... TuE3.1 Tiwari, Sudhanshu...... MoSPS.17 Swillens, Abigail...... TuG5.5 Tang, Shanshan...... TuF5.2 ...... TuF4.2 Szabo, Thomas...... MoB7.1 ...... TuF5.4 Toda, Masaya...... WeK6.4 Szalewski, Marek...... TuPoS-22.5 Tang, Tianhan...... WePoS-11.6 Tomasik, Jakob...... WePoS-27.2 Tang, Yongkui...... MoA7.2 ...... WePoS-27.4 T Tang, Yujia...... WePoS-01.4 Tomii, Naoki...... MoB3.6 Taniguchi, Masahiko...... WePoS-15.3 ...... MoPoS-11.7 Ta, Dean...... TuPoS-11.4 Tant, Katherine...... MoPoS-20.2 Tominaga, Kohei...... MoPoS-14.9 ...... TuPoS-09.9 ...... MoPoS-22.3 Tomizaki, Takashi...... TuD6.4 ...... WeH7.5 ...... WeK7.4 Tommiska, Oskari...... MoPoS-20.5 ...... WeJ1.5 Tanter, Mickael...... MoB4.5 ...... WePoS-23.7 ...... WePoS-18.3 ...... MoC4.1 ...... WePoS-19.10 ...... WePoS-11.4 ...... MoC5.1 Tomoeda, Yuu...... MoA9.2 ...... WePoS-17.4 ...... TuF1.3 Tomov, Borislav Gueorguiev...... TuD1.2 Taback, Bret...... TuPoS-06.4 ...... TuG3.2 ...... WeH3.5 Tabassian, Mahdi...... TuPoS-11.2 ...... TuPoS-04.2 Tonert, Thomas...... MoPoS-27.5 ...... WeK1.2 ...... WeH3.1 Torkzaban, Mehnoosh...... MoPoS-02.1 Tabatabaeipour, Morteza...... MoA9.4 ...... WeH5.1 ...... WePoS-07.4 ...... TuPoS-18.4 ...... WeI3.5 Torp, Hans...... TuF5.1 Tabrizian, Roozbeh...... WePoS-28.6 ...... WeJ3.1 ...... WeJ8.5 Taehoon, Kim...... WePoS-03.2 ...... WeJ8.2 ...... WePoS-03.1 Tagawa, Norio...... MoPoS-21.3 ...... WeJ2.4 Torres, Francesc...... MoC6.2 ...... MoPoS-01.5 ...... WeK3.1 Torres, Gabriela...... MoSPS.6 Tagliabue, Eleonora...... TuPoS-11.7 Tarsi, Trevor...... WeK6.3 ...... TuPoS-06.5 Tajic, Alireza...... TuPoS-24.9 Tasdelen, A. Sinan...... MoPoS-28.5 ...... TuPoS-07.6 Tak, Jinpil...... MoPoS-15.1 ...... MoPoS-28.9 ...... WeH1.6 Takagi, Shu...... MoPoS-11.7 Tasinkevych, Yuriy...... WePoS-11.9 ...... WeK8.4 Takai, Tsutomu...... WeJ6.5 Taskin, Ulas...... MoB7 ...... WePoS-08.7 Takamura, Yuuta...... MoPoS-25.1 ...... WeH6.3 ...... WePoS-03.10 Takata, Mineaki...... MoPoS-14.2 Tassieri, Manlio...... MoPoS-26.9 Tortello, Mauro...... MoB7.3 Takayanagi, Shinji...... MoPoS-25.1 Tavitian, Bertrand...... WeJ8.2 ...... MoPoS-24.3 ...... MoPoS-14.2 Telichko, Arsenii...... MoA1.1 Tortoli, Piero...... MoPoS-03.6 ...... MoPoS-14.4 Ten Cate, Folkert...... MoB4.1 ...... MoPoS-03.7 ...... TuF6.2 Teplykh, Andrey...... MoPoS-19.2 ...... MoPoS-03.10 Take, Taha...... TuPoS-27.4 ...... MoPoS-21.5 ...... TuF2.2 Takemura, Kenjiro...... WePoS-29.2 ...... MoPoS-21.8 ...... TuPoS-04.1 Takeuchi, Shinichi...... WePoS-30.1 ter Haar, Gail...... WeK2.5 ...... TuPoS-13.1 Takiguchi, Mitsuyoshi...... TuPoS-03.6 Teraji, Tokuyuki...... MoPoS-27.10 ...... TuPoS-02.6 Talbi, Abdelkrim...... WePoS-26.4 Teramoto, Kenbu...... TuPoS-18.1 ...... WeH2 Tallur, Siddharth...... WePoS-26.3 Terry, Jefferson...... WeJ1.3 ...... WeH2.1 Talmant, Maryline...... TuE1.1 Teston, Eliott...... WeH5.1 ...... WeH2.6 Tam, Sarah...... TuD3.2 Testoni, Nicola...... TuPoS-20.5 ...... WeI5.4 Tamura, Kazuki...... WePoS-17.2 ...... WePoS-22.2 ...... WePoS-01.1 Tan, Allison...... WeK2.3 Tezuka, Ami...... MoPoS-26.1 Toulemonde, Matthieu...... TuD5.5 Tan, Chao...... WeH7.4 Thalhammer, Robert...... WeH6 ...... WeI3.1 Tan, Chunjie...... WePoS-06.6 Thanniyil Sebastian, Abhilash...... WePoS-21.4 ...... WeK1.5 Tan, Joel Weng Yu...... TuD8.3 Thapa, Diwash...... WePoS-23.4 ...... WePoS-05.6 Tan, Josephine...... MoC5.3 Thibault, Brugière...... WePoS-09.1 Tournat, Vincent...... WePoS-20.4 Tan, Qingyuan...... WeJ4.3 Thiele, Karl...... TuG4.1 Tourneret, Jean-Yves...... MoA3.2 ...... WeK1.3 Thiran, Jean-Philippe...... MoPoS-09.5 ...... WeJ5.5 ...... WePoS-14.2 Thittai, Arun...... MoPoS-11.2 ...... WePoS-10.1 Tan, Roderick J...... TuG1.4 ...... MoPoS-22.6 Tovar, Pedro...... WeK7.3 ...... WePoS-04.3 ...... TuPoS-14.9 Toyota, Taro...... MoPoS-06.6 Tanaka, Hiroki...... WePoS-01.2 Thomas, Gibaud...... MoPoS-08.7 Traberg, Marie Sand...... TuD1.2 Tanaka, Shuji...... MoA8 ...... WePoS-09.1 ...... TuD1.4 ...... TuG6.1 Thomas, Peter J...... WePoS-25.3 ...... TuD1.6 Tanaka, Tomohiko...... WePoS-14.6 Thomas, Reju George...... TuPoS-15.2 Trabulsi, Edouard...... TuG2.3 Tang, An...... MoA10.4 Thomsen, Erik, Vilain...... MoPoS-28.4 Trahey, Gregg...... MoPoS-07.1 ...... WeH1.2 ...... MoPoS-28.8 ...... MoPoS-07.6 ...... WeH1.4 ...... MoPoS-28.11 ...... TuF8.2 Tang, Gongbin...... WeJ6.6 ...... TuG5.3 ...... TuF1.4 Tang, Hu...... TuPoS-27.7 ...... WeH3.5 ...... TuG5.1 Tang, Liang...... WePoS-18.3 ...... WeI3.3 ...... TuPoS-02.4 Tang, Meng-Xing...... MoPoS-04.1 Thomson, Hannah...... TuPoS-27.3 ...... WeH8.1 ...... MoPoS-04.2 ...... WePoS-17.7 ...... WeI5.2 ...... MoPoS-12.6 Thrastarson, Sölvi...... WeH6.1 ...... WeJ5.2 ...... MoPoS-09.9 Thring, Claire Brigid...... TuF2.6 Tran, Tho...... MoPoS-09.4 ...... TuD5.5 Tian, Hao...... TuPoS-22.9 Tran, Trac D...... TuPoS-11.5

176 – IEEE IUS 2019 AUTHOR INDEX

Treeby, Bradley...... MoPoS-16.4 V ...... TuPoS-18.7 ...... TuE6.3 ...... TuPoS-18.9 ...... TuPoS-22.1 Vaillant, Fanny...... WeJ3.6 Velichko, Alexander...... TuG7.2 ...... WePoS-23.1 Valette, Julien...... TuPoS-17.4 ...... TuPoS-20.8 ...... WePoS-24.3 Vallée, Emilie...... TuPoS-20.7 Vercauteren, Tom...... TuPoS-11.2 Tremblay-Darveau, Charles...... TuF2.4 van de Vosse, Frans...... MoA3.6 Verdú, Jordi...... WePoS-27.3 Triano, Angel...... WePoS-27.3 ...... MoB2.1 ...... WePoS-27.6 ...... WePoS-27.6 ...... MoB3.5 Veremeev, Ivan...... MoPoS-26.7 Tripathi, Bharat B...... MoA7.4 ...... MoPoS-10.2 Veres, Istvan Attila...... MoC7 Trolier-McKinstry, Susan...... MoSPS.17 ...... MoPoS-07.3 ...... TuPoS-24.9 ...... TuF4.2 ...... MoPoS-09.6 ...... WeI6.4 Trombley, Django...... WeK6.3 ...... TuPoS-12.3 Veronesi, Federico...... MoA3.5 Trop, Isabelle...... WeI1.3 ...... TuPoS-09.5 Versluis, Michel...... MoPoS-06.2 Trushkevych, Oksana...... MoA9.4 ...... WeI8.4 Verweij, Martin D...... TuE3.1 ...... TuPoS-18.4 ...... WeJ8.1 ...... TuE4.1 Trutna, Courtney...... TuPoS-06.2 ...... WeK5.4 ...... TuF7.3 ...... TuPoS-07.5 van den Bosch, Annemien E...... MoB4.1 ...... TuPoS-01.1 Trzasko, Joshua...... TuF5.2 Van Den Hoven, Marcel...... TuG5.5 ...... WeH8.5 Tsesses, Shai...... MoB9.2 van der Neut, Joost...... WeH6.2 ...... WeJ8.4 Tsuboi, Takuya...... MoC11.1 van der Steen, Ton...... MoB4.1 ...... WeK3.3 Tsui, Po-Hsiang...... TuPoS-14.8 ...... TuE3.1 ...... WePoS-03.2 ...... WePoS-17.1 ...... TuE3.4 Vetelino, John...... MoPoS-21.1 ...... WePoS-17.9 ...... WeJ3.2 Viallon, Magalie...... MoA5.6 Tsujino, Jiromaru...... WeK7.6 ...... WeJ4.5 Vidal, Fabien...... MoA3.2 Tsujino, Soichiro...... TuD6.4 ...... WeJ8.3 ...... WePoS-15.4 Tsuruta, James...... MoPoS-06.5 ...... WeJ8.4 Viel, Thomas...... WeJ8.2 Tualle, Jean-MIchel...... TuPoS-12.5 van Dongen, Koen W.A...... WeH6.2 Vienneau, Emelina Prevost...... MoPoS-18.5 Turco, Simona...... MoB4.4 ...... WeH6.3 Vignon, Francois...... MoC10.4 ...... MoPoS-06.1 van Driel, Martin...... WeH6.1 ...... TuE5.1 ...... MoPoS-06.3 van Hees, Roy...... MoB2.1 ...... TuE5.5 Turnbull, Daniel H...... MoA3.3 van Herwaarden, Dirk-Philip...... WeH6.1 ...... WeI8.6 Turner, Patrick J...... MoB8.4 van Knippenbeg, Luuk...... TuPoS-04.5 Villagómez Hoyos, Carlos TuF5.3 ...... MoB8.5 Van Namen, Austin...... MoB2.5 Armando...... MoC8.3 van Neer, Paul...... MoA6.5 ...... TuG1.5 ...... MoC8.4 ...... TuF7.1 Villanueva, Guillermo...... MoB8.5 ...... TuPoS-25.1 ...... TuF7.3 ...... MoC8.3 ...... WeI6.1 ...... WeI7 ...... WeI6.1 Turquin, Emeline...... MoA5.6 van Rooij, Tom...... TuE3.4 Villemain, Olivier...... WeJ8.2 ...... WeJ3.4 van Ruth, Saskia...... WePoS-19.1 Vince, D. Geoffrey...... MoA5.2 Tweedie, Andy...... MoPoS-29.3 van Sambeek, Marc...... MoB2.1 ...... MoA5.4 Tzanov, Vassil...... MoC6.2 ...... MoPoS-07.3 Vincent, Arnaud J. P. E...... WeJ3.2 ...... MoPoS-09.6 Vion, Michael...... WeJ2.4 U ...... TuPoS-12.3 Vion-Bailly, Jeremy...... MoPoS-16.2 ...... TuPoS-09.5 ...... TuF3.4 Uberseder, Beth...... TuPoS-04.10 van Sloun, Ruud JG...... MoA10.1 ...... TuPoS-03.1 Uchida, Akimi...... WePoS-26.1 ...... MoB4.4 Virupakshappa, Kushal...... MoPoS-22.9 Udaondo, Carlos...... TuPoS-24.7 ...... MoPoS-06.3 ...... TuPoS-21.3 Uechi, Itsuki...... WeJ7.1 ...... TuF5.5 ...... TuPoS-21.6 Ueda, Masanori...... TuPoS-24 ...... TuF1.1 Vishnevskiy, Valery...... WeI8.1 Ueda, Tomohisa...... MoA9.2 ...... TuPoS-02 Vithanage, Randika Wathavana.MoPoS-22.5 Ueno, Shoya...... WePoS-24.5 ...... TuPoS-04.5 ...... WeK7.5 Ueno, Tomoya...... MoPoS-25.2 ...... WeI1.1 Vivien, Denis...... WeJ3.1 Uliana, João...... WeI2.2 ...... WeJ5.1 Vlaisavljevich, Eli...... TuPoS-16.1 Ulrich, Micah...... WeI1.6 ...... WeK1.1 Vloedgraven, Elcke...... MoB2.1 Umemura, Shin-ichiro...... TuE8.3 van Sluisveld, Annouk...... TuG8.5 Voigt, Jens-Uwe...... WeK5.3 Unger, Alexander...... MoPoS-30.1 Van Soest, Gijs...... WeJ4.5 Volodarsky, Oleg...... TuE8.6 ...... MoSPS.8 van Wamel, Annemieke...... MoC1.1 von der Weid, Jean Pierre...... TuD7.2 ...... TuF7.2 ...... TuPoS-17.3 ...... WeK7.3 Unnikrishnan, Sunil...... TuG2.5 van Wamel, Willem J.B...... TuE3.4 Vonlanthen, Manuel...... MoPoS-09.5 Upadhyay, Awaneesh...... TuF2.2 van Willigen, Douwe Manuel...... TuE4.1 Voorneveld, Jason...... MoB4.1 Uranga, Arantxa...... MoC6.2 ...... TuF7.3 ...... WeJ8.3 Urano, Moemi...... WePoS-12.4 Vandenbussche, Frank P.H.A...... TuG8.5 Vos, Hendrik J...... MoB4.1 Urban, Daniel...... WePoS-27.8 VanderLaan, Donald...... MoA4.5 ...... MoB10.3 Urban, Matthew...... MoA10 ...... MoPoS-07.4 ...... MoPoS-06.2 ...... MoA10.3 Varadarajan, Ramya...... WePoS-03.10 ...... TuF2.2 ...... MoSPS.6 Varray, François...... MoxA4.1 ...... TuPoS-01.1 ...... TuD2.3 ...... MoA5.6 ...... WeJ8.3 ...... TuD2.4 ...... MoPoS-03.3 ...... WeJ8.4 ...... TuPoS-07.4 ...... TuF1.2 ...... WeK3.3 ...... WeH1.6 ...... TuPoS-01.2 ...... WePoS-03.2 ...... WeK8.5 ...... WeJ3.4 Vray, Didier...... MoPoS-10.5 ...... WePoS-09.2 Vasconcelos, Luiz...... TuD2.3 ...... MoPoS-03.6 Urs, Raksha...... TuG1.2 Vasiljev, Piotr...... TuPoS-26.14 Urzhumov, Yaroslav...... WePoS-23.2 Vats, Alok...... MoA8.5 Utagawa, Noriyuki...... WeJ7.1 Veber, Philippe...... MoA6.3 ...... WeJ7.3 Vegter, Merel...... TuE3.1 Veira Canle, Daniel...... MoB7.6 ...... MoPoS-24.1

IEEE IUS 2019 – 177 W ...... WeI6.3 Weinberg, Peter...... WeI3.1 Wang, Qin...... WePoS-04.7 Wells, George...... MoSPS.7 Waasdorp, Rick...... WeK3.3 Wang, Rui...... MoPoS-22.7 ...... WeK7.1 Wagle, Sanat...... TuPoS-10.2 ...... TuG7.1 Wen, Wang...... WePoS-26.8 ...... WePoS-20.5 Wang, Ruikang...... MoA10.6 Wen, Yunfei...... TuD8.4 Wagner, Karl Christian...... MoB8 ...... WeK8.6 Weng, Chien-Chang...... TuE2.6 ...... MoB8.1 Wang, Sheng...... WePoS-10.5 ...... TuPoS-06.8 ...... WeJ6.1 Wang, Shyh-Hau...... TuG7.4 Wenisch, Thomas F...... TuPoS-01.3 Wagner, Michael...... WePoS-27.2 ...... TuG8.4 Weser, Robert...... MoPoS-26.5 ...... WePoS-27.4 ...... WePoS-17.5 ...... TuE7.2 Wakabayashi, Takuya...... MoPoS-25.1 Wang, Supin...... WePoS-11.5 Wessner, Corinne...... MoPoS-02.1 Wakimoto, Syuichi...... MoC11.6 Wang, Tingting...... WePoS-25.2 ...... TuG2.1 Walczak, Mateusz...... TuPoS-18.3 Wang, Xiaowei...... MoC3.2 ...... TuPoS-09.2 ...... WePoS-11.9 Wang, Xin...... MoC7.2 ...... WeK2.3 Walinsky, Paul...... WePoS-06.3 ...... WeJ2.2 ...... WePoS-07.4 Walker, William...... TuF1.4 Wang, Xinhui...... TuPoS-03.2 West, Brendan L...... TuPoS-01.3 ...... WeH8.1 Wang, Xinning...... MoC5.2 Westerveld, Wouter Jan...... WeK4.2 Wallace, Kirk...... MoPoS-02.1 Wang, Xixi...... TuPoS-22.9 White, Rachel...... MoPoS-06.5 ...... TuG2.2 Wang, Xu-Bo...... MoPoS-29.4 ...... TuPoS-04.10 ...... TuG2.3 Wang, Xuan...... TuG3.5 Whitman, Charles...... WeK6.5 ...... WePoS-07.4 ...... TuPoS-16.3 Wiacek, Alycen...... MoC10.1 Wallinger, Christian...... TuPoS-10.7 ...... WePoS-10.6 Wieja, Krzysztof...... TuPoS-22.5 Walther, Andreas...... TuE6.2 Wang, Xueding...... MoB2.6 Wigen, Morten Smedsrud...... TuD1.5 Walton, Kenneth...... TuG7.5 ...... TuD8.3 ...... WeJ8.5 Wan, Jennifer M.F...... TuE3.5 ...... TuE8.1 Wijkstra, Hessel...... MoA10.1 Wan, Mingxi...... MoC3.3 ...... TuE1.4 ...... MoB4.4 ...... MoC7.2 ...... TuPoS-16.6 ...... MoPoS-06.1 ...... MoPoS-17.2 ...... WeI7.6 ...... MoPoS-06.3 ...... MoPoS-15.3 ...... WePoS-12.1 ...... WeI1.1 ...... MoPoS-15.4 ...... WePoS-13.2 ...... WeJ5.1 ...... MoSPS.4 Wang, Xuejiao...... MoA5.5 Wildeboer, Rogier R...... MoA10.1 ...... TuF3.1 Wang, Xuewei...... WePoS-11.5 ...... WeI1.1 ...... TuG3.5 Wang, Yahua...... MoPoS-07.5 ...... WeJ5.1 ...... TuPoS-03 Wang, Yak-Nam...... TuPoS-15.1 Wilhite, Cameron...... TuPoS-08.3 ...... TuPoS-15.3 Wang, Yan-Feng...... WePoS-25.2 Wilkens, Volker...... WeH5.2 ...... TuPoS-16.3 Wang, Yang...... MoPoS-21.4 Wilkes, Annina...... TuG2.2 ...... TuPoS-06.7 ...... WePoS-02.3 Willemsen, Balam...... MoB8.4 ...... WeH5.3 Wang, Yanjie...... MoB2.2 Williams, Helena...... TuPoS-11.2 ...... WeJ2.2 ...... MoC1.4 Williams, Ross...... WeI5.3 ...... WePoS-08.3 ...... TuD8.5 Wilmink, Freke...... TuG8.5 ...... WePoS-02.4 Wang, Yanyan...... MoC9.1 Wilson, Brian...... TuE8.4 ...... WePoS-02.5 Wang, Yao...... MoA3.3 Wimsey, Lauren...... MoPoS-08.2 ...... WePoS-11.5 Wang, Yibo...... MoC1.3 Winder, Alan...... TuPoS-03.5 ...... WePoS-10.6 Wang, Yicheng...... TuPoS-25.9 Winder, Jason...... TuPoS-03.5 ...... WePoS-03.7 Wang, Yiliu...... WePoS-27.7 Windmill, James...... MoA7.5 Wang, Bingxue...... MoPoS-12.6 Wang, Yongqing...... WePoS-29.6 ...... WePoS-15.1 Wang, Boyang...... MoPoS-22.2 Wang, Yuanyuan...... MoA5.5 Winkler, Andreas...... TuE7.2 ...... MoSPS.9 ...... TuG8.3 Winter, Reidar...... WeK8.5 ...... TuPoS-21.5 ...... WeK8.1 Wirtzfeld, Lauren...... TuPoS-02.5 ...... WeH7.1 Wang, Yue-Sheng...... WePoS-25.2 Wiseman, Luke...... TuPoS-07.4 Wang, Changming...... MoA5.5 Wang, Zheng...... MoC8.2 ...... WeH6 Wang, Chuangnan...... TuF7.5 Wapenaar, Kees...... WeH6.2 Wiser, Robert...... MoA8.1 Wang, Churng-Ren...... MoA1.6 Waraich, Saad Ahmed...... WePoS-03.5 Wiskin, James...... TuE1.3 ...... TuPoS-15.6 Warner, Michael...... MoPoS-09.9 Witek, Beata...... TuPoS-18.3 Wang, Congzhi...... MoPoS-18.3 Watanabe, Yoshiki...... MoPoS-11.7 Witte, Christian...... MoC9.4 ...... MoSPS.10 Waters, Kendall...... WeI2 Witte, Russell...... MoPoS-15.1 ...... TuD6.5 Watson, Richard L...... WePoS-25.3 ...... TuPoS-08.3 ...... WeJ4.3 Watson, Robert...... WePoS-20.1 ...... WeJ3.3 ...... WeK1.3 Webb, Jeremy...... TuPoS-04.9 ...... WeJ3.5 ...... WeK4.4 Weber, Martin...... WeH5.2 ...... WeK3 ...... WeK4.5 Weber, Rachel...... MoC4.4 Wodnicki, Robert...... MoA6.4 ...... WePoS-14.2 ...... MoPoS-07.2 ...... WeI4.4 Wang, Fan...... WePoS-08.3 ...... TuPoS-06.4 Wolf, Mario...... TuPoS-22.4 Wang, Gaofeng...... MoPoS-29.1 ...... WePoS-16.5 ...... TuPoS-26.15 Wang, Hexuan...... MoPoS-08.1 Weeks, Abbie...... WePoS-03.11 ...... WePoS-23.3 ...... TuD2.6 Weeks, Arthur...... MoPoS-26.6 Wong, Emily...... TuPoS-02.5 Wang, Hong Wei...... WePoS-14.7 ...... MoPoS-26.10 Wong, Voon-Kean...... MoA9.5 Wang, Huaijun...... MoA1.1 Wegst, Ulrike...... TuF3.6 Wong, Zheng Zheng...... MoA9.5 Wang, Ji...... MoPoS-23 Wei, Lai...... WePoS-04.7 Wood, Andrew...... TuE3.6 ...... TuPoS-22.9 Wei, Luxi...... WeI5.3 Wood, Cayla...... TuD8.4 Wang, Jing...... TuPoS-22.10 Wei, Wei...... TuPoS-26.8 Woodacre, Jeffrey...... TuPoS-27.4 Wang, Lucy...... WeK2.1 Weigel, Robert...... MoPoS-27.1 ...... TuPoS-27.6 Wang, Max...... MoPoS-31.5 ...... TuPoS-24.1 ...... WeJ4.1 Wang, Mengke...... TuPoS-08.8 ...... WePoS-27.2 ...... WeK4.1 Wang, Nan...... MoA8.6 ...... WePoS-27.4 ...... WePoS-28.5 ...... TuF6.5 Weijers, Gert...... TuG8.5 Worlikar, Tejaswi...... TuG3.1 ...... TuPoS-25.2 ...... TuPoS-11.7 ...... TuPoS-16.1 ...... TuPoS-25.3 Weile, Mads Alexander...... MoPoS-28.11 Wright, Alex...... TuG3.3

178 – IEEE IUS 2019 AUTHOR INDEX

...... WeH4.3 Xu, Rui...... WeJ1.6 ...... MoSPS.15 Wright, William...... TuD7.1 Xu, Shanshan...... MoPoS-15.4 ...... WeI6.6 ...... TuF7 Xu, Tianqi...... MoC3.3 Yang, Yaoheng...... MoSPS.2 ...... WePoS-19.1 ...... MoSPS.4 ...... WeI2.4 Wu, Daocheng...... MoPoS-17.2 ...... TuF3.1 Yang, Ye...... MoSPS.10 Wu, Dawei...... MoPoS-29.2 Xu, Tingnian...... TuPoS-26.8 ...... TuD6.5 ...... TuPoS-23.2 Xu, Wei-Jiang...... MoPoS-29.4 ...... WeK4.5 ...... WePoS-14.3 Xu, Yifei...... WePoS-13.4 Yang, Yi...... TuPoS-09.6 ...... WePoS-22.4 Xu, Yuan...... WeI8.5 ...... WePoS-04.6 Wu, Dong Chuan...... TuPoS-04.8 Xu, Zhen...... MoPoS-16.5 ...... WePoS-04.7 Wu, Huaiyu...... MoA6.6 ...... TuG3 Yang, Zhen...... MoA5.5 ...... WeH4.6 ...... TuG3.1 Yano, Yuichiro...... WeK6.4 ...... WeJ2.1 ...... TuPoS-16.1 Yantchev, Ventsislav...... MoB9.3 Wu, Jiang...... MoA9.2 ...... WeJ2.1 ...... MoB8.5 Wu, Jing...... MoA8.5 Xuan, Fuzhen...... TuPoS-18.5 ...... MoC8.3 Wu, Lixiang...... MoPoS-29.1 Xue, Shan...... MoPoS-17.3 ...... MoC8.4 Wu, Min...... MoB2.1 ...... MoPoS-27 ...... TuPoS-12.3 Y ...... TuPoS-25.1 Wu, Pengying...... MoC7.2 ...... WeI6.1 ...... TuPoS-15.3 Yagüe-Jiménez, Virginia...... TuPoS-02.2 Yao, Kui...... MoA9.5 ...... WeH5.3 ...... TuPoS-26.11 ...... MoPoS-21 ...... WeJ2.2 Yahav, Amir...... MoPoS-11.5 ...... WeJ7 ...... WePoS-02.5 Yamada, Hisato...... TuPoS-18.2 ...... WePoS-21.5 Wu, Qidie...... TuPoS-25.5 Yamaguchi, Tadashi...... MoPoS-06.6 Yao, Zhiyuan...... TuPoS-23.2 Wu, Shan...... MoC3.3 ...... TuPoS-14.2 Yarmoska, Steven...... MoB5.2 ...... MoSPS.4 ...... TuPoS-14.5 ...... MoB5.4 ...... TuF3.1 ...... WePoS-07.1 ...... WePoS-05.3 ...... WePoS-11.5 ...... WePoS-17.2 Yashiro, Satoshi...... MoA5.3 Wu, Sheng-Kai...... WeK2.1 ...... WePoS-16.6 Yasui, Hirokazu...... MoPoS-14.9 ...... WeK2.6 ...... WePoS-16.8 Yatsuda, Hiromi...... WePoS-26.5 Wu, Wentao...... TuPoS-20.4 ...... WePoS-17.8 Ye, Jian...... TuD2.2 Wu, Xueqian...... TuPoS-25.5 Yamakawa, Makoto...... MoPoS-08.3 Ye, Jong Chul...... MoPoS-18.2 Wu, Yixuan...... TuD8.1 ...... WePoS-12.2 ...... WePoS-11.3 Würl, Matthias...... MoB6.3 ...... WePoS-10.3 Ye, Zuo-Guang...... MoA6.2 Wygant, Ira...... MoPoS-28.10 ...... WePoS-12.4 ...... WePoS-28.2 Yamamoto, Yutaka...... MoPoS-23.4 Yeh, Chih-Kuang...... MoPoS-02 X Yamanaka, Kazuhiro...... WePoS-11.8 ...... MoPoS-15.6 Yamaner, Feysel Yalcin...... MoB6.5 ...... TuF3.2 Xi, Yuyin...... TuPoS-22.6 ...... MoSPS.16 ...... TuPoS-17.1 Xia, Guisong...... WeK1.3 ...... MoSPS.18 ...... WeJ2.5 Xia, Xiangxiang...... WePoS-29.7 ...... TuG4.2 Yen, Ernest...... WeK6.3 Xiang, Yanxun...... TuPoS-18.5 ...... TuG4.5 Yeo, Sunmi...... MoB3.2 Xiao, Di...... MoA4.1 ...... WeI4.2 Yeung, Raymond...... TuPoS-15.1 ...... WeK1.4 Yan, Fei...... MoC5.4 Yi, Xiaolei...... MoPoS-05.4 ...... WePoS-03.5 ...... WePoS-02.3 Yilmaz, Mehmet...... MoPoS-28.5 Xiao, Yang...... MoSPS.10 Yan, Jing...... WePoS-19.1 ...... MoPoS-28.9 ...... TuD6.5 Yan, Yan...... MoB2.3 Yin, Jianhua...... TuPoS-27.1 ...... WeJ4.3 ...... TuE8.5 ...... TuPoS-02.5 ...... WeK1.3 Yanagitani, Takahiko...... MoC11.2 ...... WeI3.4 ...... WeK4.5 ...... MoC11.3 ...... WeJ4.2 ...... WePoS-14.2 ...... MoPoS-25.1 Yin, Jingyi...... MoC4.3 ...... WePoS-30.4 ...... MoSPS.13 Yin, Jingyi...... MoPoS-19.3 ...... WePoS-10.5 ...... TuD4.2 ...... TuE6.6 Xiaoyang, Qiao...... TuPoS-15.3 ...... TuF6.1 Yin, Kaiyang...... TuF3.6 ...... WeH5.3 ...... TuF6.2 Yin, Xin...... TuPoS-18.5 Xie, Fang...... WePoS-10.4 ...... TuF6.6 Yin, Yining...... WePoS-26.8 Xie, Hua...... TuPoS-06.6 Yandrapalli, Soumya...... MoB8.5 Yiu, Billy Y. S...... MoA4.1 Xie, Xia...... TuPoS-09.6 ...... MoC8.3 ...... MoB4.2 Xie, Xinyi...... TuPoS-16.6 ...... WeI6.1 ...... MoPoS-03.2 Xie, Yanjun...... TuF2.3 Yang, Changchun...... MoPoS-12.3 ...... MoPoS-04.6 Xie, Ying...... TuPoS-25.6 Yang, Chen...... TuE4.2 ...... TuD1.3 Xin, Hao...... MoPoS-15.1 Yang, Chen...... TuPoS-04.4 ...... TuG5.4 Xiong, Rui...... TuPoS-26.8 Yang, Chen...... TuPoS-26.6 ...... TuG1.2 Xu, Fangting...... MoPoS-04.1 ...... TuPoS-26.13 ...... WeI5.1 ...... WeH3.6 Yang, Chen...... WePoS-01.4 ...... WeK1.4 Xu, Feng...... WePoS-18.3 Yang, Gao...... WeH2.5 ...... WePoS-15 Xu, Guan...... WePoS-13.2 Yang, Jing...... TuPoS-02.5 ...... WePoS-03.5 Xu, Jie...... TuPoS-04.4 ...... WeI3.4 Yoganathan, Thulaciga...... WeJ8.2 Xu, Kailiang...... WeH7.5 Yang, Kun...... WePoS-19.6 Yokota, Hiroaki...... MoPoS-26.1 ...... WeI3.5 Yang, Shang Chin...... WePoS-08.6 Yokoyama, Keita...... MoPoS-08.6 ...... WeJ1.5 Yang, Shufan...... WePoS-17.7 Yonai, Toshifumi...... MoPoS-26.1 ...... WePoS-11.4 Yang, Xiao...... TuPoS-27.8 Yong, Yook-kong...... MoA7 ...... WePoS-17.4 Yang, Xiaofei...... TuPoS-26.8 ...... MoB8.3 Xu, Lei...... TuPoS-06.7 Yang, Xinmai...... TuPoS-16.6 Yoo, Sangjin...... TuE3.2 Xu, Lijun...... MoPoS-21.7 Yang, Xinyu...... TuPoS-27.8 ...... TuPoS-03.3 Xu, Lisheng...... MoPoS-02.5 Yang, Yabo...... MoC3.3 Yoo, Yangmo...... MoPoS-13.1 Xu, Lubo...... TuPoS-22.9 ...... WePoS-03.7 ...... TuPoS-10.4 Xu, Ranxiang...... WePoS-11.5 Yang, Yansong...... MoC8.1 ...... TuPoS-09.8

IEEE IUS 2019 – 179 ...... WeI5.5 ...... MoSPS.1 Zhang, Xi...... MoPoS-18.3 Yoon, Hansol...... TuPoS-26.17 ...... TuD5.1 ...... TuF8.5 Yoon, Heechul...... WeH8.3 ...... TuG4.4 Zhang, Xiang...... WeI2.1 ...... WePoS-08.1 ...... TuPoS-01.4 Zhang, Xiao...... TuG4.5 Yoon, Jongmin...... MoPoS-13.1 ...... WeH2.5 Zhang, Xiaoming...... TuE2.4 Yoshida, Kenji...... MoPoS-06.6 ...... WeJ4.1 Zhang, Xiaoqing...... WePoS-19.9 ...... TuPoS-14.2 ...... WeK4.1 Zhang, Xiaosheng...... TuPoS-25.4 ...... TuPoS-14.5 ...... WePoS-01 Zhang, Xinyu...... TuPoS-12.6 ...... WePoS-07.1 Zeng, Hongye...... TuPoS-11.4 ...... TuPoS-08.8 ...... WePoS-17.2 Zeng, Qi...... TuD2.1 Zhang, Xinyu...... WePoS-03.7 ...... WePoS-16.6 Zeqiri, Bajram...... TuE6.3 Zhang, Yang...... WeI5.6 ...... WePoS-17.8 ...... TuE6.5 ...... WePoS-03.3 Yoshida, Tomoji...... WePoS-15.3 ...... TuG5.6 ...... WePoS-03.9 Yoshikawa, Hideki...... MoPoS-10.3 ...... TuPoS-12.4 Zhang, Yanqiu...... MoPoS-16.3 Yoshimura, Takeshi...... MoPoS-31.1 ...... WeH5 Zhang, Ying...... WePoS-10.4 Yoshizawa, Masasumi...... MoPoS-01.5 Zeuner, Michael...... MoPoS-27.5 Zhang, Yingzhen...... WeH1.1 Youn, Jihwan...... WeI3.3 Zhan, Qiwen...... WeI7.6 Zhang, Yiting...... MoPoS-06.6 Young, Eric...... MoSPS.18 Zhang, Benyong...... WeK6.3 Zhang, Zhiqiang...... TuPoS-27.5 ...... WeI4.2 Zhang, Bo...... MoPoS-02.1 ...... WeH2.4 Younsu, Kim...... MoPoS-15.7 Zhang, Bofeng...... WePoS-02.2 ...... WeH4.2 Yousefian, Omid...... WeI1.6 Zhang, Bohua...... WeJ2.1 ...... WePoS-30.3 Yu, Alfred C. H...... MoA4.1 Zhang, Chao...... MoPoS-04.1 ...... WePoS-30.4 ...... MoB4.2 ...... WeH3.6 Zhao, Andrew...... MoPoS-17.1 ...... MoC2 Zhang, Dayi...... WePoS-20.1 Zhao, Lurui...... MoPoS-23.7 ...... MoC2.3 Zhang, Ge...... MoPoS-04.1 ...... TuD6 ...... MoPoS-02.2 ...... MoPoS-04.2 Zhao, Steven...... WeH2.5 ...... MoPoS-03.2 ...... MoPoS-12.6 Zhao, Wenqiang...... WePoS-26.9 ...... MoPoS-02.3 ...... TuD8.6 Zhao, Xiaoxiao...... TuG3.3 ...... MoPoS-04.6 ...... TuG2.4 Zhao, Xihai...... TuPoS-09.6 ...... TuD1.3 ...... WeH3.6 Zhao, Yongjian...... WePoS-13.3 ...... TuE3.5 ...... WeI3.1 ...... WePoS-13.4 ...... TuG5.4 ...... WeK1.5 Zhao, Zhigen...... WePoS-04.4 ...... TuG1 ...... WePoS-05.4 Zhen, Yanhua...... MoPoS-02.1 ...... TuG1.2 ...... WePoS-05.6 Zheng, Gang...... MoB5.5 ...... TuPoS-13.1 Zhang, Guanglei...... WeI1.4 ...... MoC5.3 ...... WeH2.6 Zhang, Haichong...... TuD8.1 ...... TuE8.4 ...... WeI5.1 Zhang, Hao...... MoPoS-16.3 Zheng, Hairong...... MoC1.2 ...... WeK1.4 Zhang, Haonan...... MoB2.6 ...... MoC1.3 ...... WePoS-03.5 Zhang, Hong...... WePoS-04.6 ...... MoC3 ...... WePoS-06.6 Zhang, Hua...... TuD3.2 ...... MoC5.4 ...... WePoS-16.6 Zhang, Huabin...... TuPoS-09.6 ...... MoPoS-23.1 Yu, Francois...... MoPoS-02.6 Zhang, Jiabin...... MoC4.3 ...... MoPoS-21.4 ...... TuPoS-05 ...... MoPoS-19.3 ...... MoPoS-02.5 Yu, Jaesok...... WeH8.3 ...... WePoS-15.2 ...... MoPoS-23.5 ...... WeJ5.4 ...... WePoS-10.4 ...... MoPoS-13.6 ...... WePoS-04.2 Zhang, Jianqiu...... WeJ1.5 ...... MoSPS.10 ...... WePoS-04.3 ...... WePoS-11.4 ...... TuD6.5 Yu, Run...... WePoS-22.4 ...... WePoS-17.4 ...... TuF3.3 Yu, Xianbo...... MoPoS-15.3 Zhang, Jingke...... MoPoS-18.3 ...... TuPoS-03.2 Yu, Yanyan...... TuPoS-27.5 Zhang, Jue...... MoC4.3 ...... TuPoS-27.5 ...... WePoS-30.4 ...... MoPoS-19.3 ...... WeH2.4 Yu, Yixin...... TuPoS-16.6 ...... TuE6.6 ...... WeH4.2 Yuan, Hong...... TuG8.6 ...... WePoS-15.2 ...... WeH4.4 Yuan, Jian Ren...... WePoS-30 ...... WePoS-10.4 ...... WeH5.6 Yuan, Wei...... MoPoS-21.6 Zhang, Lei...... MoA9.5 ...... WeJ4.3 Yue, Yimei...... MoC3.2 ...... WePoS-21.5 ...... WeK4.4 ...... MoSPS.2 Zhang, Lei...... WePoS-11.5 ...... WeK4.5 ...... WeI2.4 Zhang, Mingbo...... WePoS-10.4 ...... WePoS-14.2 Yushkov, Konstantin...... WePoS-24.4 Zhang, Pengfei...... MoPoS-23.1 ...... WePoS-02.3 Zhang, Qiang...... MoPoS-22.7 ...... WePoS-30.3 Z ...... TuG7.1 ...... WePoS-30.4 Zhang, Quan...... TuPoS-16.3 ...... WePoS-29.7 Zahnd, Guillaume...... MoPoS-11.4 ...... WePoS-10.6 Zheng, Rui...... TuPoS-11.4 ...... MoPoS-10.5 Zhang, Shijie...... TuE6.6 ...... TuPoS-09.9 ...... WeI1.5 ...... WePoS-10.4 Zhgoon, Sergei...... WePoS-26.6 Zaitsev, Boris...... MoB9 Zhang, Shujun...... MoA6.1 Zhgoon, Sergei...... WePoS-26.6 ...... MoPoS-19.2 ...... MoC6 Zhi Li, Wang...... TuPoS-11.1 ...... MoPoS-21.5 ...... TuD4.3 ...... WeI1.4 ...... MoPoS-21.8 Zhang, Siyuan...... MoC3.3 Zhiyao, Qian...... WeH2.5 Zamfirov, Laura...... WeH5.1 ...... MoPoS-17 Zhong, Haibo...... MoPoS-13.6 Zamora, Iván...... MoC6.2 ...... MoSPS.4 ...... WeH4.4 Zehnter, Sebastian...... MoPoS-23.3 ...... TuF3.1 Zhong, Hui...... MoPoS-15.4 Zemmoura, Ilyess...... MoPoS-10.6 ...... WePoS-11.5 Zhong, Pei...... WeH4.6 ...... TuPoS-09.1 Zhang, Wei...... TuE8.1 Zhou, Bin...... TuG8.3 Zemp, Roger...... MoB6.2 ...... TuE1.4 Zhou, Di...... WePoS-02.4 ...... MoB6.6 ...... TuPoS-16.6 ...... WePoS-02.5 ...... MoPoS-28.3 Zhang, Wenjun...... MoPoS-02.5 Zhou, Hui...... TuF3.3 ...... MoPoS-28.6 ...... MoPoS-23.5 ...... WePoS-29.7

180 – IEEE IUS 2019 AUTHOR INDEX

Zhou, Jia...... MoPoS-29.4 Zurakhov,, Grigoriy...... MoA3.4 Zhou, Jian...... TuPoS-01.3 ...... MoPoS-11.5 Zhou, Jie...... TuPoS-25.6 Zussy, Marc...... MoA8.4 Zhou, Juan...... MoPoS-13.6 ...... WeH4.4 Zhou, Meiyi...... TuE4.5 Zhou, Ning...... TuPoS-04.8 Zhou, Qifa...... MoA6.4 ...... MoPoS-29.1 ...... TuPoS-26 ...... TuPoS-27.8 ...... WeI7.6 ...... WeI4.4 ...... WePoS-29.4 ...... WePoS-30.4 ...... WePoS-04.5 Zhou, Wei...... MoPoS-23.1 ...... MoPoS-23.5 ...... MoSPS.10 ...... TuD6.5 ...... TuPoS-03.2 ...... WeH5.6 ...... WeK4.5 ...... WePoS-02.3 Zhou, Xiaowei...... TuPoS-04.7 Zhou, Xin...... TuPoS-25.4 ...... TuPoS-25.5 Zhu, Benpeng...... TuPoS-26.8 Zhu, Hongrui...... MoPoS-17.2 Zhu, Jiaqi...... MoPoS-04.1 ...... MoPoS-04.2 ...... TuD8.6 ...... WeH3.6 ...... WeI3.1 ...... WeK1.5 ...... WePoS-05.6 Zhu, Lifei...... MoC3.2 ...... MoSPS.2 ...... WeI2.4 ...... WePoS-18.2 Zhu, Meihua...... TuPoS-06.6 Zhu, Wujun...... TuPoS-18.5 Zhu, Xinle...... TuE4.2 ...... TuPoS-04.4 ...... TuPoS-26.6 ...... TuPoS-27.9 ...... TuPoS-26.13 Zhu, Yang...... TuG1.3 Zhu, Yao...... MoA8.6 ...... TuF6.5 ...... TuPoS-25.2 ...... TuPoS-25.3 ...... WeI6.3 Zhu, Yaqiong...... WePoS-10.4 Zhu, Yiming...... WeK4.4 Zhu, Yiying...... MoB5.2 ...... MoB5.4 ...... TuPoS-12.2 ...... WePoS-05.3 Zhu, Yunhao...... WePoS-12.1 Zhu, Yunhao...... WePoS-13.2 Zhuang, Renxin...... MoPoS-18.4 Zhukov, Sergej...... WePoS-19.9 Ziyu, Wang...... TuPoS-26.8 Zoberi, Imran...... WePoS-18.2 Zöllner, Raoul...... TuPoS-21.2 Zong, Yujin...... TuPoS-15.3 ...... WeH5.3 ...... WePoS-02.4 ...... WePoS-02.5 ...... WePoS-03.7 Zonzini, Federica...... WePoS-22.2 Zou, Jie...... TuPoS-25.1 Zou, Qiang...... MoA8.5 Zou, Yang...... TuPoS-25.6 Zukauskaite, Agne...... MoPoS-27.2 ...... WePoS-27.8 Zuo, Chengjie...... MoC8.2

IEEE IUS 2019 – 181 5 7

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IEEE IUS 2019 – 185 186 – IEEE IUS 2019 IEEE IUS 2019 – 187 NOTES

186 – IEEE IUS 2019 IEEE IUS 2019 – 187 188 – IEEE IUS 2019 IEEE IUS 2019 – 189 NOTES

188 – IEEE IUS 2019 IEEE IUS 2019 – 189 190 – IEEE IUS 2019 IEEE IUS 2019 – 191 NOTES

190 – IEEE IUS 2019 IEEE IUS 2019 – 191 192 – IEEE IUS 2019 LAS VEGAS

International Ultrasonics Symposium MGM Grand Hotel - September 7-11, 2020 2020.ieee-ius.org CALL FOR PAPERS 2020’s IEEE International Ultrasonics IMPORTANT DATES Symposium will be bigger than ever!

CALL FOR PAPERS DEADLINES Besides the short courses and technical sessions you have come to expect, this January 1st , 2020 year’s meeting includes an extra day for workshops and panels to enhance your career and stay up to date on professional trends. With all the glamour Submission Open of America’s premier showplace, and a great conference hotel rate, you won’t March 18th, 2020 want to miss IUS 2020. Submission Deadline The annual IEEE International Ultrasonics Symposium (IUS) will April 30th, 2020 be held at the MGM Grand Hotel, from September 7-11, 2020. Notification to Authors The abstracts should be submitted in electronic form according to the specific information posted on the conference web page. Each abstract will receive careful review and evaluation by the Symposium Technical Program CO-CHAIRS Committee. Evaluation criteria will include originality of the work, contribution Paul Reynolds to the state-of-the-art, and overall interest to the ultrasonics community. Scott Smith Papers are solicited for this conference describing original work in the field of TECHNICAL PROGRAM CHAIR ultrasonics. Paul Dayton FINANCE SCHEDULE OVERVIEW Mark Schafer MONDAY 9/7 TUESDAY 9/8 WEDNESDAY 9/9 THURSDAY 9/10 FRIDAY 9/11 Abhay Patil SHORT COURSES AND Short Workshops Oral & Poster INNOVATIVE TECHNOLOGY Courses & Panel Sessions Muyinatu Bell Zhen Xu Plenary Brooks Lindsey Social Event Social Event EXHIBITS AND INDUSTRY Gerry Harvey Gloria See FIELD GROUPS Jessica Liu Strohmann » Group 1: Medical Ultrasonics » Group 4: Microacoustics – SAW, FBAR, Iaro Gaponenko MEMS » Group 2: Sensors, NDE & Industrial PUBLICITY Applications » Group 5: Transducers & Transducer Materials Helen Mulvana » Group 3: Physical Acoustics USER EXPERIENCE Chad Emery Tak Buma STUDENT TRAVEL SUPPORT PROCEEDINGS Limited funds are available to support IEEE UFFC student member attendees at Steven Freear the 2020 symposium. Awards will be given on a competitive basis. Please see the conference website for details. UFFC VP SYMPOSIA Ayache Bouakaz STUDENT PAPER COMPETITION ULTRASONICS SYMPOSIUM Students submitting abstracts are invited to participate in a student paper COMMITTEE CHAIR competition. To participate, the student must be the lead author and present Jan D’hooge his/her paper. Further information will be posted on the conference website. UFFC PRESIDENT Nazanin Bassiri-Gharb VISA APPLICATION Please visit the Symposium web site for updated information regarding invitation letters, and apply in advance if you need a visa to travel to USA. The information is expected to be available in February 2020. IEEE IUS 2019 – 193 Expand your Ultrasonic Research Capabilities with the Verasonics Vantage System. The Vantage systems’ unparalleled flexibility continues to expand with new features and options...

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To learn more, please visit our booth. www.verasonics.com • [email protected]

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