2011 IEEE International Ultrasonics Symposium (IUS 2011)
including Short Courses and Exhibition
Caribe Royale All-Suite Hotel & Convention Center
Orlando, Florida, USA
October 18-21, 2011
Sponsored by the IEEE Ultrasonics, Ferroelectrics and Frequency Control Society (UFFC-S)
Table of Contents
Welcome from the General Co-Chairs ...... 1 Welcome from the from the Technical Program Chair ...... 2 Symposium Organizing Committee ...... 3 Exhibitors ...... 4 Plenary Session & Closing Ceremony ...... 5 Conference Venue ...... 7 Conference Registration...... 8 Visa Application ...... 9 Local Transportation ...... 9 Nearby Food and Shopping ...... 9 Orlando Weather ...... 10 Wednesday Reception & Thursday Banquet ...... 10 Guest Program ...... 10 Speaker Ready Room ...... 11 Oral Presentation Guide ...... 11 Poster Presentation Guide ...... 11 Session Chairs / Session Summary Forms ...... 11 Technical Program Committee ...... 11 Short Courses ...... 15 Invited Speakers ...... 16 Invited Clinical Speakers (Session 1E) ...... 17 Student Paper Competition ...... 17 Student Travel Support ...... 18 Session Chairs Index ...... 70 Author Index ...... 71 Floor Plans ...... 83 Condensed Program ...... 84 Closing Ceremony Abstract: William D. Hunt, Ph.D...... 88
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Orlando, Florida October 18-21, 2011
Welcome from the General Co-Chairs
Ken-ya Hashimoto Clemens Ruppel Chiba University EPCOS AG,
The 2011 IEEE International Ultrasonics Symposium will be held in Orlando at the Caribe Royale from October 18 - 21, 2011. In March 2011, based on extensive uncertainty resulting from the M-9 earthquake that devastated part of Japan, the IEEE UFFC AdCom approved the grave decision to move venue from the original choice (Kobe, Japan) to a backup venue in the USA. The decision to shift the venue was supported by the central Conference Management function within the entire IEEE and many of the local Japanese representatives associated with planning the meeting. The IEEE UFFC society is committed to returning the conference to Japan in 2014, approval of UltraCom and AdCom is pending though.
When you think of Orlando, the first thing that probably comes to mind is Disney. The Walt Disney World® Theme Parks offer vacationers a magical and memorable experience. THE CARIBE™ provides complimentary scheduled shuttle service to the parks, and evening shuttles to the Downtown Disney® area–both located 1.5 miles from the hotel. But there are more theme parks like Universal Studios, and Seaworld.
Aside from the amusement parks and themed attractions, Orlando plays host to a wealth of significant cultural and artistic events. Enjoy the selected works of prominent masters as well as local artisans at one of the many galleries, museums and theaters located within the city. Delight your senses with a tour through a southern style garden at the Harry P. Leu Gardens.
For a pre or post symposium tour we recommend Kennedy Space Center. The launching pad of America’s space program, the Kennedy Space Center invites guests to experience the wonders of space firsthand at their state-of-the- art facility near Orlando. Featuring a captivating array of informative exhibits and multimedia presentations, the Center will delight visitors of all ages as it leads them on a journey from the very first space mission to next scheduled shuttle excursion.
Florida and especially Orlando has a lot of attractions for everybody at every age.
Please come to Orlando and attend the 2011 IEEE International Ultrasonics Symposium, 18-21 October, 2011!
Ken-ya Hashimoto and Clemens Ruppel
Ultrasonics, Ferroelectrics, and Frequency Control Society 1 2011 IEEE International Ultrasonics Symposium
Welcome from the Technical Program Chair
Yook-Kong Yong, Rutgers University
Ultrasonics is on the Move! We look forward to an increasing impact of Ultrasonics in numerous emerging technical disciplines. The research community, the industry, and the universities are challenged to invent and develop improved and innovative concepts to efficiently address and solve the many new problems associated with a growing number of novel applications.
We welcome you to the 2011 IEEE International Ultrasonics Symposium which will be held in Orlando, Florida, USA, October 18-21, 2011 to bring together experts in theory and techniques of Medical Ultrasonics, Sensors, NDE & Industrial Applications, Physical Acoustics, Surface Acoustic Waves, and Transducers & Transducer Materials from all over the world.
The IEEE International Ultrasonics Symposium has a tradition of fostering direct, personal contact among the attendees thanks to its unique format with educational short courses, a plenary opening session, open forum presentations, focused sessions, and five sets of parallel sessions. A special student paper competition will be held. The Technical Program Committee will choose twenty-one student paper finalists to join the final competition at the Symposium. Seven winners will be chosen to receive a Best Student Paper award.
Yook-Kong Yong
2 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Symposium Organizing Committee
Finance Co-Chairs Daniel Stevens, Vectron International
Short Course Chair Pai-Chi Li, National Taiwan University
Proceedings Chair Robert Weigel, Friedrich-Alexander University of Erlangen-Nuremberg
Exhibition Chair C.S. Lam, TXC Corp.
Web Co-Chairs: Tsung-Tsong Wu, National Taiwan University Amelie Hagelauer, Friedrich-Alexander University of Erlangen-Nuremberg
Publicity Co-Chairs Shuji Tanaka, Tohoku University Helmut Ermert, Ruhr University Ji Wang, Ningbo University Jan Kuypers, Sand 9
Local Arrangements Co-Chairs Ben Abbott, Triquint Kimon Anemogiannis Shen Jen, CPI
Guest Program Chair Mei Yuin (Hanna) Foo
Symposium Management YesEvents Mira Digital Publishing Gerotron
Ultrasonics, Ferroelectrics, and Frequency Control Society 3 2011 IEEE International Ultrasonics Symposium
Exhibitors
Exhibition Schedule:
Wednesday, October 19, 2011: 8:00 a.m. – 5:00 p.m. Thursday, October 20, 2011: 8:00 a.m. – 5:00 p.m. Friday, October 21, 2011: 8:00 a.m. – 12:00 noon
List of Exhibitors at the 2011 IEEE International Ultrasonics Symposium, as of July 20, 2011:
1 ACERTARA Acoustic Laboratories USA
2 AMSystems USA
3 ALPINION US USA
4 Electronics Innovation Ltd USA
5 IEEE-UFFC & Gerotron Communications
6 IMASONIC France
7 Lecoeur Electronique France
8 MEGGITT Sensing Systems Switzerland
9 ONDA USA
10 Polytec USA
11 PRECISION ACOUSTICS UK
12 Shanghai APEX Electronics Technology China
13 SONIC CONCEPTS USA
TEXAS INSTRUMENTS / Medical Imaging 14 USA Group
15 ULTRASONIX Canada
16 Verasonics USA
17 WEIDLINGER ASSOCIATES – PZFlex USA
18 Winprobe USA
4 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Plenary Session
8:00 a.m. – 9:30 a.m., Wednesday, October 19, 2011 Carribean Ballroom
Welcome: Conference organizers and others UFFC-S President
Awards and Recognitions:
IEEE Awards: IEEE Fellow Award 2011
IEEE UFFC Society Awards: Achievement Award 2011 Distinguished Service Award 2011 Outstanding Paper Award 2010 2011-2012 Distinguished Lecturer Award
Ultrasonics Award: Rayleigh Award 2011
Plenary Speaker: Title of Presentation: Single Crystals for Medical Applications Author: Bruce Chai Crystal Photonics
Abstract: Single crystal is really not the desirable form of materials for any medical application unless there is really no other form of material that can offer the same or comparable performance at lower cost. The reason is simple. Crystals are expensive to make and it has limited physical dimensions. Still, single crystals are being used in both therapeutical and diagnostic applications.
The most common use of single crystals for therapeutical purpose is solid-state lasers. It is based on its unique property to deliver high peak power, short pulses under either Q-switched or mode-locked conditions. Single crystals used for this purpose include Nd-YAG, Er-YAG, CTH-YAG, Ruby, T-sapphire and Alexandrite. All these crystals are produced by CZ melt pulling technique under high temperatures near and over 2,000°C. The primary usage is for surgery, ophthalmology as well as for skin treatment. Even though the total number of laser systems is large, the total quantity (or net volume) of crystal materials used in these instruments is relatively small.
Single crystals used for diagnostic purpose are based either on its piezoelectric properties or scintillating properties. Ultra-sound scanner is one of the most common equipment in all hospitals PZT ceramics were the primary materials used as transducers in these scanners in the past. In recent years, it is gradually replaced by the lead-based single crystals such as PZN-PT and PMN-PT primarily for the high-end scanners. Both of these crystals were grown by vertical Bridgman techniques in sealed Pt-capsules. Again, the total number of ultrasonic scanners can be very large, but the amount (or net volume) of material used in each scanner is quite small.
The only medical application that uses fairly large quantity of single crystals is in medical imaging process based on the scintillating properties for gamma-ray radiation detection. X-ray has such a low energy ( < 100 KeV) so that thin film (sub-mm in thickness) of scintillating ceramics is more than enough to capture the radiation. Gamma-ray has much higher radiation energy ( > 500 KeV), it is necessary to use thick (cm in thickness) and high density materials in order to have sufficient stopping power. Moreover, once the gamma-ray is captured and scintillating emission is generated, it is needed to transmit the light to the photo-detectors. On cm scale in thickness, the best material to have the least scatter and highest transparency is single crystals. Today, SPECT uses large size (over 40 x 50 cm² in area) NaI(Tl) single crystal screen, while PET uses more than ten thousand cm long pixilated detectors to form a detector ring for each scanner. While BGO has been the crystal for PET scanners in the past, the new generation ToF scanners have all but replacing BGO detectors with LSO or LYSO detectors.
Single crystals will continue to be used in medical application but in constant threat to be replaced by other cheaper form materials. It is a very uncomfortable position to be in this business. For the specific examples mentioned here, it appears that they may stay in business for some time since there is really no known new materials on the horizon to replace them yet.
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Biography of the Author:
Bruce Chai Crystal Photonics
Dr. Bruce Chai is currently the President and CEO of Crystal Photonics. He is also the founder of the company.
Dr. Chai was born in 1947 in Shanghai and then moved to Taiwan with his parents. He got his B.S. degree in 1969 from National Taiwan University major in Geology. He then went to Yale University in 1970 for graduate studies and got his Ph.D. degree in 1975 major in Geology and Geophysics.
After a brief period as Post Doctor at Yale, he was recruited by Allied Chemical Corporation (now Honeywell Corporation) and joined the company in 1977. At the company, he is responsible for the research on single crystals for optics, acoustics and other applications. He was recruited again by CREOL (Center for Research in Electro-Optics and Lasers) of University of Central Florida (UCF) in 1988 and joined UCF as Professor of Physics, Electric Engineering and Mechanical Engineering in 1989.
In 1995, Professor Chai found Crystal Photonics, Inc. The Company is an OEM specialized in manufacture of optical single crystals for sensors, detectors, lasers and electro-optical applications. Currently, the company’s primary product is the customized gamma-ray scintillating detector for high-end PET (Positron Emission Tomography) and PET/CT scanners. He also set up a plant in China for crystal fabrication and detector assembling.
Professor Chai is a Fellow of the Optical Society of America, a foreign member of the Russia Academy of Engineering and a honorary Professor of Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences and also Fujian Institute of Structural Matters, Chinese Academy of Sciences. Over his career, Professor Chai has published more than 200 papers and has awarded over 35 U.S. patents.
Closing Ceremony
18:30 – 19:30, Friday, October 21, 2011, Carribean Ballroom
IUS 2011 will hold a Closing Ceremony on Friday, October 21, 2011, 18:30-19:30 in the Carribean Ballroom. The Closing Ceremony will mark the official close of the contributed Technical Program of IUS 2011. We invite all participants of the Ultrasonics Symposium to join us and enjoy some refreshments which are sponsored by PZFlex (www.pzflex.com/). The highlight of the Closing Ceremony will be a presentation by Prof. Hunt from Georgia Tech on Application of SAW Devices for Bio and Medical Sensing.
The Closing Ceremony presents an opportunity for the IUS 2011 Organizing Committee to thank all the attendees for their contributions to making IUS 2011 a success. We will also introduce the IUS2012 Organizing Committee so that they can tell you all about next year’s IUS 2012 in Dresden, Germany.
For updates on the agenda please check the symposium website (http://ewh.ieee.org/conf/ius_2011/).
6 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Conference Venue
Caribe Royale All-Suite Hotel & Convention Center
The Caribe Royale is located on more than 53 lush, tropical acres. Guests will discover 1,218 spacious, well-appointed one-bedroom suites, 120 luxurious two-bedroom lakeside villas, expansive state-of-the-art meeting and event facilities, unmatched hospitality and service, and a wealth of desirable dining options and hotel amenities that will appeal to both families and business professionals alike. And it all can be found just minutes from the area’s world famous theme parks and attractions.
Caribe Royal Orlando 8101 World Center Drive Orlando, FL 32821, USA Tel. +1 407-238-8000 Fax. +1 407-238-8050 http://www.thecaribeorlando.com
Ultrasonics, Ferroelectrics, and Frequency Control Society 7 2011 IEEE International Ultrasonics Symposium
Conference Registration
Registration Type By Sept 18, 2011 After Sept 18, 2011 IEEE Member $600 $750 Non-IEEE Member $800 $950 Student (Show Student $175 $275 ID at Conference) Retiree $175 $275 One-Day Registration* $350 $425 Life IEEE Member** $90 $90 Exhibitor *** free free Visitor for Exhibition $25 $25 Guests/Additional $100 $100 Exhibitors A Registrant May Add: - Additional DVD $75 each $75 each Proceedings: **** - Short Courses: Regular $200 each $300 each Student/Retiree $75 each $125 each
Notes: z * One-Day Registration includes sessions for the day of registration only. The Wednesday Reception and the Thursday Dinner are optional at $45.00 and $60.00, respectively. DVD proceedings are not included. z ** Life Member is defined by IEEE as at least 65-year old and the age plus years of IEEE membership should be equal or greater than 100. Life members should show their IEEE Life Member card or evidence of Life Membership when getting registration materials. The Wednesday Reception and the Thursday Banquet are optional at $45.00 and $60.00, respectively. (See the registration form). z *** One Exhibitor per booth gets a full free registration for the symposium. Additional exhibitors (up to 4 per booth) have to be registered, either as a full registrant or as an additional exhibitor. z A Full Registration will also include The Wednesday Reception and Thursday Banquet (October 19-20, 2011). z Guest/Additional Exhibitors Registration includes the Wednesday Reception and three guest meetings. Guests are NOT allowed to attend any technical sessions except for the Wednesday morning plenary session. z For those who register for Short Courses Only, they will NOT get a badge or any conference materials such as books and meal/show tickets, and will NOT be allowed to register for guests or to attend any technical sessions. z As indicated in the table above, students are required to show their valid identifications (IDs) to the registration desks to qualify for the student rates and get any registration materials. z IMPORTANT NOTICE: Because arrangement for the Wednesday Reception and Thursday Banquet must be fixed one month before the Symposium, late on-site registration may result in disable to join the occasion. Thus advance registration is strongly recommended. z **** A Full Registration (IEEE Member, Non-IEEE Member, Student, Retiree, or Life IEEE Member) will include one DVD conference proceedings. If you need additional DVD proceedings, you may order them when you register. A printed version of the Proceedings will only be available by ordering directly from the IEEE after the Symposium.
Introduction: The deadline for early conference registration with discount registration fees is September 18, 2011 (midnight, Pacific Standard Time). After September 18, 2011, attendees with credit cards (Visa, Master, or American Express) can continue to register on-line at higher fees until October 1, 2011 after which on-line registration ends. Also, registrations via fax or mail will not be accepted after October 1, 2011 (9:00 a.m., Eastern Standard Time), and these attendees are requested to register on-site.
Registration Cancellation and Refund Policy: There will be a $25.00 USD service charge to process refunds for those who have pre-registered but who are unable, for whatever reason, to attend the conference, or those who would like to make changes to the registration resulting in a refund. A letter requesting the refund should state the registrant's name and to whom the refund check should be made payable. No refunds will be given for requests RECEIVED after September 27, 2011 (9:00 am, Eastern Standard Time). FAX the letter to 2011 IEEE International Ultrasonics Symposium at 1-410-559-2217 Online Registration Link:
https://www.yesevents.com/ius/
8 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Visa Application
Visa requirements: The US has updated its visa policies to increase security, so it may take you 3-6 months to apply for and receive your visa. For details that apply specifically to your country, please go immediately to your nearest US Consulate or Embassy. Review your visa status now to determine if you need a US visa or visa renewal and to find out how to schedule an interview appointment, pay fees, and other vital instructions. If you need a personal letter of invitation to attend the Conference, contact the Conference Coordinators by email at: [email protected]. Please provide the following information: complete name, mailing address, and any other details that your country of residence requires for your visa application. Only an original copy (not faxed or email version) of the letter of invitation may be accepted with your visa application. The Symposium cannot contact or intervene with any U.S. Embassy or Consulate office abroad on your behalf, so please begin your visa application process as soon as you determine that you want to attend the 2011 International Ultrasonics Symposium. All nationals and citizens of countries included in the Visa Waiver Program (VWP) who plan to travel to the U.S. for temporary business or pleasure for 90 days or less are not required by law to obtain a Visa prior to initiating travel to the United States, but must meet eligibility requirements to travel without a visa on VWP and, therefore, some travelers from VWP countries are not eligible to use the program. VWP travelers are required to have a valid authorization through the Electronic System for Travel Authorization (ESTA) prior to travel, are screened at the port of entry into the United States, and are enrolled in the Department of Homeland Security’s US-VISIT program. This authorization can be obtained online through the Electronic System for Travel Authorization (ESTA), an Internet application administered by the U.S. Department of Homeland Security. For additional information about the ESTA please visit http://www.cbp.gov/esta. Travelers from countries not in the VWP are still required to obtain a Visa prior to entry into the United States.
Local Transportation
From Orland International Airport Taxis, rental cars, buses, and shuttles are available for transportation between the Orlando International Airport (MCO) to International drive. Please refer to the link below for detailed information.
http://www.orlandoairports.net/transport/local_transport.htm
For Travelers arriving by Car For individuals arriving by car, The Caribe Royale's website provides additional directions.
http://www.thecaribeorlando.com/area-directions
Local Shuttle Buses After arriving at the conference hotel, the hotel provides a complimentary shuttle bus to near-by destinations. From the nearby Orlando Premium Outlet Mall, the I-Drive shuttle service is also available for transportation to additional local destinations for a low fee. I-Drive Shuttle passes for one to 14 days may be purchased in advance at the hotel. A single fare may be purchased for $1.25 when boarding the trolley. Please provide exact change.
Nearby Food and Shopping
The area near the Caribe Royal offers many options for dining and shopping. The hotel is home to nine restaurants and cafes, with additional dining options within walking distance. http://www.thecaribeorlando.com/caribe-royale/dining/ The hotel’s complimentary shuttle service, and the I-Drive Shuttle (see local transportation) provide transportation to other dining options and popular shopping destinations.
Ultrasonics, Ferroelectrics, and Frequency Control Society 9 2011 IEEE International Ultrasonics Symposium
Orlando Weather
Typical Orlando Weather The rainy season for Orlando is normally over by early October and temperatures begin to drop. Daily temperatures typically vary from a low of 19oC to a high of 23oC (75F to 84F). Precipitation for the month of October is generally light with fewer than 5 days having greater than 3mm (0.1in) of rainfall.
Wednesday Reception & Thursday Banquet
The Reception On Wednesday October 19th and the Banquet on Thursday October 20th are for all full registration guests and others who paid separately for this event will be welcome with their ticket. The Reception and the Banquet will be held in the Grand Sierra A-D and will start at 19:00 p.m. and 21:00 p.m., respectively. If you would like a vegetarian menu please let the registration desk know.
Guest Program
Excursions to local attractions are available daily. Popular attractions include The Walt Disney World Magic Kingdom, Epcot Center, Animal Kingdom, Sea World, Universal Studios and others. No reservations are required. Admission tickets may be purchased upon arrival to the theme parks, or purchased at any of the four Guest Service Desks in the hotel. A complimentary shuttle provides transportation, between the hotel and these destinations (See Local Transportation above).
For a detailed list of excursion choices, refer to the link below.
http://www.thecaribeorlando.com/things-to-do/
A tour of the Kennedy Space Center is also available. You may register for the tour prior to or during the conference, provided there are seats available on the bus. Tours are available each day. Registration may be done on line or by phone. See the link below for further details.
http://www.kennedyspacecentertours.net/?event=offer.detail&offerId=5831
The tour includes transportation between International drive and Kennedy Space Center in Cape Canaveral, and admission to the visitor center complex. The more convenient pick-up/drop-off location for the bus is the Crossroads Plaza.
Crossroads of Lake Buena Vista 12521 St. Rd 535 Orlando, FL 32821, USA
The Crossroads of Lake Buena Vista is about 2.3 miles from the conference hotel. The hotel’s complimentary shuttle is able to provide transportation to the Crossroads plaza. Seating on the shuttle is limited so please plan to arrive early. The bus departs The Double Tree at 8:30 am, and returns at about 7:00 pm. Other pick-up/drop-off locations are available. See the like below for more information.
http://www.kennedyspacecentertours.net/?event=page.pickup&offerId=5831
Other tours may become available. The hotel management is attempting to arrange for additional destinations.
10 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Speaker Ready Room
The schedule of the Speaker Ready Room (Regents Board Room) is as follows:
Tuesday (Oct. 18): 2:00 p.m. – 5:00 p.m. (for short courses) Wednesday – Friday (Oct. 19-21): 7:30 a.m. – 5:00 p.m.
Please follow closely the instructions on the “Oral Presentation Guide” at the conference website to prepare your presentation and to avoid any technical difficulties.
Oral Presentation Guide
The Oral Presentation Guide on the conference website provides detailed instructions, tips to avoid technical difficulties, and good practices for your presentations. It is accessible via the link “Oral Presentation Guide” at the conference website http://ewh.ieee.org/conf/ius_2011. It is the responsibility of authors to follow the guide closely.
Poster Presentation Guide
The Poster Presentation Guide on the conference website provides information needed to prepare your presentation. It also gives a detailed description of poster labels and their use in finding the location of poster boards. The layout of the poster boards is shown on the floor plan near the end of this booklet. Please check the link “Poster Presentation Guide” at the conference website http://ewh.ieee.org/conf/ius_2011 for details.
Session Chairs / Session Summary Forms
Duties of Session Chairs of both oral and poster sessions can be viewed on the conference website via the link “Session Chairs”. Session Summary Forms will be available at the Registration Desk. Session Chairs should fill out a form after each session and return it to the Registration Desk.
Technical Program Committee
The Technical Program Committee consists of the following 149 members:
Group 1: Medical Ultrasonics
Vice Chair of TPC: Jan D'hooge Catholic University of Leuven Leuven, Belgium
Members: 1. Olivier Basset: CREATIS, Université Lyon I, France 2. Ayache Bouakaz: INSERM, Université Tours, France 3. Lori Bridal : Univ. Pierre and Marie Curie, France 4. Charles Cain: University of Michigan, USA 5. Jean-Yves Chapelon: INSERM, France 6. Greg Clement: Harvard Medical School, USA 7. Paul Dayton: UNC Chapel Hill and NC State University, USA 8. Emad Ebbini: University of Minnesota, USA 9. Stanislav Emelinov: University of Texas at Austin, USA 10. David Evans: University of Leicester, UK 11. Kathy Ferrara: University of California Davis, USA 12. Stuart Foster: University of Toronto, Canada
Ultrasonics, Ferroelectrics, and Frequency Control Society 11 2011 IEEE International Ultrasonics Symposium
13. James Greenleaf: Mayo Clinic College of Medicine, USA 14. Anne Hall: General Electric Medical Systems, USA 15. Christopher Hall: Philips Research North America, USA 16. Peter Hoskins: The University of Edinburgh, UK 17. John Hossack: University of Virginia, USA 18. Kullervo Hynynen: University of Toronto, Canada 19. Jorgen Jensen: Technical University of Denmark, Denmark 20. Nico de Jong: Erasmus Medical Centre and University of Twente, The Netherlands 21. Hiroshi Kanai: Tohoku University, Japan 22. Jeff Ketterling: Riverside Research Institute, USA 23. Michael Kolios: Ryerson University, Canada 24. Elisa Konofagou: Columbia University, USA 25. Chris de Korte: Catholic Univ. of Nijmegen, The Netherlands 26. Nobuki Kudo: Hokkaido University, Japan 27. Pai-Chi Li: National Taiwan University, Taipei, Taiwan R.O.C. 28. Jian-yu Lu: University of Toledo, USA 29. Leonardo Masotti: Università degli Studi di Firenze, Italy 30. Tom Matula: University of Washington, USA 31. James G. Miller: Washington University in Saint Louis, USA 32. Kathy Nightingale: Duke University, USA 33. Svetoslav Nikolov: BK Medical, Denmark 34. William O'Brien: University of Illinois, Urbana-Champaign, USA 35. Georg Schmitz: Ruhr-Universität Bochum, Germany 36. Ralf Seip: Philips Research North America, USA 37. Mickael Tanter: INSERM, France 38. Tom Thomas: Boston Scientific, Inc., USA 39. Kai Thomenius: General Electric's Corporate R&D, USA 40. Hans Torp: Norwegian University of Science and Technology, Norway 41. Piero Tortoli: Università degli Studi di Firenze, Italy 42. Ton van der Steen: Erasmus Medical Centre, Rotterdam, The Netherlands 43. Kendall Waters: Silicon Valley Medical Instruments, USA 44. Keith Wear: US Food and Drug Administration, USA 45. Wilko Wilkening: Siemens Medical Solution, USA
Group 2: Sensors, NDE, and Industrial Application
Vice Chair of TPC: Jafar Saniie Illinois Institute of Technology Chicago, Illinois, U.S.A.
Members: 1. Robert C. Addison: Rockwell Science Center, USA 2. Walter Arnold: Fraunhofer Institute for Nondestructive Testing, Germany 3. Michal Bezdek: Endress+Hauser Flowtec AG, Switzerland 4. Ramazan Demirli: Villanova University, USA 5. James Friend: Monash University, Australia 6. Eric S. Furgason: Purdue University, USA 7. David Greve: Carnegie Mellon University, USA 8. Edward Haeggstrom: University of Helsinki, Finland 9. Mitsutaka Hikita: Kogakuin University, Japan 10. Jacqueline Hines: Applied Sensor Research and Development Corporation, USA 11. Patrick Johnston: NASA Langley Research Center, USA 12. Fabien J. Josse: Marquette University, USA 13. Lawrence W. Kessler: Sonoscan Inc., USA 14. Pierre T. Khuri-Yakub: Stanford University, USA 15. Mario Kupnik: Stanford University, USA 16. Jun-ichi Kushibiki: Tohoku University, Japan
12 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
17. Roman Maev: University of Windsor, Canada 18. Kentaro Nakamura: Tokyo Institute of Technology, Japan 19. Massimo Pappalardo: University di Roma TRE, Italy 20. Tony Sinclair: University of Toronto, Canada 21. Bernhard Tittman: Pennsylvania State University, USA 22. Jiromaru Tsujino: Kanagawa University, Japan 23. John F. Vetelino: University of Maine, USA 24. Paul Wilcox: University of Bristol, UK 25. William M. D. Wright: University College Cork, Ireland 26. Donald E. Yuhas: Industrial Measurement Systems, Inc., USA
Group 3: Physical Acoustics
Vice Chair of TPC: Vincent Laude Institut FEMTO-ST Besançon, France
Members: 1. Manabu Aoyagi: Muroran Institute of Technology, Japan 2. Art Ballato: U.S. Army, USA 3. Jan Brown: JB Consulting, USA 4. Fred Hickernell: Retired from Motorola, USA 5. Takefumi Kanda: Okayama University, Japan 6. Eun Sok Kim: University of Southern California, USA 7. Yonkee Kim: U.S. Army, USA 8. Minoru Kuribayashi Kurosawa: Tokyo Institute of Technology, Japan 9. Amit Lal: Cornell University, USA 10. John Larson: Avago Technologies, USA 11. George Mansfeld: Russian Academy of Sciences, Russia 12. Roy H. Olsson III: Sandia National Laboratories, USA 13. Mihir Patel: Schlumberger-Doll Research, USA 14. Edgar Schmidhammer: TDK-EPC, Germany 15. Susan Schneider: Marquette University, USA 16. Bikash Sinha: Schlumberger-Doll Research, USA 17. Ji Wang: Ningbo University, China 18. Tsung-Tsong Wu: National Taiwan University, Taiwan R.O.C. 19. Yook-Kong Yong: Rutgers University, USA 20. Jiun Der Yu: Epson Research and Development, USA
Group 4: Microacoustics - SAW, FBAR, MEMS
Vice Chair of TPC: Karl Wagner TDK-EPC Munich, Germany
Members: 1. Ben Abbott: Triquint, USA 2. Robert Aigner: Triquint, USA 3. Ivan Avramov: Institute of Solid State Physics, Bulgaria 4. Sylvain Ballandras: FEMTO-ST, France 5. Kushal Bhattacharjee: RF Micro Devices, USA 6. Sunil Bhave: Cornell University, USA 7. Sergey Biryukov: IFW Dresden, Germany 8. Paul Bradley: Avago Tech, USA 9. Jidong Dai: RF Monolithics, USA 10. Omar Elmazria: Universié de Nancy--CNRS, France
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11. Gernot Fattinger: Triquint, USA 12. Gerhard Fischerauer: University of Bayreuth, Germany 13. James Friend: Monash University, Australia 14. Ken-ya Hashimoto: Chiba University, Japan 15. Shitang He: IACAS, China 16. Chunyun Jian: Ericsson, Canada 17. Michio Kadota: Murata, Japan 18. Jyrki Kaitila: Avago Tech, Germany 19. Ilia Katardjiev: Uppsala University, Sweden 20. Kimmo Kokkonen: Aalto University, Finland 21. Jan Kuypers: Sands 9, Inc., USA 22. Ken Lakin: Consultant, USA 23. Don Malocha: University of Central Florida, USA 24. Natalya Naumenko: Technological University Moscow, Russia 25. Hiroyuki Odagawa: Kumamoto National College of Technology, Japan 26. Takeo Oita: Retired from NDK, Japan 27. Tuomas Pensala: VTT, Finland 28. Mauricio Pereira da Cunha: University of Maine, USA 29. Maximilian Pitschi: TDK-EPC AG, Germany 30. Viktor Plessky: GVR Trade SA, Switzerland 31. Leonard Reindl: Albert-Ludwigs-University Freiburg, Germany 32. Richard Ruby: Avago Tech, USA 33. Clemens Ruppel: TDK-EPC, Germany 34. Takahiro Sato: Panasonic Electronic Devices, Japan 35. Marc Solal: Triquint, USA 36. Masanori Ueda: Taiyo Yuden, Japan 37. Robert Weigel: Friedrich-Alexander University of Erlangen Nuremberg, Germany 38. Sergei Zhgoon: Moscow Power Engineering Institute, Russia
Group 5: Transducers and Transducer Materials
Vice Chair of TPC: Paul Reynolds Weidlinger Associates, USA
Members: 1. Sandy Cochran: University of Dundee, UK 2. Christopher Daft: Samplify Systems, USA 3. Levent Degertekin: Georgia Institute of Technology, USA 4. Charles Emery: Mirabilis Medica, USA 5. John Fraser: Philips Medical Systems, USA 6. Steven Freear: University of Leeds, UK 7. Jean-Francois Gelly: GE Healthcare, France 8. Reinhard Lerch: Friedrich-Alexander-Universität Erlangen-Nuremberg, Germany 9. Geoff Lockwood: Queen's University, Canada 10. Richard O’Leary: University of Strathclyde, UK 11. Omer Oralkan: Stanford University, USA 12. Yongrae Roh: Kyungpook National University, Korea 13. Ahmad Safari: Rutgers University, USA 14. Mark Schafer: Sonic Tech Inc., USA 15. Scott Smith: GE Global Research, USA 16. Stephen Smith: Duke University, USA 17. Wallace Smith: Office of Naval Research, USA 18. Yasuhito Takeuchi: Kagoshima University, Japan 19. Jian Yuan: Boston Scientific, USA 20. Qiming Zhang: Pennsylvania State University, USA 21. Qifa Zhou: University of Southern California, USA
14 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Short Courses
There will be 10 short courses offered on Tuesday, October 18, 2011. These are listed below. More information on the course and on the authors can be found on the symposium web site at http://ewh.ieee.org/conf/ius_2011.
8:00 a.m. - 12:00 noon:
Short Course 1A (Boca Rooms IV): Ultrasound contrast agents: Theory and experiment Nico de Jong, Erasmus MC, Rotterdam, The Netherlands
Short Course 2A (Boca Rooms V): Ultrasonic Motors: vibration generation, friction drive and energy harvesting Minoru Kuribayashi Kurosawa, Department of Information Processing, Tokyo Institute of Technology, Japan
Short Course 3A (Boca Rooms VI): Medical Ultrasound Transducers Douglas G. Wildes and L. Scott Smith, GE Global Research, Niskayuna, NY, USA
Short Course 4A (Boca Rooms VII): Phonoic crystals Vincent Laude, Institut FEMTO-ST, Université de Franche-Comté and CNRS, France Tsung-Tsong Wu, Institute of Applied Mechanics, National Taiwan University, Taiwan, R.O.C.
Short Course 5A (Boca Rooms VIII): Elasticity Imaging: Methods and Applications Kathy Nightingale and Mark Palmeri, Department of Biomedical Engineering, Duke University, USA
1:00 p.m. - 5:00 p.m.:
Short Course 1B (Boca Rooms IV): Acoustic Microfluidics: Microscale Acoustics and Ultrasonics for Driving Fluids James Friend, MicroNanophysics Research Lab., Dept. of Mechanical and Aerospace Engineering, Monash University, Melbourne Centre for Nanofabrication, Melbourne, Australia
Short Course 2B (Boca Rooms V): Ultrasonic Signal Processing for Detection, Estimation and Compression Jafar Saniie, Department of Electrical and Computer Engineering at Illinois Institute of Technology, IL, USA Ramazan Demirli, Center for Advanced Communications, Villanova University, Villanova, PA, USA Erdal Oruklu, Department of Electrical and Computer Engineering, Illinois Institute of Technology, IL, USA
Short Course 3B (Boca Rooms VI): Processing and Characterization Challenges for Integrated Ferroelectric/Piezoelectric Devices Glen Fox, Fox Materials Consulting, LLC, Colorado Springs, CO, USA
Short Course 4B (Boca Rooms VII): Ultrasound Imaging Systems: from Principles to Implementation Kai E. Thomenius, Diagnostics and Biomedical Technologies, General Electric Global Research, Niskayuna, NY, USA
Short Course 5B (Boca Rooms VIII): Quantitative Ultrasound, Theory and Practice William D. O'Brien, Jr., Department of Electrical and Computer Engineering, University of Illinois at Urbana- Champaign, IL, USA Timothy J. Hall, Medical Physics Department, University of Wisconsin-Madison, WI, USA Michael L. Oelze, Department of Electrical and Computer Engineering, University of Illinois at Urbana-Champaign, IL, USA Timothy A. Bigelow, Departments of Eletrical and Computer Engineering and Mechanical Engineering, Iowa State University, USA James A. Zagzebski, Medical Physics Department, University of Wisconsin-Madison, WI, USA
Ultrasonics, Ferroelectrics, and Frequency Control Society 15 2011 IEEE International Ultrasonics Symposium
Invited Speakers
There are 18 Invited Talks at this year’s Symposium.
Group 1: Medical Ultrasonics
1. “Contrast Ultrasound: Recent Developments and the Battle for Regulatory Approval,” Francois Tranquart (Bracco, Switzerland)
2. “Dosimetry and Therapeutics,” Gail Ter Haar (Institute of Cancer Research, UK)
3. “Recent Advances in Blood Flow Measurement,” Jorgen Arendt Jensen (Technical University of Denmark, Denmark)
4. “New Developments in CMUT Technology,” Pierre Khuri-Yakub (Stanford University, USA)
5. “Photo-Acoustics in Biomedicine,” Srirang Manohar (University of Twente, The Netherlands)
6. “Optimization of Delivery across the Blood-Brain Barrier,” Elisa Konofagou (Columbia University, USA)
Group 2: Sensors, NDE & Industrial Applications
1. “Acoustic Tomography: Promise versus Reality,” Neb Dunic (Wayne State University, USA)
2. “Ultrasonic Welding Using Complex and High Frequency Vibration systems,” Jiromaru Tsujino (Kanagawa University, Japan)
Group 3: Physical Acoustics
1. “Ultrasonic Fields for Cell Levitation and Manipulation,” Martyn Hill (University of Southampton, UK)
2. “Guided Acoustic Waves Propagating at Surfaces, Interfaces and Edges,” Andreas P. Mayer (HS Offenburg, Germany)
3. “Micro and Nano Fabricated Phononic Crystals: Technology and Applications,” Roy H. Olsson III (Sandia National Laboratories, USA)
Group 4: Microacoustics – SAW, FBAR, MEMS
1. “Electrostrictive Thin Films: an Alternative to Piezoelectricity,” Emmanuel Defay (CEA-LETI, France)
2. “Status of Temperature Compensated SAWs in Japan,” Ken-ya Hashimoto (Chiba University, Japan)
3. “Wireless Physical SAW Sensors for Automotive Applications,” Victor Kalinin (Transense Technologies, UK)
4. “Applying BAW Methods to Reduce Losses in RF SAW Resonators,” Marc Solal (Triquint, USA)
Group 5: Transducers and Transducer Materials
1. “Ultrasonic Inspection of Nuclear Reactor Primary Components,” Jean-Francois Saillant (Areva, France)
2. “Low Power Embedded Processors for Ultrasonics Signal Chain,” Murtaza Ali (Texas Instruments, USA)
3. “Growth of Relaxor Based Single Crystal by Continuous Growing Method,” Kazuhiko Echizenya (JFE Mineral, Japan)
16 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Invited Clinical Speakers (Session 1E)
The 2011 International Ultrasonics Symposium will have a special clinical session to show how medical ultrasonic technologies are used in clinical practices. This special session, which will take place on Thursday at 10:30 in the Boca Room II-IV, consists of the following three invited presentations.
1. “IVUS and IVUS Elasticity Related Imaging,” Yoshifumi Saijo (Tohoku University, Japan)
2. “OCT, NIR/IVUS and Other Optical Techniques,” Evelyn Regar (Erasmus Medical Center, The Netherlands)
3. “Plaque Characterization by IVUS Tissue Characterization, NIR, FFR and Other Emerging Techniques,” Akiko Maehara (Cardiovascular Research Foundation, USA)
Student Paper Competition
This is the 11th year of the Student Paper Competition. 19 Student Paper Competition finalists have been selected by the Technical Program Committee. These finalists will present a Poster of their work (in addition to their scheduled Oral presentation, if any) during the Poster Session on the Wednesday afternoon. Please refer to the Poster Presentation Guide to see what is required. A team of judges will discuss the work with the student in attendance and will select the winners of the Competition. The winners will be announced on Thursday evening. The winners of the student paper competition will receive a cash prize and a certificate.
Group 1: Medical Ultrasonics
1. “In-Vivo Pulsed Magneto-Motive Ultrasound Imaging of Tumor Bearing Small Animals,” 1Mohammad Mehrmohammadi, 1Seungsoo Kim, 1Min Qu, 1Ryan Truby, 2Pieter Kruizinga, 1Stanislav Emelianov (1University of Texas at Austin, USA, 2Erasmus MC., The Netherlands)
2. “Generalized Bayesian Speckle Tracking Applied to Strain and ARFI Displacements,” Brett Byram, Gregg Trahey, Mark Palmeri (Duke University, USA)
3. “Improving Shear Wave Speed Estimation Precision in Homogeneous Media by Tracking Shear Wave Propagation in 3D Using a Real-Time Volumetric Imaging Transducer,” Michael Wang, Brett Byram, Mark Palmeri, Ned Rouze, Kathryn Nightingale (Duke University, USA)
4. “Optical Characterization of Individual Liposome Loaded Microbubbles,” 1Ying Luan, 1Telli Faez, 2Erik Gelderblom, 1Ilya Skachkov, 3Bart Geers, 3Ine Lentacker, 1Antonius van der Steen, 2Michel Versluis, 1Nico de Jong (1Erasmus Medical Center, The Netherlands, 2University of Twente, The Netherlands, 3University of Gent , Belgium)
5. “In Vivo Monitoring of Nanoparticle Delivery Using Spectroscopic Photoacoustic Imaging,” Seungsoo Kim, Geoffrey Luke, Yun-Sheng Chen, Stanislav Emelianov (University of Texas at Austin, USA)
6. “Intravascular Ultrasound Chirp Imaging of Atherosclerotic Plaque Pathology and Neovascularization,” 1David Maresca, 1Krista Jansen, 1Guillaume Renaud, 1Wijnand den Dekker, 1Gijs van Soest 2Xiang Li, 2Qifa Zhou, 2Jonathan Cannata, 1Antonius F.W. van der Steen (1Erasmus MC, The Netherlands, 2University of Southern California, USA)
7. “Real-Time Handheld Optical Resolution Photoacoustic Microscopy,” Parsin Hajireza, Wei Shi, Roger Zemp (University of Alberta, Canada)
Group 2: Sensors, NDE & Industrial Applications
1. “Precise Transportation of Single Cell by Phase-shift Standing Surface Acoustic Wave,” Long Meng, Feiyan Cai, Qiaofeng Jin, Lili Niu, Hairong Zheng (Shenzhen Institutes of Advanced Technology, China)
Ultrasonics, Ferroelectrics, and Frequency Control Society 17 2011 IEEE International Ultrasonics Symposium
2. “Guided Wave Temperature Compensation with the Scale-Invariant Correlation Coefficient,” Joel B. Harley, Jos M.F. Moura (Carnegie Mellon University , USA)
3. “Acoustic and Optical Investigation of Microbubble Contrast Agents Designed for Oil Exploration at High Pressures,” Aleksandr Zhushma, Natalia Lebedeva, Michael Rubinstein, Paul Dayton, Sergei Sheiko (University of North Carolina at Chapel Hill, USA)
Group 3: Physical Acoustics
1. “Confined Acoustic Phonons in Ultra-Thin Silicon Membranes,” 1John Cuffe, 1Emigdio Chavez 1Jordi Gomis Bresco, 1Pierre-Olivier Chapuis, 1Francesc Alzina, 2Andrey Shchepetov, 2Mika Prunnila, 2Jouni Ahopelto, 3Olivier Ristow, 3Mike Hettich, 3Thomas Dekosry, 3Clivia M. Sotomayor Torres (1Catalan Institute of Nanotechnology, Spain, 2VTT Technical Research Centre of Finland, Finland, 3University of Konstanz, Germany)
2. “Experimental Evidence of Locally Resonant Sonic Band Gap in 2D Stubbed Plates,” 1Mourad Oudich, 2Matteo Senesi, 1Badreddine Assouar, 2Massimo Ruzzene, 3Jia-Hong Sun, 1Brice Vincent, 4Zhilin Hou (1Nancy University, France, 2Georgia Institute of Technology, USA, 3National Taiwan University, Taiwan R.O.C., 4South China University of Technology , China)
3. “Experimental Study on High Efficiency Ultrasonic Motors Using Lubricant,” Wei Qiu, Yosuke Mizuno, Daisuke Koyama, Kentaro Nakamura (Tokyo Institute of Technology, Japan)
Group 4: Microacoustics – SAW, FBAR, MEMS
1. “A Modular SAW Filter Design Approach for Multiband Filtering,” 1Xiaoming Lu, 2Jeffery Galipeau, 1Koenraad Mouthaan (1NUS, Singapore, 2TriQuint Semiconductor Florida, USA)
2. “Impact of High-Temperature Dielectric and Piezoelectric Behavior on LGT Acoustic Wave Properties up to 900oC,” Peter Davulis, Mauricio Pereira da Cunha (University of Maine, USA)
3. “C-axis Parallel Oriented AlN Film Resonator Fabricated by Ion-Beam Assisted RF Magnetron Sputtering,” Masashi Suzuki, Takahiko Yanagitani (Nagoya Institute of Technology, Japan)
Group 5: Transducers & Transducer Materials
1. “An All-optical Thin-film High-frequency Ultrasound Transducer,” Clay Sheaff, Shai Ashkenazi (University of Minnesota-Twin Cities, USA)
2. “Radiation Impedance of an Array of Circular Capacitive Micromachined Ultrasonic Transducers in Collapsed State,” Alper Ozgurluk, Abdullah Atalar, Hayrettin Koymen, Selim Olcum (Bilkent University, Turkey)
3. “Cell Characterization Using High Frequency Ultrasound,” Saurabh Bakshi, John Williams, Xiaoning Jiang, Elizabeth Loboa (North Carolina State University, USA)
Student Travel Support
Some of the students will receive travel support to attend the conference. These students were selected based on need, whether they received support last year, and their group affiliation. Students that receive this support must register normally and will receive the monies at the conference. They must show proof of their student status and of their membership in the IEEE and UFFC to receive their monies.
18 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Ultrasonics, Ferroelectrics, and Frequency Control Society 19 WEDNESDAY ORAL
20 2011 IEEEInternational UltrasonicsSymposium 10:30 am - 12:00 pm Oral --- Wednesday, October 19, 2011
Session 1A. Session 2A. Session 3A. Session 4A. Session 5A. Session 6A. Ultrasound Drug Or Cardiac Visco-Elasticity Scattering and Physical and Biological TCF Reduction CMUTs I Applications Gene Delivery and and Strain Imaging Attenuation Acoutic Sensing Enhancement Chair: Ben Abbott Chair: Omer Oralkan Chair: Jan D'hooge Chair: Ernest Feleppa Chair: John Vetelino Triquint Stanford University Chair: Christopher Hall Katholieke Universiteit Leuven Lizzi Center for Biomedical University of Maine Philips Research Engineering
Boca Rooms II-IV Boca Rooms VI-VIII Caribbean Ballroom VII Caribbean Ballroom I Caribbean Ballroom II Caribbean Ballroom VI
10:30 am 1A-1 Ultrasound drug targeting 2A-1 In Vivo Open and Closed 3A-1 Ultrasound Backscatter 4A-1 Integrated ultrasound 5A-1 Suppression of Transverse- 6A-1 Interdigitated CMUT Arrays to tumors with thermosensitive Chest Measurements of Spectral Analysis Provides sensor for microwave heating mode Spurious Responses for for Low Intensity Focused nanoparticles Myocardial Viscoelasticity Image Feedback for Histotripsy and radiometry in medical Zero Temperature Coefficient of Ultrasound Drug Delivery through a Heart Cycle Using Tissue Fractionation applications Frequency SAW Resonator on a Mark Ernsting1, Arthur Worthington2, Paul Cristman1, Omer Oralkan1, 1 1 Lamb wave Dispersion 1 1 1 1 SiO2/Al/LiNbO3 Structure 2 1 Jonathan May , Tatsuaki Tagami , Ultrasound Vibrometry (LDUV) Kuang-Wei Lin , Tzu-Yin Wang , Yngve Birkelund , Frank Melandsø Mike Mandella , Olav Solgaard , Michael Kolios2, Shyh-Dar Li1 Ronald E. Kumon1, Cheri X. Deng1, 1Physics and Technology, University of Hidekazu Nakanishi1,2, Hiroyuki Christopher Contag2, B. (Pierre) T. 1Drug Delivery and Formulation, Ivan Nenadic1, Matthew Urban1, Zhen Xu1, Timothy L. Hall1, J. Brian Tromso, Tromso, NO, Norway Nakamura1, Tetsuya Tsurunari1, Joji Khuri-Yakub1 Ontario Institute for Cancer Research, Cristina Pislaru1, Miguel Bernal1, Fowlkes1,2, Charles A. Cain1,3 Fujiwara1, Yosuke Hamaoka1, Ken-ya 1E. L. Ginzton Laboratory, Stanford Toronto, Ontario, Canada, 2Physics, James Greenleaf1 1Department of Biomedical Hashimoto2 University, USA, 2Pediatrics Ryerson University, Toronto, Ontario, 1Mayo Clinic, Rochester, MN, USA Engineering, University of Michigan, 1Panasonic Electronic Devices Co., Department School of Medicine, Canada Ann Arbor, MI, USA, 2Department of Ltd., Kadoma City, Osaka, Japan, Stanford University, USA Radiology, University of Michigan, 2Graduate School of Engineering, Ann Arbor, MI, USA, 3Department of Chiba University, Chiba City, Chiba, Electrical Engineering and Computer Japan Science, University of Michigan, Ann Arbor, MI, USA
10:45 am 1A-2 Investigation of Image- 2A-2 Intracardiac Shear-wave 3A-2 Three-dimensional 4A-2 Acoustic sensor for rapid 5A-2 Application of Fluorine 6A-2 Comparing the guided Sonothrombolysis in a Velocimetry using Acoustic Quantitative High-frequency detection of bacteria in water Doped SiO2 Films for Performance of CMUT and Porcine Acute Ischemic Stroke Radiation Force (ARF) Characterization of Freshly- 1 2 Temperature Compensated SAW Piezoelectric Transducer Model excitations: In Vivo Results excised Human Lymph Nodes Aba Priev , Lev Ostrovsky , Devices Elements for Two-Dimensional Yechezkel Barenholz1 1 2 Medical Imaging 1 2 1 1 Jonathan Mamou , Emi Saegusa-Beecroft , Alain 1 1,2 1 William Shi , Thomas Porter , Peter Hollender , Patrick Wolf , 3,4 5 6 Biochemistry Department, Hebrew Satoru Matsuda , Motoaki Hara , 1 3 1,2 Coron , Michael L. Oelze , Tadashi Yamaguchi , 1 1 1 Francois Vignon , Jeffry Powers , Gregg Trahey Junji Machi2, Masaki Hata2, Eugene Yanagihara2, University-Hadassah Medical School, Michio Miura , Takashi Matsuda , Ira Wygant 2 2 2 1 2 1 1 1 Shunji Gao , Jinjin Liu , Feng Xie , Biomedical Engineering, Duke Pascal Laugier3,4, Ernest J. Feleppa1 Jerusalem, Israel, Israel, Zel Masanori Ueda , Yoshio Satoh , Ken- National Semiconductor, USA Lucas Drvol2, John Lof2, Carr University, Durham, North Carolina, 1F. L. Lizzi Center for Biomedical Engineering, Technologies, University of Colorado, ya Hashimoto2 Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute 4 2 Riverside Research, New York, NY, USA, 1 Everbach USA, Radiology, Duke University, 2University of Hawaii and Kuakini Medical Center, Boulder, Colorado, USA Taiyo Yuden Co.,Ltd., Hyogo, Japan, 1 2 Philips Research North America, USA Honolulu, HI, USA, 3Laboratoire d'Imagerie Graduate School of Engineering, Paramétrique UMR 7623, CNRS, Paris, France, Briarcliff Manor, New York, USA, 4 Chiba University, Japan 2 Laboratoire d'Imagerie Paramétrique UMR 7623, University of Nebraska Medical UPMC, Paris, France, 5Department of Electrical Center, Omaha, Nebraska, USA, and Computer Engineering, Bioacoustics Research 3 Laboratory, University of Illinois, Champaign, IL, Philips Healthcare, Bothell, 6 4 USA, Research Center for Frontier Medical Washington, USA, Swarthmore Engineering, Chiba University, Chiba, Japan College, Swarthmore, Pennsylvania, USA
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida 11:00 am 1A-3 Chemo-thermal approach 2A-3 Direct In Vivo Myocardial 3A-3 computer-aided ultrasound 4A-3 Numerical analysis of 5A-3 Recent Development of 6A-3 Ultrasonic Sensing Using for efficient ultrasonic tumor Infarct Visualization Using 3D (caus) to determine liver fat causal and noncausal lossy Temperature Compensated SAW Thermal Mechanical Noise treatment with phase change Ultrasound and Passive Strain content applied in an animal impulse responses in the far Devices Recorded on Monolithic CMUT- nano droplet Contrast model and in patients field for a circular piston on-CMOS Arrays Ken-ya Hashimoto1, Michio Kadota2, Ken-ichi Kawabata1, Rei Asami1, Brett Byram1, David Bradway1, Gert Weijers1, Geert Wanten2, Johan Christopher Johnson1, Robert Takeshi Nakao3, Masanori Ueda4, Shane Lani1, Sarp Satir1, Gokce Shin-ichiro Umemura2 Marko Jakovljevic1, Doug Thijssen3, Marinette van der Graaf 3,4, McGough1 Michio Miura4, Hiroyuki Nakamura5, Gurun1, Karim G. Sabra1, F. Levent 1 1 1 Chris de Korte3 1 5 6 1 Central Research Laboratory, Giannantonio , Dongwoon Hyun , 1 Electrical and Computer Engineering, Hidekazu Nakanishi , Kenji Suzuki Degertekin Hitachi, Ltd., Japan, 2Graduate School Anna Lisa Crowley2, Han Kim2, Lowie Clinical Physics Laboratory, Radboud Michigan State University, East 1Graduate School of Engineering, 1Georgia Institute of Technology, USA of Bioengineering, Tohoku University, Van Assche2, Michele Parker2, University Nijmegen Medical Centre, Lansing, MI, USA Chiba University, Chiba, Chiba, 2 2 Nijmegen, Gelderland, Netherlands, 2 Japan Raymond Kim , Robert Judd , Gregg 2 Japan, Murata MFG Co. Ltd., Gastroenterology, Radboud University Trahey1 Nagaokakyo, Kyoto, Japan, 3Murata 1 2 Nijmegen Medical Centre, Netherlands, Duke University, USA, Duke 3Clinical Physics Laboratory, Radboud MFG Co. Ltd., Nagaokakyo, Japan, 4 University Medical Center, USA Uni versity Nijmegen Medical Centre, Taiyo Yuden Co. Ltd., Akashi, Hyogo, 5 Netherlands, 4Radiology, Radboud Japan, Panasonic Electronic Devices
University Nijmegen Medical Centre, Co., Ltd., Kadoma, Osaka, Japan, October18-21,2011 Netherlands 6NGK Insulators Ltd., Nagoya, Japan
11:15 am 1A-4 Antitumor effects of 2A-4 Mapping Myocardial 3A-4 The impact of different 4A-4 DESIGN OF ACOUSTIC 6A-4 CMUT Array Element combining antiangiogenic Structure using Shear Wave estimator algorithms when LENSES FOR ULTRASONIC Operating in Deep Collapse therapy with the antivascular Imaging- Comparison with obtaining effective diameter HUMAN-COMPUTER Mode of Operation effects of ultrasound stimulated Diffusion Tensor Imaging estimates from populations of INTERACTION 1 2 microbubbles scatterers of different sizes Selim Olcum , Yalcin Yamaner , Wei-Ning Lee1,2, Benoit Larrat1,2, Tobias Dahl1, Joao Ealo2, Ayhan Bozkurt2, Hayrettin Koymen1, Margarita Todorova1,2, Omid Mathieu Pernot1,2, Mickael Tanter1,2 Roberto J. Lavarello1, Michael L. Konstantinos Papakonstantinou1 Abdullah Atalar1 Mortazavi1, Xuan Huo1, Kullervo 1Institut Langevin, ESPCI ParisTech, Oelze2 1Elliptic Laboratories, Norway, 1Electrical & Electronics Eng., Bilkent Hynynen1,2, David Goertz1,2 France, 2CNRS, UMR 7587; INSERM, 1Seccion Electricidad y Electronica, 2School of Mechanical Engineering, University, Ankara, Turkey, 2Sabanci 1Imaging Research, Sunnybrook U979, Paris, France Pontificia Universidad Catolica del University of Valle, Colombia University, Istanbul, Turkey Research Institute, Toronto, Canada, Peru, Peru, 2Department of Electrical 2Medical Biophysics, University of and Computer Engineering, University Toronto, Canada of Illinois at Urbana-Champaign, USA
11:30 am 1A-5 Targeted delivery of neural 2A-5 Non-invasive 3A-5 Performance of various 4A-5 Quantitative Analysis of 5A-4 Performances of Monolithic 6A-5 Gap Feedback Linearization stem cells using MRI-guided Electromechanical Imaging of spectral estimation methods on Liquids and Emulsions by Micro-Oven Heated SAW and of Capacitive Micromachined focused ultrasound Atrial, Supraventricular and acoustic Backscatter Coefficient means of High-Frequency STW resonators Ultrasonic Transducers for Ventricular Cardiac Conduction estimation under data size Ultrasound (15-35 MHz) Harmonic Imaging Alison Burgess1, Carlos Ayala-Grosso2,3, Pierre Dufilie1, Joe Adler1, Andrew 1 2,4 Disorders in Canines and limitations Milan Ganguly , Jessica Jordao , Isabelle Michael Vogt1 Sawyer1 Sarp Satir1, F. Levent Degertekin2 2,4 1,5 Humans Aubert , Kullervo Hynynen Ivan M. Rosado-Mendez1, Kibo 1Dept. of Electrical Engineering and 1Phonon Corp., Simsbury, CT, USA 1School of Electrical & Computer 1Imaging Research, Sunnybrook Research 1 2 1 1 2 Jean Provost , Alok Gambhir , Nam , Timothy J. Hall , James A. Information Technology, Ruhr- Engineering, Georgia Institute of Institute, Canada, Brain Sciences, Stephane Thiebaut3, Vu Thanh-Hieu Zagzebski1 University Bochum, Bochum, D, Technology, Atlanta, GA, USA, 2G.W. Sunnybrook Research Institute, Canada, 3 2 2 1 3 Nguyen , John Vest , Hasan Garan , Department of Medical Physics, Germany Woodruff School of Mechanical 5. Laboratorio de Patologia Celular y Elisa Konofagou3,4 University of Wisconsin-Madison, Engineering, Georgia Institute of Molecular. Centro de Medicina 1 Experimental, Instituto Venezolano de Biomedical Engineering, Columbia Madison, Wisconsin, USA Technology, Atlanta, GA, USA Investigaciones Cientificas, Venezuela, University, New York, New York, USA, 2 4Laboratory Medicine and Pathobiology, Medicine, Columbia University, USA, University of Toronto, Canada, 5Medical 3Biomedical Engineering, Columbia Biophysics, University of Toronto, Canada University, USA, 4Radiology, Columbia University, USA
11:45 am 1A-6 Release and monitoring of 2A-6 In vivo passive elastic 3A-6 Ultrasonic Attenuation 4A-6 Acoustic and Optical 5A-5 Design of Surface Acoustic 6A-6 CMUTs with interlaced composite droplets in rats liver properties of normal and Imaging Using Spectral Cross- Investigation of Microbubble Wave Filters using Layer high- and low-frequency and brain with imaging pulses infarcted myocardium using Correlation and Reference Contrast Agents Designed for Diamond Structures with Zero elements for combined imaging 1 2 shear wave imaging Phantom Oil Exploration at High Temperature Coefficient of Delay and therapy Olivier Couture , Alice Bretagne , Pressures Alan Urban2, Patrick Tabeling1, Mathieu Pernot1, Wei-Ning Lee1, Kayvan Samimi1, Tomy Varghese2 Ruyen Ro1, Ru-Yue Lee1, Cha-Chi Sung2, Peiyu Zhang1, Wei Zheng1, Walied Mickael Tanter3 Mathieu Couade1, Emmanuel Messas2, 1Electrical Engineering, Medical Aleksandr Zhushma1, Natalia Sean Wean3, Yen-Hsun Liao4 Moussa2, Roger Zemp1 1 1CNRS / ESPCI, France, 2ESPCI, Philippe Mateo3, Bertrand Crozatier3, Physics, University of Wisconsin- Lebedeva1, Michael Rubinstein1, Paul Electrical Engineering, I-Shou 1Electric and Computer Engineering, 3 1 2 2 1 University, Kaohsiung, Taiwan, France, INSERM, France Clement Papadacci , Alain Bel , Madison, Madison, WISCONSIN, Dayton , Sergei Sheiko 2 University of Alberta, Canada, Mickael Tanter1 USA, 2Medical Physics, University of 1Chemistry, University of North Engineering Science and Ocean 2Mechanical Engineering, University 1 Engineering, National Taiwan University, Institut Langevin, ESPCI, Paris, Wisconsin-Madison, Madison, Carolina at Chapel Hill, Chapel Hill, 3 of Alberta, Canada Taipei, Taiwan, Electronics Engineering France, 2Hopital Europeen Georges WISCONSIN, USA NC, USA, 2Biomedical Engineering, 3 and Computer Science, Tung-Fang Pompidou, Paris, France, INSERM University of North Carolina at Institute of Technology, Kaohsiung, U769, Chatenay-Malabry, France Chapel Hill, Chapel Hill, NC, USA Taiwan, 4Electronics Engineering, National Kaohsiung University of Applied Sciences, Taiwan 21
WEDNESDAY ORAL
WEDNESDAY ORAL
22 2011 IEEEInternational UltrasonicsSymposium 2:00 pm - 3:30 pm Oral --- Wednesday, October 19, 2011
Session 1B. Session 2B. Session 3B. Session 4B. Session 5B. Session 6B. HIFU Application and Cardiac Beam Forming Contrast Agents I Acoustic Tweezers I Microacoustic Sensors Medical Imaging Monitoring (6J) Transducers Chair: Kai Thomenius Chair: Katherine Ferrara Chair: John L. Larson Chair: Ralf Seip GE’s corporate R&D Univ. of California Davis Avago Technologies Chair: Omar Elmazria Chair: Scott Smith Philips Research Nancy University GE
Boca Rooms II-IV Boca Rooms VI-VII Caribbean Ballroom VII Caribbean Ballroom I Caribbean Ballroom II Caribbean Ballroom VI
2:00 pm 1B-1 High-Throughput 2B-1 High Frame Rate 3B-1 Flow Cytometery to 4B-1 Ultrasonic Fields for Cell 5B-1 Piezoelectric Thin Films : A 6B-1 80 MHz intravascular Coagulation by Heating with Echocardiography Using Characterize Ultrasound Levitation and Manipulation Technology Platform For Thin ultrasound (IVUS) transducer Laterally Enlarged Focus, Diverging Beams Contrast Agents 1 Film Ultrasound Transducer 1 2 Enhanced by Mircobubble Martyn Hill Arrays Xiang Li , Wei Wu , Youngsoo Hideyuki Hasegawa1,2, Hiroshi Tom Matula1, Juan Tu2, Jarred 1Engineering Sciences, University of Chung2, Wan Y Shih3, Wei-Heng Clouds Created by Electronically 1,2 3 2 1 1 2 1 1 Scanned Trigger Pulses Kanai Swalwell , Weicheng CUI , Weizhong Southampton, Southampton, Hants, Mareike Klee , Ruediger Mauczok , Shih , Qifa Zhou , K. Kirk Shung 1Graduate School of Biomedical Chen2 United Kingdom Chris van Heesch1, Marco de Wild1, 1NIH Ultrasonic Transducer Resource Shin-ichiro Umemura1, Jumpei Okada2, Engineering, Tohoku University, 1Center for Industrial and Medical Henk Boots1, Wilco Keur1, Biju Center and Biomedical Engineering, Keisuke Takada3, Tatsuya Moriyama3, Eiko 2 2 3 4 5 Japan, Graduate School of Ultrasound, University of Washington, Kumar , Georg Schmitz , Michal University of Southern California, Los Iwasaki , Shin Yosizawa 2 3 2 1 Engineering, Tohoku University, Seattle, WA, USA, Nanjing University, Mleczko Angeles, CA, USA, Department of Biomedical Engineering, Tohoku University, 1 Sendai, Miyagi, Japan, 2Electrical and Japan China, People's Republic of, Philips Research, Eindhoven, 5656 Materials Science and Engineering, Communication Engineering, Tohoku 3University of Washington, USA AE Eindhoven, Netherlands, 2Philips Drexel University, Philadelphia, PA, University, Miyagi, Japan, 3Electrical and Lighting, Netherlands, 3Institute of USA, 3School of Biomedical Computer Engineering, Tohoku University, Medical Engineering University of Engineering, Science, and Health Miyagi, Japan, 4Biomedical Engineering, Tohoku University, Miyagi, Japan, 5Electrical Bochum, Germany Systems, Drexel University, and Communication Engineering, Tohoku Philadelphia, PA, USA University, Sendai, Miyagi, Japan
2:15 pm 1B-2 High amplitude ultrasound 2B-2 Motion compensated 3B-2 Parallel Output, Liquid 5B-2 Sensing Acoustic 6B-2 40 MHz piezo-composite pulse generation using time- Synthetic Transmit Beam Flooded Flow-Focusing Properties of Materials Using linear array for medical imaging reversal through a multiple technique for real-time Microfluidic Device for Piezoelectric Lateral-Mode and integration in a high scattering medium. echocardiography Generating Monodisperse Resonators resolution system Microbubbles within a Catheter Bastien Arnal1, Mathieu Pernot1, Bastien Denarie1, Hans Torp1, Geir Jonathan Gonzales1, Reza Claire Bantignies1, Pascal Mathias Fink1, Mickael Tanter1 Haugen2, Anders Sørnes2, Tore Johnny L Chen1, Ali H Abdolvand2 Mauchamp1, Franck Levassort2, Tony 1Institut Langevin, ESPCI ParisTech, Bjåstad2 Dhanaliwala1,2, Shiying Wang1, John 1Electrical Engineering, Oklahoma Mateo2, Jean-Marc Gregoire2, Remi CNRS UMR 7587, INSERM ERL 1MI Lab and Department of A Hossack1,2 State University, Tulsa, OK, USA, Dufait1, Frederic Ossant2 Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute U979, Université Paris VII, Paris, Circulation and Medical Imaging, 1Biomedical Engineering, University 2Electrical Engineering, Oklahoma 1VERMON, TOURS, France, 2UMRS France Norwegian University of Science and of Virginia, Charlottesville, VA, USA, State University, USA Imagerie&Cerveau, INSERM U930, Technology, Trondheim, Norway, 2GE 2R. M. Berne Cardiovascular Research CNRS ERL 3106, Francois-Rabelais Vingmed Ultrasound AS, Horten, Center, University of Virginia, USA University, TOURS, France Norway
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida 2:30 pm 1B-3 Thermal ablation by high- 2B-3 Multi-transmit beam 3B-3 Optimal Microbubble 4B-2 A Sonic Screwdriver: 5B-3 An Acoustic Microfluidic 6B-3 Low Power Embedded intensity-focused ultrasound forming for fast cardiac imaging Production Rate from a Flow- Acoustic Angular Momentum Platform for Size and Density- Processors for Ultrasonics using a toroidal transducer for 1 1 Focusing Microfluidic Device as Transfer for Ultrasonic Based Cell Separation Signal Chain the treatment of colorectal liver Ling Tong , Hang Gao , Hon Fai a Function of Orifice Size, Gas Manipulation Choi1, Jan D'hooge1 Myeong Chan Jo1, Rasim Guldiken1 Murtaza Ali1 metastases during an open 1 Pressure, and Liquid Flow Rate 1 1 1 1 procedure. First clinical results. Dept. of Cardiovascular Diseases, Christine Demore , Zhengyi Yang , Mechanical Engineering, University Systems and Applications R&D Catholic University of Leuven, Leuven, Shiying Wang1, Ali H Dhanaliwala1,2, Alex Volovick1,2, Han Wang1, Sandy of South Florida, USA Center, Texas Instruments, Dallas, TX, David Melodelima1, Aurélien Dupre2, Belgium Johnny L Chen1, Alexander L Cochran1, Mike MacDonald1, Gabriel USA Alessandro Gandini2, Jean-Yves Klibanov1,3, John A Hossack1,2 Spalding3 Chapelon1, Michel Rivoire2 1Biomedical Engineering, University 1Institute for Medical Science and 1U1032, INSERM, Lyon, France, of Virginia, Charlottesville, VA, USA, Technology, University of Dundee, 2Centre Leon Berard, France 2R. M. Berne Cardiovascular Research Dundee, United Kingdom, 2InSightec
Center, University of Virginia, USA, Ltd., Tirat Carmel, Israel, 3Dept.of Medicine - Cardiovascular 3Department of Physics, Illinois Division, University of Virginia, USA Wesleyan University, Bloomington, IL,
USA October18-21,2011
2:45 pm 1B-4 An ultrasonic device with 2B-4 Comparison of parallel 3B-4 Intravascular ultrasound 4B-3 Two-Dimensional Cell 5B-4 Experimental Study of the Parabolic Convex Reflector for beam forming with plane wave contrast imaging at 20 MHz Trapping by Ultrasound Biomimetic Artificial Basilar the Conformal Thermal Ablation imaging for cardiac applications: using radial modulation: a Microbeam Membrane Fabricated by of the Ciliary Body a simulation study promising approach for 1 2 Piezoelectric Micromachined coronary vasa vasorum imaging Jungwoo Lee , Changyang Lee , Beams Thomas Charrel1,2, Florent Aptel1,3, Ling Tong1, Hang Gao1, Hon Fai Hyung Ham Kim2, Anette Jakob3, Alain Birer1, Francoise Chavrier1, Choi1, Jan D'hooge1 Francois T.H. Yu1, Flordeliza Robert Lemor3, Shia-Yen Teh4, Sangwon Kim1, Hongsoo Choi1 Jean-Yves Chapelon1, Fabrice 1Dept. of Cardiovascular Diseases, Villanueva1, Xucai Chen1 Abraham Lee4, Koping Shung2 1Department of Robotics Engineering, Romano2, Cyril Lafon1 Catholic University of Leuven, Leuven, 1Cardiovascular Institute, University 1University of Southern California, Los Daegu Gyeongbuk Institute of Science 1INSERM U1032, Lyon, Rhone, Belgium of Pittsburgh, Pittsburgh, PA, USA Angeles, CA, USA, 2University of and Technology, Daegu, Korea, France, 2EyeTechCare, Rillieux-la- Southern California, USA, Korea, Republic of Pape, Rhone, France, 3Edouard 3Fraunhofer IBMT for Biomedical Herriot Hospital, Lyon, Rhone, France Engineering, Germany, 4University of California at Irvine, USA
3:00 pm 1B-5 Simultaneous temperature 2B-5 Parallel Transmit Beam 3B-5 Dynamic manipulation of 4B-4 Multi-wavelength Ultrasonic 5B-5 Wireless Physical SAW 6B-4 2D Ring Array Transducers and cavitation activity mapping Forming using Orthogonal subharmonic response of Standing Wave Device for Non- Sensors for Automotive for Real-Time 3D Imaging of with a transcranial MR-guided Frequency-Division Multiplexing ultrasound contrast agent invasive Cell Manipulation and Applications Atrial Septal Defect Repair focused ultrasound system for Harmonic Imaging microbubbles Characterisation Victor Kalinin1 Edward Light1, Stephen Smith1 Costas Arvanitis1, Nathan L. Demi1, M. D. Verweij1, K. W. A. Telli Faez1, Guillaume Renaud1, Nico Yongqiang Qiu1, David A. Hughes2, 1Transense Technologies plc, Bicester, 1Biomedical Engineering, Duke McDannold2 van Dongen1 de Jong1 Christine Demore1, Srikanta Sharma1, Oxfordshire, United Kingdom University, Durham, North Carolina, 1Radiology, Harvard Medical School, 1Laboratory of Acoustical Imaging and 1Erasmus MC, Netherlands Kees Weijer2, Sandy Cochran1 USA Boston, Massachsetts, USA, Sound Control, Delft University of 1Institute for Medical Science and 2Radiology, Harvard Medical School, Technology, Delft, Zuid Holland, Technology, University of Dundee, Boston, Massachusetts, USA Netherlands United Kingdom, 2Division of Cell and Developmental Biology, College of Life Sciences, University of Dundee, United Kingdom
3:15 pm 1B-6 Cavitation Inception and 2B-6 Spatiotemporal 3B-6 Noninvasive estimation of 4B-5 Manipulation of 6B-5 Elastomeric photonic Growth by Dual-Frequency Interpolation by Normalized dynamic pressures in vitro and microparticles in two crystals for optoacoustic Excitation in High-Intensity Convolution for 4D in vivo using the subharmonic dimensions using counter- detection of high frequency Focused Ultrasound Treatment Transesophageal response from microbubbles propagating ultrasonic waves ultrasound Echocardiography Shin Yoshizawa1, Jun Yasuda1, Shin- Jaydev Dave1,2, Valgerdur Charles Courtney1, Chun-Kiat Ong1, Daniela Cruz1, Ammar Khan2, ichiro Umemura1 Alexander Haak1, Marijn van Halldorsdottir1,2, John Eisenbrey1, Ji-Bin Bruce Drinkwater1, Paul Wilcox1 Takashi Buma3 1 3 4 1Tohoku University, Japan Stralen2, Gerard van Burken1, Stefan Liu , Maureen McDonald , Kris Dickie , 1Mechanical Engineering, University 1California State University Long 1 2 1,3 Corina Leung4, Flemming Forsberg1 2 Klein , Josien Pluim , Nico de Jong , 1 of Bristol, United Kingdom Beach, USA, University of Minnesota, Antonius F. W. van der Steen1,3, Radiology, Thomas Jefferson University, USA, 3University of Delaware, USA Philadelphia, PA, USA, 2School of Johannes G. Bosch1 Biomedical Engineering, Science and 1Erasmus MC, Netherlands, 2UMC, 3 Health Systems, Drexel University, Netherlands, Interuniversity Philadelphia, PA, USA, 3Radiologic Cardiology Institute of the Sciences, Thomas Jefferson University, Netherlands, Netherlands Philadelphia, PA, USA, 4Ultrasonix Medical Corporation, Richmond, BC, Canada 23
WEDNESDAY ORAL
WEDNESDAY ORAL
24 2011 IEEEInternational UltrasonicsSymposium
4:30 pm - 6:00 pm Oral --- Wednesday, October 19, 2011
Session 1C. Session 2C. Session 3C. Session 4C. Session 5C. Session 6C. 3D Imaging & Fast Advanced Flow Photoacoustics: Bulk Wave Effects and Transverse Modes in Transducer Modeling Simulation Tools Estimation Algorithms Applications Devices I SAW (6F) and Functional Imaging Chair: Paul Reynolds Chair: Jian-yu Lu Chair: Michael Kolios Chair: Jan Brown Chair: Karl Wagner Weidlinger Associates Inc Univ. of Toledo Chair: Svetoslav Nikolov Ryerson University JB Consulting TDK-EPC BK Medical
Boca Rooms II-IV Boca Rooms VI-VII Caribbean Ballroom VII Caribbean Ballroom I Caribbean Ballroom II Caribbean Ballroom VI
4:30 pm 1C-1 Three-dimensional Spinal 2C-1 Recent advances in blood 3C-1 Simultaneous 4C-1 Measurement of Dispersion 5C-1 A method to reduce losses 6C-1 Simulating Quartz Bone Imaging with Medical vector velocity imaging photoacoustic and high- Properties of Active and in buried electrodes RF SAW Resonators at High Temperature Ultrasound for Epidural frequency ultrasound in vivo Surrounding Regions in BAW resonators and Pressure: Limitations Jørgen Arendt Jensen1 Anesthesia Guidance 1 imaging of the mouse embryonic Resonator 1 2 Regarding Lack of Experimental Center for fast Ultrasound Imaging, vasculature Marc Solal , Julien Gratier , Kevin Data for Temperature Derivatives F. William Mauldin, Jr.1,2, Kevin Dept. of Elec. Eng, Bldg. 349, Kimmo Kokkonen1, Johanna Gamble1, Ben Abbott1, Taeho Kook1, 1,2 1 1 2 2 1 1 of Third-Order Elastic Owen , John Hossack Technical University of Denmark, Orlando Aristizábal , Jonathan Meltaus , Tuomas Pensala , Matti Alan Chen , Kurt Steiner Coefficients 1Biomedical Engineering, University of Lyngby, Denmark Mamou2, Erwan Filoux2, Jeffrey A. Kaivola1 1TriQuint Semiconductor, Apopka, FL, Virginia, Charlottesville, VA, USA, Ketterling2, Daniel H. Turnbull1, Parag 1Aalto University, Finland, 2VTT USA, 2TriQuint Semiconductor, Austin D. Beerwinkle1, Raman P. 2Rivanna Medical, Crozet, VA, USA V. Chitnis2 Technical Research Centre of Finland, Chelmsford, MA, USA Singh1, Goutham R. Kirikera2 1Skirball Institute, NYU School of Finland 1Mechanical and Aerospace Medicine, New York, NY, USA, Engineering, Oklahoma State 2Riverside Research, New York, NY, University, Tulsa, OK, USA, USA 2Geophysical Research Company, LLC, Tulsa, OK, USA
4:45 pm 1C-2 Evaluation of 3D Point 3C-2 Integrated 3-D vascular 4C-2 Polarizaion-inverted 6C-2 Empirical Model for Spread Function of a Semi- ultrasound, strain and multilayered pure shear mode Dielectric Charging in Double- Ellipsoidal Ultrasound Computer spectroscopic photoacoustic AlN film resonator SOI-Wafer-Bonded CMUTs: Tomography System imaging for noninvasive Theory and Experiment Masashi Suzuki1, Takahiko 1 1 characterization of 1 1 1 Nicole Ruiter , Robin Dapp , Michael atherosclerotic arteries Yanagitani Wei Zheng , Douglas Barlage , Peiyu Zapf1, Hartmut Gemmeke1 1Graduate School of Engineering, Zhang1, Glen Fitzpatrick2, Walied 1 1 1 3 1 Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Institute for Data Processing and Iulia Graf , Arman Satari , Richard Nagoya Institute of Technology, Moussa , Roger Zemp Electronics, Karlsruhe Institute of Smalling2, Stanislav Emelianov1 Nagoya, Aichi, Japan 1Electrical and Computer Engineering, Technology, Karlsruhe, Baden- 1Biomedical Engineering, University University of Alberta, Edmonton, Wuerttemberg, Germany of Texas at Austin, Austin, Texas, USA, Alberta, Canada, 2Micralyne Inc., 2Department of Internal Medicine, Edmonton, Alberta, Canada, University of Texas Medical School at 3Mechanical Engineering, University Houston, Houston, Texas, USA of Alberta, Edmonton, Alberta, Canada
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida 5:00 pm 1C-3 High Frequency Doppler 2C-2 Ultrafast imaging of blood 3C-3 Photoacoustic microscopy 4C-3 High temperature 5C-2 Extension of Scalar 6C-3 Enhancement of the Flow Triggering for 75 MHz Ultra- flow dynamics in myocardium with a pulsed multi-color source piezoelectricity in Mn doped ZnO Potential Formalism for Inverse Method enabling the High Frame Rate 3D Ultrasonic based on stimulated Raman film Transverse Mode Analysis of Material Parameter Identification Bruno-Felix Osmanski1, Mathieu Zebrafish Echocardiography 1 1 scattering 1 Surface Acoustic Wave for Piezoceramics Pernot , Gabriel Montaldo , Mickael Kosuke Imamura , Shinji Resonators Ting-Yu Liu1, Po-Yang Lee1, Cho- Tanter1 Mengyang Liu1, Takashi Buma1 Takayanagi1, Takahiko Yanagitani2, Stefan Rupitsch1, Jürgen Ilg1, Chiang Shih1, Chih-Chung Huang1 1Institut Langevin, France 1University of Delaware, USA Mami Matsukawa1, Yoshiaki Ken-ya Hashimoto1, Tatsuya Omori1, Reinhard Lerch1 1Department of Electrical Engineering, Watanabe1 Chang-Jun Ahn1 1Chair of Sensor Technology, Fu Jen Catholic University, Taiwan 1Doshisha University, Japan, 2Nagoya 1Graduate School of Engineering, Friedrich-Alexander-University Institute of Technology, Japan Chiba University, Chiba, Japan Erlangen-Nuremberg, Erlangen, Germany
October18-21,2011
5:15 pm 1C-4 4D Simulation of nonlinear 2C-3 Peak Velocity Measurement 3C-4 Optoacoustic signal 4C-4 Force-Frequency Effect on 5C-3 Transversal mode 6C-4 Radiation pattern pressure field propagation on Through Doppler Spectrum: amplitude and frequency the Q-Factor of Thickness-Shear orthogonality in SAW deterioration for phase steered GPU with the Angular Spectrum Experimental Verification spectrum analysis laser heated Mode Quartz and Langasite waveguides with transversally capacitive micromachined Method bovine liver ex vivo Resonators at High varying slowness anisotropy ultrasonic transducer arrays due Stefano Ricci1, Luca Bassi1, Piero 1,2 1 1,2 Temperatures within the scalar field to cross coupling. François Varray , Christian Tortoli Michelle P. Patterson , Christopher approximation Cachard1, Piero Tortoli2, Olivier 1Electronics & Telecommunications B. Riley3, Michael C. Kolios4, William Mihir Patel1, Bikash Sinha1 Erlend Leirset1, Arne Rønnekleiv1, Basset1 Dept., Florence University, Firenze, M. Whelan5 1Schlumberger-Doll Research, Markus Mayer1, Thomas Ebner1, Astrid Aksnes1 1Université de Lyon, CREATIS ; CNRS Italy 1physics, university of prince edward Cambridge, MA, USA Karl Wagner1, Ken-Ya Hashimoto2 1Department of Electronics and UMR5220 ; INSERM U1044 ; INSA- island, charlottetown, pei, Canada, 1SAW RD, TDK-EPC, Munich, Telecommunications, Norwegian Lyon ; Université Lyon 1, France, 2Biomedical Sciences, university of Germany, 2Department of Electrical University of Science and Technology, 2MSD Lab, University of Firenze, Italy prince edward island, charlottetown, and Electronic Engineering, Chiba TRONDHEIM, TRONDHEIM, Norway pei, Canada, 3Animal and Veterinary University, Chiba, Japan Sciences, Adelaide university, 4 Australia, Ryerson University, Canada, 5university of prince edward island, Canada
5:30 pm 1C-5 Multi-modal cardiac image 2C-4 Detection of 3C-5 Clinical feasibility of duplex 4C-5 Drive Level Dependency in 5C-4 Miniaturized SAW Designs 6C-5 Experimental and Finite fusion and visualization on the Atherosclerosis from Vessel photoacoustic and ultrasound Langasite Resonators using High Aspect Ratio Element Model Directivity GPU Wall Vibrations using Non-linear pulse-echo imaging using 1 Electrodes Comparison Between PZT and Features photoacoustic transmit pulses Yook-Kong Yong PMN-PT Kerfless Arrays Gabriel Kiss1,2, Jon Petter Åsen1,3, 1Civil and Environmental Engineering, Hoi Yan Fong1, Akifumi Kamijima2, Piet Claus4, Jan D’hooge1,4, Hans Leili Salehi1, Parisa Gifani2, Georg Michael Jaeger1,2, David David Birtill1, Rutgers University, Piscataway, NJ, Stephane Chamaly1 Phil Garland1, Andre Bezanson1, Rob Torp1 Schmitz1 Andreas Gertsch1, Elizabeth O’Flynn2,3, USA 1EPCOS Pte Ltd - TDK Corporation, Adamson1, Jeremy Brown1 1 1 Jeffrey Bamber1,2 2 1 MI Lab and Department of Electronics and Information 1 Singapore, Singapore, TDK School of Biomedical Engineering, Circulation and Medical Imaging, Technology, Ruhr Universität Bochum, Joint Department of Physics, Institute of Corporation, Hong Kong, Hong Kong Dalhousie University, Canada Norwegian University of Science and Bochum, Germany, 2Electrical Cancer Research and Royal Marsden NHS 2 Foundation Trust, Sutton, Surrey, United Technology, Trondheim, Norway, St. Engineering, Iran University of 2 Kingdom, CRUK-EPSRC Cancer Olavs Hospital, Trondheim, Norway, Science and Technology, Tehran, Iran 3 Imaging Centre, Institute of Cancer Department of Informatics, University Research and Royal Marsden NHS of Oslo, Oslo, Norway, Foundation Trust, Sutton, Surrey, United 4 Cardiovascular Imaging & Dynamics, Kingdom, 3Radiology Department, Royal Dept. of Cardiovascular Diseases, Marsden NHS Foundation Trust, Sutton, K.U.Leuven, Leuven, Belgium Surrey, United Kingdom
5:45 pm 1C-6 Real-time simulation of 2C-5 Determination of the depth 3C-6 Intravascular 4C-6 The Nonlinear Thickness- 5C-5 Design of SAW/BAW 6C-6 Iterative Inverse ultrasound images using the dependent Fourier spectra of photoacoustic imaging in the shear Vibrations of a Crystal Ladder type filters with constant Extrapolation for Transducer GPU catheter reflections for presence of luminal blood Plate Under a Strong Electric group delay Characterization automatic catheter detection Field Sjur Urdson Gjerald1, Reidar Bo Wang1, Andrei Karpiouk1, Jimmy Hualei Wang1,2, Jing Chen1, Yu Shi2, E.J. Alles1, M.D. Verweij1, K.W.A. Brekken1,2, Torbjørn Hergum1, Jan Anke Poelstra1, Heinrich Martin Su1, James Amirian2, Richard Ji Wang1, Rongxing Wu1, Jianke Du1, Tatsuya Omori1, Changjun Ahn1, Ken- van Dongen1 D'hooge1,3 Overhoff1 Smalling2, Stanislav Emelianov1 Dejin Huang1, Wei Yan2 ya Hashimoto1 1Laboratory of Acoustical Imaging and 1MI Lab and Dept. of Circulation and 1University of Applied Sciences 1University of Texas at Austin, USA, 1School of Mech Eng & Mechanics, 1Chiba University, Japan, 2University Sound Control, Faculty of Applied Medical Imaging, Norwegian Gelsenkirchen, Gelsenkirchen, 2University of Texas Health Science Ningbo University, Ningbo, Zhejiang, of Electronic Science and Technology Sciences, Delft University of University of Science and Technology, Germany Center at Houston, USA China, People's Republic of, 2School of of China, China, People's Republic of Technology, Delft, Zuid-Holland, Trondheim, Norway, 2Dept. of Medical Civil & Arch Eng, Ningbo University, Netherlands Technology, SINTEF, Trondheim, Ningbo, Zhejiang, China, People's Norway, 3Lab. on Cardiovascular Republic of Imaging & Dynamics, Dept. of Cardiovascular Diseases, Katholieke Universiteit, Leuven, Belgium 25
WEDNESDAY ORAL
WEDNESDAY POSTER
26 2011 IEEEInternational UltrasonicsSymposium 9:30 am - 1:00 pm Poster --- Wednesday, October 19, 2011 Caribbean Ballroom III-V
Session P1Aa. P1Aa-8 A New Extended Range Ultrasonic P1Ab-6 3D Velocity Estimation using a 2D P1Ac-3 A Low-Cost High Frame-Rate P1Ac-11 Novel limiter using bipolar power Synthetic Aperture Tissue Harmonic Matrix Array Piezoelectric Scanning Mechanism for High- transistor for high frequency ultrasonic Beam Formation: Computational Imaging System Frequency Ultrasound Systems transducer applications Aspects And Artifact Reduction Michael Johannes Pihl1, Jørgen Arendt Jensen1 Moo-Ho Bae1, Sung-Bae Park1, Han-Woo Lee2, 1Center for Fast Ultrasound Imaging, Dept. of Elec. Andre Bezanson1, Robert Adamson1, Jeremy Hojong Choi1, Hao-Chung Yang1, Sien-Ting Lau1, Sang-Gyu Nam2, Mok-Kun Jeong3 Eng., Bldg. 349, Technical University of Denmark, Brown1 Qifa Zhou1, K. Kirk Shung1 1Hallym Univ., Korea, Republic of, 2Samsung DK-2800 Lyngby, Denmark 1Biomedical Engineering, Dalhousie University, 1NIH Transducer Resource Center and Biomedical Chair: Jian-yu Lu 3 Univ. of Toledo Medison Co., LTD., Korea, Republic of, Daejin Halifax, Nova Scotia, Canada Engineering, University of Southern California, Los Univ., Korea, Republic of Angeles, California, USA
P1Aa-1 Synthetic Aperture Beamformation P1Aa-9 Extraction of an Overlapped Second P1Ab-7 Quantification of Mitral P1Ac-4 A Low Cost Receive Beamformer for P1Ac-12 Detection of Deeply-Implanted using a GPU Harmonic Chirp Component using the Regurgitation Using PW Doppler and a High Frequency Annular Array Impedance-Switching Devices Using Fractional Fourier Transform Parallel Beamforming Ultrasound Doppler Jens Munk Hansen1, Dana Schaa2, Jørgen Arendt Holly Lay1,2, Geoffrey Lockwood1 Jensen1 Muhammad Arif1, Sevan Harput2, Peter Smith2, Tonje D. Fredriksen1, Hans Torp1, Torbjørn 1Queen's University, Canada, 2Sonavation Inc., USA Jean Martial Mari1, Cyril Lafon2, Jean Yves 1Dept. of Elec. Eng., Technical University of David Cowell2, Steven Freear2 Hergum1 Chapelon2 Denmark, DK-2800 Lyngby, Denmark, 2Department 1Ultrasound Research Group, School of Electronic 1MI Lab, Department of Circulation and Medical 1LabTAU, Unit1032, INSERM, Lyon, France, of Electrical and Computer Engineering, and Electrical Engineering, University of Leeds, Imaging, NTNU, Trondheim, Norway 2LabTAU, Unit 1032, INSERM, Lyon, France Northeastern University, Boston, MA, USA United Kingdom, 2University of Leeds, United Kingdom
P1Aa-2 Conjugate Gradient and Regularized Session P1Ab. P1Ab-8 Simultaneous quantification of flow P1Ac-5 Implementation of non standard P1Ac-13 A Transmit/Receive 256-Channel Inverse Problem-based Solutions Applied to and tissue velocities based on multi-angle methods with the Ultrasound Advanced Ultrasound Phased Array Driving System Ultrasound Image Reconstruction Blood Flow Imaging plane-wave imaging with extended velocity Open Platform (ULA-OP) Design and Strategy for Transrib Thermal range Therapy Leonardo Zanin1, Marcelo Zibetti1, Fabio Enrico Boni1, Luca Bassi1, Francesco Guidi1, Schneider1 Chair: Lasse Lovstakken Ingvild Ekroll1, Abigail Swillens2, Patrick Segers2, Alessandro Ramalli1, Stefano Ricci1, Piero Tortoli1 Guan-Lu Huang1, Hao-Yu Chung1, Hao-Li Liu1 1CPGEI, UTFPR, Curitiba, Parana, Brazil Nowegian Univ. of Science & Technology Hans Torp1, Lasse Lovstakken1 1Electronics & Telecomm., Università di Firenze, 1Department of Electrical Engineering, Chang- 1MI Lab and Department of Circulation and Firenze, Italy Gung University, Taiwan Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Medical Imaging, NTNU, Trondheim, Norway, 2Gent University, Belgium
P1Aa-3 Scalable Intersample Interpolation P1Ab-1 High Frame Rate Vector Flow P1Ab-9 Numerical simulation of time for red P1Ac-6 Portable 4D Ultrasound Medical P1Ac-14 Feasibility of 2D CMUT Arrays with Architecture for High-channel-count Imaging of Stenotic Carotid Bifurcation: blood cell aggregation under pulsatile flow Diagnostic Imaging System Orthogonal Transmit and Receive Strips for Beamformers Computational Modeling and Analysis with depletion model Low-Channel-Count 3D Imaging Yi-Ting Shen1, Stergios Stergiopoulos1,2, Pang Borislav G. Tomov1, Svetoslav I. Nikolov2, Jørgen Donald L. S. Chan1, Billy Y. S. Yiu1, Alfred C. H. Ying Li1, Tae-Hoon Bok1, Dong-Guk Paeng1,2 Shek1 Wei Zheng1, Peiyu Zhang1, Walied Moussa2, Roger Arendt Jensen1 Yu1 1Ocean System engineering, Jeju National 1Defence R&D Canada Toronto, Toronto, Ontario, Zemp1 1Center for Fast Ultrasound Imaging, Dept. of Elec. 1Medical Engineering Program, The University of Univeristy, Korea, Republic of, 2Interdisciplinary Canada, 2Department of Electrical and Computer 1Electrical and Computer Engineering, University of Eng., Technical University of Denmark, DK-2800 Hong Kong, Hong Kong Postgraduate Program in Biomedical Engineering, Engineering, University of Toronto, Toronto, Alberta, Edmonton, Alberta, Canada, 2Mechanical Lyngby, Denmark, 2R&D Applications & Jeju, Korea, Republic of Ontario, Canada Engineering, University of Alberta, Edmonton, Technologies, BK Medical, DK-2730 Herlev, Alberta, Canada Denmark
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida
P1Aa-4 Mitigation of Off-axis Specular P1Ab-2 Fast, Robust Estimation and a Novel P1Ab-10 Effect of flow gradient, ROI size P1Ac-7 Real-Time GPU-Based Adaptive P1Ac-15 Software-based Ultrasound Phase Reflection Artifacts in Diagnostic Bone Visualization Method for Vector Doppler and random scatterer movement during Beamformer for High Quality Ultrasound Rotation Beamforming on Multi-core DSP Imaging with Medical Ultrasound Using Imaging with Planewave Transmissions speckle size estimation based blood flow Imaging 1 1 2 Mechanically Scanned Piston Transducers measurement Jieming Ma , Kerem Karadayi , Murtaza Ali , John Flynn1, Ron Daigle1, Lauren Pflugrath1, Peter Junying Chen1, Billy Y. S. Yiu2, Hayden K. H. So1, Yongmin Kim1,3 F. William Mauldin, Jr.1,2, Kevin Owen1,2, John Kaczkowski2, Ken Linkhart1 Tiantian Xu1, Gregory Bashford1 Alfred C. H. Yu2 1Electrical Engineering, University of Washington, Hossack1 1Verasonics, Inc. Redmond, WA, USA, 2Applied 1Biological Systems Engineering, University of 1Dept. of Electrical and Electronic Engineering, The Seattle, WA, USA, 2Texas Instruments, Dallas, TX, 1Biomedical Engineering, University of Virginia, Physics Laboratory, University of Washington, Nebraska-Lincoln, Lincoln, NE, USA University of Hong Kong, Hong Kong, 2Medical USA, 3Bioengineering, University of Washington, 2 Charlottesville, VA, USA, Rivanna Medical, Crozet, Seattle, WA, USA Engineering Program, The University of Hong Seattle, WA, USA VA, USA Kong, Hong Kong October18-21,2011
P1Aa-5 A Novel Imaging Method of Coded P1Ab-3 Model-based correction of angle- Session P1Ac. P1Ac-8 A 1.5mm Diameter Single-Chip Session P1B. THI using Multi Chirp Signals dependencies in navigated 3-D flow imaging System Design CMOS Front-End System with Transmit- Sensing and Signal Processing 1 2 during neurosurgical interventions Receive Capability for CMUT-on-CMOS Masayuki Tanabe , Takuya Yamamura , Kan Forward-Looking IVUS Okubo2, Norio Tagawa2 Daniel Høyer Iversen1, Frank Lindseth2,3, Hans 1Graduate School of Science and Technology, Torp1, Lasse Løvstakken1,4 Chair: Andrzej Nowicki Gokce Gurun1, F. Levent Degertekin1, Paul Hasler1 Chair: Erdal Oruklu Kumamoto University, Kurokami, Kumamoto, 1MI Lab and Department of Circulation and Polish Academy of Sciences 1Georgia Institute of Technology, Atlanta, GA, USA Illionois Institute of Technology, USA Japan, 2Graduate School of System Design, Tokyo Medical Imaging, Norwegian University of Science Metropolitan University, Hino, Tokyo, Japan and Technology, Trondheim, Norway, 2SINTEF Medical Technology, Trondheim, Norway, 3Department of Computer and Information Science,
Norwegian University of Science and Technology, Trondheim, Norway, 4Trondheim University Hospital, Norway
P1Aa-6 Improved Image Quality Using P1Ab-4 Clutter Suppression for Harmonic P1Ac-1 A Digital-Feedback Pre-distortion P1Ac-9 A Happy Marriage of P1B-1 Wideband Time-Reversal Processing Phase Aberration Correction and Dual Doppler Detection in Swept-Scan High- Technique for Integrated High-Voltage Ultrasonography and Near Infrared for Ultrasound NDE Imaging Apodization with Cross-correlation Frequency System Ultrasound Transmitting Power Amplifiers Spectroscopy in Coronary Imaging Cindy Bernard1, Ramazan Demirli2, Cornel Ioana1 Junseob Shin1, Jesse Yen1 Che-Chou Shen1, Wu hsin-hsien1, Chih-Kuang Zheng Gao1, Zao Chen1, Ping Gui1, Xiaochen Xu2, Zhihua He1, Steve Sum1, Cory Doucet1, Brian 1Signal and Image Processing Lab, National 1Biomedical Engineering, University of Southern Yeh2 Max Nielsen2, Ismail Oguzman2, Karthik Vasanth2, Gilan1, Antonius F.W. van der Steen2,3, James Polytechnique Institute of Grenoble, France, California, Los Angeles, CA, USA 1Department of Electrical Engineering, National Jikai Chen3 Muller1 2Center for Advanced Communications, Villanova Taiwan University of Science and Technology, 1Department of Electrical Engineering, Southern 1InfaRedx Inc, Burlington, MA, USA, 2Biomedical University, Villanova, PA, USA Taiwan, 2Department of Biomedical Engineering Methodist University, Dallas, Texas, USA, 2Texas Engineering, Thorax centre ErasmusMC, and Environmental Sciences, National Tsing Hua Instruments Inc., Dallas, Texas, USA, 3Department Netherlands, 3Interuniversity Cardiology Institute of University, Taiwan of Electrical Engineering, University of Florida, the Netherlands, Netherlands Gainesville, Florida, USA
P1Aa-7 A Multitaper Approach to Speckle P1Ab-5 Clutter filtering issues in speckle P1Ac-2 Harmonic Cancellation in Switched P1Ac-10 Bone scanner for examination of P1B-2 Analysis of Fractional Fourier Reduction for Medical Ultrasound Imaging tracking for two-dimensional blood velocity Mode Linear Frequency Modulated (LFM) deeply located trabecular bones Transform for Ultrasonic NDE Applications 1 1 estimation – a potential solution based on Excitation of Ultrasound Arrays 1 1 1 2 2 Are Charles Jensen , Carl-Inge Nilsen , Andreas compounded imaging Jerzy Litniewski , Lucyna Cieslik , Marcin Yufeng Lu , Erdal Oruklu , Jafar Saniie Austeng1, Sven Peter Näsholm1, Sverre Holm1 David Cowell1, Peter Smith1, Steven Freear1 Lewandowski1, Ryszard Tymkiewicz1, Boguslaw 1ECE Department, Bradley University, Peoria, 1Department of Informatics, University of Oslo, Solveig S. Alnes1, Abigail Swillens2, Patrick 1Ultrasound Group, School of Electronic Zienkiewicz1, Andrzej Nowicki1 Illinois, USA, 2ECE Department, Illinois Institute of Oslo, Norway Segers2, Hans Torp1, Lasse Lovstakken1,3 Engineering, University of Leeds, Leeds, United 1Ultrasound, Institute of Fundamental Technology, Chicago, IL, USA 1MI Lab and Department of Circulation and Kingdom Technological Research, Warsaw, Warsaw, Poland Medical Imaging, Norwegian University of Science and Technology, Trondheim, Norway, 2IBiTech- BioMMeda, Ghent University, Ghent, Belgium, 3St. Olavs Hospital, Trondheim, Norway 27
WEDNESDAY POSTER
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28 2011 IEEEInternational UltrasonicsSymposium 9:30 am - 1:00 pm Poster --- Wednesday, October 19, 2011 Caribbean Ballroom III-V
P1B-3 Comparison of Cascade and P1C-5 Coherent Acoustic Waves Excitation P1D-7 Optimized STW Devices with Buried P1E-3 CMUTs for air coupled ultrasound PS-2 Generalized Bayesian Speckle Concurrent Signal Denoising Methods and Detection on Subterahertz Frequencies Electrodes Based on a Mixed FEM/BEM with improved bandwidth Tracking Applied to Strain and ARFI Numerical Model Displacements Michal Kubinyi1, Ondrej Kreibich1, Radislav Natalia Polzikova1, Georgy Mansfeld1, Alexander Mario Kupnik1, Min-Chieh Ho2, Srikant Smid1 Raevskii1 Pascal Ventura1, Pierre Dufilié2 Vaithilingam2, Butrus T. Khuri-Yakub2 Brett Byram1, Gregg Trahey1, Mark Palmeri1 1Department of Measurement, Czech Technical 1IRE RAS, Russian Federation 1PV R&D Consulting, Nice, France, 2Phonon 1Brandenburg University of Technology (BTU), 1Duke University, USA University in Prague, Faculty of Electrical Corporation, Simsbury, CT, USA Cottbus, Germany, 2Stanford University, CA, USA Engineering, Prague, Czech Republic, Czech Republic
P1B-4 Numerical and analytical modeling of Session P1D. P1D-8 SAW Resonator-Based Wafer P1E-4 Modeling and Characterization of PS-3 Improving Shear Wave Speed optical fibers for ultrasound detection Processing Control Thin Film Coatings for High Frequency Estimation Precision in Homogeneous SAW Devices and Design CMUT Annular Arrays Media by Tracking Shear Wave Propagation Istvan A Veres1,2, Gordon Flockhart3, Gareth Pierre Dufilie1, Merle Yoder1, Jim Jacobs1 3 3 1,2 1 1 2 2 in 3D using a Real-time Volumetric Imaging Pierce , Brian Culshaw , Thomas Berer , Hubert Phonon Corp., Simsbury, CT, USA Jaime Zahorian , Sarp Satir , Gokce Gurun , F. Transducer Grün2, Peter Burgholzer1,2 Chair: Tatsuya Omori Levent Degertekin2 1Christian Doppler Laboratory for Photoacoustic Chiba University 1ECE, Georgia Tech, USA, 2Georgia Tech, USA Michael Wang1, Brett Byram1, Mark Palmeri1, Ned Imaging and Laser Ultrasonics, Linz, Austria, Rouze1, Kathryn Nightingale1 2Research Center for Non Destructive Testing 1Biomedical Engineering, Duke University, USA GmbH, Linz, Austria, 3Department of Electronic & Electrical Engineering, University of Strathclyde, Glasgow, United Kingdom
P1B-5 Application of a Programmable Multi- P1D-1 An Adaptive Thresholding Method for P1D-9 Fabrication of high frequency SAW P1E-5 Performance Optimization of a High PS-4 Optical Characterization of Individual channel Ultrasonic System for In-Line SAW RFID With Large Code Capacity resonators using AlN/Diamond/Si Frequency cMUT Probe for Medical Imaging Liposome Loaded Microbubbles Quality Monitoring of Spot Welds technology Along Kang1,2, Tao Han2 Alessandro Stuart Savoia1, Giosue Caliano1, Ying Luan1, Telli Faez1, Erik Gelderblom2, Ilya Anthony Lui1, Anthony C. Karloff1, Andriy M. 1Department of Instrument Science and G.F. Iriarte1, J.G. Rodriguez Madrid1, R. Ro2, R. Massimo Pappalardo1 Skachkov1, Bart Geers3, Ine Lentacker3, Antonius Chertov1, Roman Gr. Maev1, Enrico Boni2, Piero Engineering, Shanghai Jiaotong University, China, Lee2, O.A. Williams3, D. Araujo4, Pilar Villar4, F. 1Dipartimento di Ingegneria Elettronica, Università van der Steen1, Michel Versluis2, Nico de Jong1,2 Tortoli2 People's Republic of, 2Shanghai Jiaotong Calle1 degli Studi Roma Tre, Rome, Italy, Italy 1Erasmus Medical Center, Netherlands, 2University 1Institute for Diagnostic Imaging Research, University, China, People's Republic of 1ISOM - Universidad Politécnica de Madrid, Spain, of Twente, Netherlands, 3University of Gent, Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Windsor, Ontario, Canada, 2University of Florence, 2I-Shou University, Taiwan, 3Fraunhofer IAF Belgium Firenze, Italy (Germany) and Cardiff University (UK), United Kingdom, 4Universidad de Cadiz, Spain
Session P1C. P1D-2 Suppression Mechanism of P1D-10 Temperature effect on the P1E-6 Dual mode cMUTs fabricated with PS-5 In vivo monitoring of nanoparticle Acoustic Wave Sensing and Transverse-Mode Spurious Responses in characteristics of Love wave along multi LPCVD sacrificial release process delivery using spectroscopic photoacoustic SAW Resonators on a SiO2/Al/LiNbO3 guide layers of SiO2/SU-8 1 1 imaging Transduction Structure Certon Dominique , Senegond Nicolas , Gross Jiaoli Hou1, Weng Wang1, Minghua Liu1, Shitang Dominique1, Ferin Guillaume2, Legros Mathieu2, Seungsoo Kim1, Geoffrey Luke2, Yun-Sheng Hiroyuki Nakamura1, Hidekazu Nakanishi1,2, Rei He1 Boulme Audren1, Roman Benoit1, Teston Franck1 Chen2, Stanislav Emelianov1,2 1 2 1 1 1 Chair: Yook-Kong Yong Goto , Ken-ya Hashimoto Institute of Acoustics, Chinese Academy of INSERM U930, François Rabelais University, Biomedical Engineering, University of Texas at 1Panasonic Electronic Devices Co., Ltd., Japan, Sciences, China, People's Republic of TOURS, France, Metropolitan, 2VERMON, TOURS, Austin, Austin, TX, USA, 2Electrical and Computer Rutgers, the State University of New Jersey 2 Chiba University, Japan France, Metropolitan Engineering, University of Texas at Austin, Austin, TX, USA
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida
P1C-1 Cavitation Sensor with P1D-3 Spurious mode suppression in P1D-11 Implementation of Error-Correcting P1E-7 Dynamic and Acoustic Modelization PS-6 Intravascular Ultrasound Chirp hydrothermally synthesized lead zirconate multiple layer HfO2/Simax acoustical mirror Encoded SAW RFID Tags of Capacitive Micromachined Ultrasonic Imaging of atherosclerotic plaque pathology titanate poly-crystalline film deposited on Ti structure for ILAW on 15&[deg]-YX LiNbO3 1 1 2 Transducers and neovascularization cylindrical hollow pipe Jingchu He , Tao Han , Yongan Shui Sergei Zhgoon1, Alexander Shvetsov1, Kushal 1Shanghai Jiaotong University, China, People's Marc Berthillier1, Patrice Le Moal1, Joseph David Maresca1, Krista Jansen1, Guillaume Shinichi Takeuchi1, Michihisa Shiiba1, Mutsuo Bhattacharjee2 Republic of, 2Nanjing University, China, People's Lardiès1 Renaud1, Wijnand den Dekker2, Gijs van Soest1, Ishikawa1, Norimichi Kawashima1, Takeyoshi 1MPEI, Moscow, Russian Federation, 2RF MD, USA Republic of 1Mécanique Appliquée, Femto-ST, Besançon, Xiang Li3, Qifa Zhou3, Jonathan Cannata3, Antonius Uchida2, Tsuneo Kikuchi2, Minoru Kurosawa3 France F.W. van der Steen1,4 1 1 Department of Clinical Engineering, Toin Biomedical Engineering, Thorax Centre, Erasmus University of Yokohama, Yokohama, Kanagawa, MC, Rotterdam, Netherlands, 2Experimental Japan, 2National Metrogy Institute of Japan, Cardiology, Erasmus MC, Rotterdam, Netherlands, 3
National Institute of Advanced Industrial Science Resource Center for Medical Ultrasonic October18-21,2011 and Technology, Tsukuba, Ibaraki, Japan, Transducer Technology, University of Southern 3Interdisciplinary Graduate School of Science and California, Los Angeles, USA, 4Interuniversity Engineering, Tokyo Institute of Technology, Cardiology Institute of the Netherlands, Netherlands Yokohama, Kanagawa, Japan
P1C-2 Improved theory for near-resonance P1D-4 Effect of Anisotropy on the Reflection Session P1E. P1E-8 Large area 1D CMUT phased arrays PS-7 Real-time Handheld Optical Resolution bubble rectified diffusion with applications of SAW from Grooves and Strips CMUTs for multi-modality ultrasound imaging Photoacoustic Microscopy Yuning Zhang1, Shengcai Li1 Alexander Darinskii1, Manfred Weihnacht2,3, Hagen Nikhil Apte1, Srikant Vaithilingam2, Ali Fatih Parsin Hajireza1, Wei Shi1, Roger Zemp1 1School of Engineering, Warwick University, United Schmidt3 Sarioglu2, Mario Kupnik3, Butrus T. Khuri-Yakub2 1Electrical & Computer Engineering, University of Kingdom 1Institute of Crystallography RAS, Moscow, Russian Chair: Levent Degertekin 1Mechanical Engineering, Stanford University, Alberta, Edmonton, Alberta, Canada Federation, 2InnoXacs, Dippoldiswalde, Germany, Georgia Institute of Technology USA, 2Electrical Engineering, Stanford University, 3IFW Dresden, Dresden, Germany USA, 3Brandenburg University of Technology, Germany
P1C-3 The Acoustic Resonator Combined P1D-5 Low propagation loss in the one-port P1E-1 An Accurate Model For Fluid Loading Session PS. PS-8 Precise Transportation of Single Cell with Electrical Discharges resonator fabricated on single crystal On Circular CMUTs by Phase-shift Standing Surface Acoustic diamond Student Paper Competition Wave Rudolf Balek1 Bichoy Azmy1, Mourad El-Gamal2, Adel El- 1Department of Physics, Czech Technical University Satoshi Fujii1, Tatsuya Odawara2, Tatsuya Omori2, Hennawy1, Hani Ragai1 Long Meng1, Feiyan Cai1, Qiaofeng Jin1, Lili Niu1, in Prague, Faculty of Electrical Engineering, Ken-ya Hashimoto2, Hironori Torii3, Hitoshi 1Department of Electronics & Communication Chair: Hairong Zheng1 Prague 6, Czech Republic Umezawa4, Shinichi Shikata4 Engineering, Ain Shams University, Cairo, Egypt, 1Shenzhen Institutes of Advanced Technology, 1Academic industrial collaboration and Intellectual 2Department of Electrical & Computer Engineering, Chinese Academy of Sciences, China, People's Property, Chiba University, Chiba, Chiba, Japan, McGill University, Montreal, Quebec, Canada Republic of 2Electrical and Electronic Engineering, Chiba University, Japan, 3Technology Support & Development, MES AFTY Corporation, Hachioji, Tokyo, Japan, 4Diamond Research Lab., AIST, Tsukuba, Ibaraki, Japan
P1C-4 Measurements of the viscosity of P1D-6 Band Pass Type of Tunable Filters P1E-2 Improving CMUT Receiving PS-1 In-vivo pulsed magneto-motive PS-9 Guided wave temperature liquids in function of pressure and composed of Ultra Wide Band SAW Sensitivity Using Parametric Amplification ultrasound imaging of tumor bearing small compensation with the scale-invariant temperature using SH surface acoustic Resonators by adjusting Capacitors 1 1 1 animals correlation coefficient waves connected SAW Resonators Wei You , Edmond Cretu , Robert Rohling 1Electrical and Computer Engineering, University Mohammad Mehrmohammadi1, Seungsoo Kim1, Joel B. Harley1, José M.F. Moura1 Piotr Kielczynski1, Marek Szalewski1, Andrzej Michio Kadota1, Tetsuya Kimura2, Yasuyuki Ida2 of British Columbia, Vancouver, British Columbia, Min Qu1, Ryan Truby1, Pieter Kruizinga2, Stanislav 1Department of Electrical and Computer Balcerzak1, Aleksander Rostocki2 1Kadota Laboratory, Murata Mfg. Co., ltd., Yasu, Canada Emelianov1 Engineering, Carnegie Mellon University, 1Polish Academy of Sciences, Poland, 2Warsaw Shiga, Japan, 2Kadota Laboratory, Murata Mfg. 1Biomedical Engineering, University of Texas at Pittsburgh, Pennsylvania, USA University of Technology, Poland Co., Ltd., Yasu, Shiga, Japan Austin, Austin, TX, USA, 2Thoraxcenter, Biomedical Engineering, Erasmus MC, Rotterdam, Netherlands 29
WEDNESDAY POSTER
WEDNESDAY POSTER
30 2011 IEEEInternational UltrasonicsSymposium 9:30 am - 1:00 pm Poster --- Wednesday, October 19, 2011 Caribbean Ballroom III-V
PS-10 Acoustic and Optical Investigation of PS-18 Radiation Impedance of an Array of Microbubble Contrast Agents Designed for Circular Capacitive Micromachined Oil Exploration at High Pressures Ultrasonic Transducers in Collapsed State Aleksandr Zhushma1, Natalia Lebedeva1, Michael Alper Ozgurluk1, Abdullah Atalar1, Hayrettin Rubinstein1, Paul Dayton2, Sergei Sheiko1 Koymen1, Selim Olcum1 1Chemistry, University of North Carolina at Chapel 1Electrical and Electronics Engineering, Bilkent Hill, Chapel Hill, NC, USA, 2Biomedical University, Ankara, Turkey Engineering, University of North Carolina at Chapel Hill, Chapel Hill, NC, USA
PS-11 Confined Acoustic Phonons in Ultra- PS-19 Cell Characterization Using High Thin Silicon Membranes Frequency Ultrasound John Cuffe1,2, Emigdio Chavez1,3, Jordi Gomis Saurabh Bakshi1, John Williams2, Xiaoning Jiang1, Bresco1, Pierre-Olivier Chapuis1, Francesc Alzina1, Elizabeth Loboa2 Andrey Shchepetov4, Mika Prunnila4, Jouni 1Mechanical & Aerospace Engineering, North Ahopelto4, Olivier Ristow5, Mike Hettich5, Thomas Carolina State University, Raleigh, NC, USA, Dekosry5, Clivia M. Sotomayor Torres1,6 2Biomedical Engineering, North Carolina State 1Catalan Institute of Nanotechnology (CIN2-CSIC), University, Raleigh, NC, USA Bellaterra, Barcelona, Spain, 2Dept. of Physics, University College Cork, Tyndall National Institute, Cork, Ireland, 3Dept. of Physics, Universitat Autònoma de Barcelona, Bellaterra, Barcelona, Spain, 4VTT Technical Research Centre of Finland, Espoo, Finland, 5Dept. of Physics, University of Konstanz, Konstanz, Germany, 6Institució Catalana de Recerca i Estudis Avançats (ICREA), Barcelona, Spain
PS-12 Experimental evidence of locally resonant sonic band gap in 2D stubbed plates Mourad Oudich1, Matteo Senesi2, Badreddine Assouar1,3, Massimo Ruzzene2, Jia-Hong Sun4, Brice Vincent5, Zhilin Hou6, Tsung-Tsong Wu4 1Institut Jean Lamour, Nancy University - CNRS, Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Vandoeuvre-les-Nancy, France, 2D Guggenheim School of Aerospace Engineering, Georgia Institute of Technology, USA, 3International Joint Laboratory (UMI 2958), Georgia Institute of Technology - CNRS, ATLANTA, USA, 4National Taiwan University, Taiwan, 5Nancy University - CNRS, France, 6South China University of Technology, China, People's Republic of
PS-13 Experimental study on high efficiency ultrasonic motors using lubricant Wei Qiu1, Yosuke Mizuno1, Daisuke Koyama1, Kentaro Nakamura1 1Precision and Intelligence Laboratory, Tokyo Institute of Technology, Yokohama, Japan
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida
PS-14 A modular SAW filter design approach for multiband filtering Xiaoming LU1, Jeffery Galipeau2, Koenraad Mouthaan1 1NUS, Singapore, 2TriQuint Semiconductor Florida, USA
October18-21,2011
PS-15 Impact of High-Temperature Dielectric and Piezoelectric Behavior on LGT Acoustic Wave Properties up to 900°C Peter Davulis1, Mauricio Pereira da Cunha1 1Electrical and Computer Engineering Dept., University of Maine, Orono, ME, USA
PS-16 c-axis parallel oriented AlN film resonator fabricated by ion-beam assisted RF magnetron sputtering Masashi Suzuki1, Takahiko Yanagitani1 1Graduate School of Engineering, Nagoya Institute of Technology, Nagoya, Aichi, Japan
PS-17 An All-optical Thin-film High- frequency Ultrasound Transducer Clay Sheaff1, Shai Ashkenazi1 1Biomedical Engineering, University of Minnesota- Twin Cities, Minneapolis, MN, USA 31
WEDNESDAY POSTER
WEDNESDAY POSTER
32 2011 IEEEInternational UltrasonicsSymposium 1:00 pm - 4:30 pm Poster --- Wednesday, October 19, 2011 Caribbean Ballroom III-V
Session P2Aa. P2Ab-5 Submicron Decafluorobutane P2Ac-2 Shear wave elastography of in vivo P2Ad-3 Characteristics of the Spatial P2Ae-2 One-dimensional propagation model Phase-Change Contrast Agents for pig kidney: Impact of urinary and vascular Coherence Function from Backscattered of pressure wave in human artery: a - Bio-effects Activation with Low Acoustic Intensities pressure on elasticity and viscosity Ultrasound with Phase Aberration and comparative study of theory and experiment Formulated with a Compression- measurements. Reverberation Clutter 1 1 1 Condensation Method Masashi Saito , Yuki Ikenaga , Mami Matsukawa , Chair: Charles Cain jean-luc gennisson1, nicolas grenier2, mickael Gianmarco Pinton1, Gregg Trahey2, Jeremy Dahl2 Yoshiaki Watanabe1, Takaaki Asada1,2, Pierre-Yves Univ. of Michigan Paul S. Sheeran1, Samantha Luois2, Paul A. tanter1 1Institut Langevin, ESPCI, Paris, France, Lagree3 Dayton1, Terry O. Matsunaga2 1Langevin Institute, France, 2Hopital Pellegrin 2Department of Biomedical Engineering, Duke 1Doshisha University, Japan, 2Murata 1Joint Department of Biomedical Engineering, INSERM, France University, Durham, NC, USA Manufacturing Co., Ltd., Japan, 3Universite Pierre University of North Carolina and North Carolina et Marie Curie, France State University, Chapel Hill, NC, USA, 2University of Arizona, Tucson, AZ, USA
P2Aa-1 Biosafety Investigation of Acoustic P2Ab-6 Quantitative Analysis of P2Ac-3 Multi-Push (MP) ARF Assessment of P2Ad-4 Pulse-Echo Ultrasound Imaging P2Ae-3 3D Tissue Doppler imaging with Cavitation on Cells in the Immune System: Subharmonic Imaging using Microbubbles Elastic Properties in a Tissue Mimicking Employing Compressive Sensing ultra high frame rate Analysis on Human T-Lymphocytes in Contrast Imaging Phantom Martin Schiffner1, Georg Schmitz1 Birger Brekke1, Hans Torp1, Tore Bjåstad2, Wenjing Zhong1, Wai-Hung Sit2, Jing Zhang2, Suhyun Park1, Scott Dianis1, Kai E Thomenius1, Mallory Scola1, Caterina Gallippi1 1Institute of Medical Engineering, Bochum, Asbjørn Støylen1, Svein A. Aase2 Jennifer M. F. Wan2, Alfred C. H. Yu1 Carl L Chalek1, K Wayne Rigby1, Larry Mo1, Feng 1Joint Department of Biomedical Engineering, The Germany 1MI Lab and Department of Circulation and 1Medical Engineering Program, The University of Lin2, Lihong Pan3, Anne L Hall3, Flemming University of North Carolina at Chapel Hill, Chapel Medical Imaging, Norwegian University of Science Hong Kong, Hong Kong, 2School of Biological Forsberg4 Hill, NC, USA and Technology, Trondheim, Norway, 2GE Vingmed Sciences, The University of Hong Kong, Hong Kong 1GE Global Research, Niskayuna, NY, USA, 2GE Ultrasound, Horten, Norway Healthcare, WuXi, JiangSu, China, People's Republic of, 3GE Healthcare, Wauwatosa, WI, USA, 4Department of Radiology, Thomas Jefferson University, Philadelphia, PA, USA
P2Aa-2 Developing a New Sonoporation P2Ab-7 Influence of shell parameters on P2Ac-4 Evaluation of Shear Properties in P2Ad-5 Volumetric Intracardiac Imaging P2Ae-4 3D Ultrafast Elastography Imaging Treatment Model Using Plants: Cellular response of polymer-shelled microbubbles Muscle Tissue via Novel Superficial Using a Fully Integrated CMUT Ring Array: of the Carotid Artery using Sparse Arrays Mechanism Analysis to high-frequency ultrasound Elastography Technique Recent Developements Sanghamithra Korukonda1, Marvin Doyley1 Peng Qin1, Lin Xu2, Wenjing Zhong1, Alfred C. H. Parag V. Chitnis1, Jonathan Mamou1, Sujeeth Jeffrey Ballyns1, Paul Otto1, Jennifer Hammond2, Azadeh Moini1, Amin Nikoozadeh1, Omer 1Department of Electrical and Computer Yu1 Koppolu1, Jeffrey A. Ketterling1 Jay Shah2, Tadesse Gerber2, Lynn Gerber1,2, Oralkan1, Jung Woo Choe1, Fatih Sarioglu1, Engineering, University of Rochester, USA 1Medical Engineering Program, The University of 1F. L. Lizzi Center for Biomedical Engineering, Siddhartha Sikdar1 Douglas N. Stephens2, Alan de la Rama3, Peter Hong Kong, Hong Kong, 2Shanghai Institute for Riverside Research, New York, NY, USA 1George Mason University, USA, 2National Chen3, Aaron Dentinger4, Douglas Wildes4, Lowell Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Biological Sciences, Chinese Academy of Sciences, Institutes of Health, USA S. Smith4, Kai Thomenius4, Kalyanam Shivkumar5, Shanghai, China, People's Republic of Aman Mahajar5, Matthew O'Donnell6, David J. Sahn7, Pierre T. Khuri-Yakub1 1Stanford University, USA, 2University of California, Davis, USA, 3St. Jude Medical, USA, 4General Electric Global Research, USA, 5University of California, Los Angeles, USA, 6University of Washington, USA, 7Oregon Health and Science University, USA Session P2Ab. P2Ab-8 Modulational Instability and P2Ac-5 Vibro-acoustography beamforming P2Ad-6 Transmural Myocardial Strain P2Ae-5 Ultrasound-based Speckle Tracking b - Contrast Agents I Localized Modes of Ultrasound Contrast and imaging with a 1.75D array transducer Distribution Measured at High Spatial and for 3D Strain estimation of the Arterial wall – Microbubbles Surface Oscillations 1 2 2 Temporal Resolution An experimental validation study in a tissue Matthew Urban , Carl Chalek , Kai Thomenius , mimicking phantom Serge Dos Santos1, Víctor Sánchez-Morcillo2, Mostafa Fatemi1, Azra Alizad1 Thuy Nguyen1,2, Andreas Espinoza3, Espen W. Chair: Piero Tortoli André-Pierre Abellard3, Ayache Bouakaz3 1Department of Physiology and Biomedical Remme3, Jan D'hooge2, Lars Hoff1 Matilda Larsson1,2, Florence Kremer2, Brecht Univ. of Firenze 1U930 "Imagerie et Cerveau" INSERM-CNRS, Engineering, Mayo Clinic College of Medicine, 1Falculty of Engineering and Maritime, Vestfold Heyde2, Lars-Åke Brodin1, Jan D'hooge2,3 Centre – Val de Loire Université, BLOIS, France, Rochester, MN, USA, 2General Electric Global University College, Vestfold, Norway, 2Lab. on 1Department of Medical Engineering, School of 2Departamento de Fisica Aplicada, GANDIA, Spain, Research, Niskayuna, NY, USA Cardiovascular Imaging & Dynamics, Dept. of Technology and Health, Royal Institute of 3INSERM U930 - CNRS ERL 3106, TOURS, France Cardiovascular Diseases, Catholic University of Technology, Huddinge, Sweden, 2Lab on Leuven, Leuven, Belgium, 3Intervention Center, Cardiovascular Imaging & Dynamics, Department Oslo University Hospital, Rikshospitalet, Oslo, of Cardiovascular Diseases, Catholic University of Norway Leuven, Leuven, Belgium, 3Medical Imaging Lab, Dept. of Circulation and Medical Imaging, Norwegian Institute of Science and Technology, Trondheim, Norway
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida
P2Ab-1 Subharmonic Aided Pressure P2Ab-9 Non-uniform oscillations of P2Ac-6 Optical sensing of shear wave P2Ad-7 Gallbladder Quantification in P2Ae-6 In Vitro Experimental System for Estimation in Patients with Suspected deflating bubbles - a pilot study velocity generated by acoustic radiation Ultrasound using GVF Snakes Ultrasonic Estimation of Myocardial Portal Hypertension force Elasticity Jacopo Viti1,2, Riccardo Mori1, Francesco Guidi1, Ravi Samala1, Srikrishnan V1, Michael Washburn2, John Eisenbrey1, Jaydev Dave1,2, Valgerdur Nico De Jong2, Piero Tortoli1 Rui Li1, Robert Eckersley2, Chris Dunsby3, Daniel Navneeth Subramanian1 Tomohiko Tanaka1, Kunio Hashiba2 Halldorsdottir1,2, Daniel Merton1, Jose Gonzalez3,4, 1Electronics and Telecomm., Universita' di Firenze, Elson4, Meng-Xing Tang5 1GE Global Research, Bangalore, Karnataka, India, 1Central Research Laboratory, Hitachi Ltd., Cynthia Miller3, Priscilla Machado1, Suhyun Park5, Firenze, FI, Italy, 2Biomedical Engineering, 1Department of Bioengineering, Imperial College 2GE Healthcare, Milwaukee, Wisconsin, USA Kokubunji, Tokyo, Japan, 2Central Research Scott Dianis5, Carl Chalek5, Kai Thomenius5, Daniel ThoraxCenter, Erasmus MC Rotterdam, Rotterdam, London, United Kingdom, 2Imaging Sciences Laboratory, Hitachi Ltd., Japan 1 3 1 Brown , Victor Navarro , Flemming Forsberg Netherlands Department, Imperial College London, United 1Department of Radiology, Thomas Jefferson Kingdom, 3Depatment of Physics, Imperial College University, Philadelphia, PA, USA, 2School of London, United Kingdom, 4Department of Surgery,
Biomedical Engineering and Health Systems, Drexel Imperial College London, United Kingdom, October18-21,2011 University, USA, 3Department of Gastroenterology 5Department of Bioengineering, Imperial College & Hepatology, Thomas Jefferson University, USA, London, London, London, United Kingdom 4Hospital Clinico Universitario de Valladolid, Spain, 5GE Global Research, Niskayuna, NY, USA
P2Ab-2 Dual grayscale and subharmonic P2Ab-10 Comparison of the acoustic Session P2Ad. P2Ad-8 Ultrasound Current Source Density P2Ae-7 Minimal-path contours combined ultrasound imaging on modified ultrasound response of liquid-PFOB and solid-core Imaging Using a Clinical Intracardiac with speckle tracking to estimate 2D scanner in 2 and 3D nanoparticles between 20 and 40 MHz d - Image Processing & Catheter displacements of the carotid artery wall in Measurements B-mode imaging John Eisenbrey1, Jaydev Dave1, Valgerdur Sara Jafari1, Odile Diou2, Nicolas Tsapis2, Elias Qian Li1, Yexian Qin1, Zhaohui Wang1, Pier Halldorsdottir1, Suhyun Park2, Scott Dianis2, Daniel Fattal2, S.Lori Bridal1 Ingram1, Russell Witte1 Guillaume Zahnd1, Maciej Orkisz1, André Merton1, Priscilla Machado1, Ji-Bin Liu1, Jose 1Laboratoire d'Imagerie Paramétrique, UMR 7623 1Radiology, University of Arizona, Tucson, AZ, USA Serusclat2, Didier Vray1 3 3 2 Chair: Peter Hoskins 1 Gonzalez , Cynthia Miller , Kai Thomenius , Daniel Université Pierre et Marie Curie and CNRS, Univ. of Edinburgh Université de Lyon, CREATIS; CNRS UMR 5220; Brown1, Victor Navarro3, Flemming Forsberg1 France, 2Physicochimie-Pharmcotechnie- Inserm U1044; INSA-Lyon, France, 2Louis Pradel 1Department of Radiology, Thomas Jefferson Biopharmacie, UMR CNRS 8612 and Univ Paris- Hospital, Radiology Department, Lyon, France University, Philadelphia, PA, USA, 2GE Global Sud, France 3
Research, Niskayuna, NY, USA, Department of Gastroenterology & Hepatology, Thomas Jefferson University, USA
P2Ab-3 In vitro comparative study of the Session P2Ac. P2Ad-1 Measurement of Tendon Velocities Session P2Ae. P2Ae-8 Affine phase based motion performance of pulse sequences for c - Shear Wave Elastography I using Vector Tissue Doppler Imaging and e - Cardiovascular Elastography estimation applied to echocardiography ultrasound contrast imaging of the carotid Curved M-Mode in Patients with Cerebral 1,2 1 artery Palsy Florian Douziech , Hervé Liebgott , Adrian Basarab2 Guillaume RENAUD1, Johan G. Bosch1, Antonius Chair: Mark Palmeri Avinash Eranki1, Paul Otto1, Lindey Curatalo2, Chair: Hiroshi Kanai 1CREATIS CNRS UMR 5220 – INSERM U1044, F.W. van der Steen1, Nico de Jong1 Duke University Laura Prosser2, Katharine Alter2, Diane Damiano2, Tohoku University Université de Lyon, France, 2IRIT UMR CNRS 1Biomedical Engineering - ThoraxCenter, Erasmus Siddhartha Sikdar1 5505, Université de Toulouse, France MC, Rotterdam, Netherlands 1George Mason University, USA, 2National Institutes of Health, USA
P2Ab-4 Chirp reversal power modulation P2Ac-1 In Vivo Detection of Bleeding Rate in P2Ad-2 Detectability index describes the P2Ae-1 Optical Flow-based B-Mode P2Ae-9 3D cardiac strain imaging using contrast imaging a Dog Model of Hemophilia and at Human information conveyed by a sonographic Elastography: An Application in plane wave excitation and feature tracking Femoral Arteriotomy by ARFI Ultrasound image Hypertensive Rat Models¡¦ Carotid Anthony Novell1, Ayache Bouakaz1 Lin-Yi Tseng1, Lung-Chun Lin1, Pai-Chi Li1 1Inserm U930, CNRS ERL 3106, université François Mallory Scola1, Russell Behler2, Timothy Nghia Nguyen1, Craig Abbey2, Michael Insana3 Roch Listz Maurice1 1Natoinal Taiwan University, Taiwan Rabelais de Tours, France Nichols3,4, Melissa Caughey4, Elizabeth Merricks3, 1Department of Electrical and Computer 1Centre de Recherche, Centre Hospitalier de Robin Raymer3, Paris Margaritis5, Katherine Engineering, University of Illinois at Urbana- l’Université de Montréal (CRCHUM), Montreal, High5,6, Caterina Gallippi1 Champaign, Urbana, Illinois, USA, 2Psychological Quebec, Canada 1Joint Department of Biomedical Engineering, The University of and Brain Sciences, University of California, Santa North Carolina at Chapel Hill, Chapel Hill, NC, USA, 2GE Healthcare, Milwaukee, WI, USA, 3Department of Pathology and Barbara, Santa Barbara, California, USA, 3 Laboratory Medicine, The University of North Carolina at Chapel Bioengineering, University of Illinois at Urbana- Hill, Chapel Hill, NC, USA, 4Department of Medicine, The University Champaign, Urbana, Illinois, USA of North Carolina at Chapel Hill, Chapel Hill, NC, USA, 5Division of Hematology, Children’s Hospital of Philadelphia, Philadelphia, PA, USA, 6Howard Hughes Medical Institute, Children’s Hospital of Philadelphia, Philadelphia, PA, USA 33
WEDNESDAY POSTER
WEDNESDAY POSTER
34 2011 IEEEInternational UltrasonicsSymposium 1:00 pm - 4:30 pm Poster --- Wednesday, October 19, 2011 Caribbean Ballroom III-V
Session P2B. P2B-8 Detection of second harmonic P2Cb-1 Three-dimensional variable-focus P2D-5 The Thin Film Plate Wave Resonator P2E-1 Reactive magnetron sputtering of components of Lamb waves passed liquid lens using acoustic radiation force in view of Sensing Applications piezoelectric Cr-doped AlN thin films Acoustic Imaging through fatigue tested magnesium plate Daisuke Koyama1, Ryoichi Isago1, Kentaro Ventsislav Yantchev1, Emil Anderas1, Lilia Valery Felmetsger1 Makoto Fukuda1, Kazuhiko Imano1, Hideki Nakamura1 Arapan1, Ilia Katardjiev1 1PVD, OEM Group Inc., Gilbert, AZ, USA Chair: Ramazan Demirli Yamagishi2, Katsuhiro Sasaki2 1Precision and Intelligence Laboratory, Tokyo 1Solid State Electronics, Uppsala University, Villanova University, USA 1Akita University, Japan, 2Toyama Industrial Institute of Technology, Yokohama, Kanagawa, Uppsala, Sweden Technology Center, Japan Japan
P2B-1 Study on non contact acoustic Session P2Ca. P2Cb-2 Miniaturization of the Traveling P2D-6 c-axis parallel oriented ZnO film SH- P2E-2 Metal-Polymer Iterative Multilayer imaging method for non destructive Wave Ultrasonic Linear Motor Using Series SAW sensor for electrical conductivity Absorber for Ultrasonic Transducers inspection using SLDV and LRAD a - Optical and Electromagnetic Connection of Bimorph Transducers measurement in liquid Interations II Minoru Toda1, Mitchell Thompson2 Tsuneyoshi Sugimoto1, Ryo Akamatsu1, Noriyuki Shuichi Kondo1, Daisuke Koyama1, Kentaro Yuta Nakahigashi1, Takahiko Yanagitani2, Mami 1Measurement Specialties Inc, Lawrenceville, NJ, Utagawa2, Shuichi Tsujino2 Nakamura1 Matsukawa1, Yoshiaki Watanabe1 USA, 2Measurement Specialties Inc, Wayne, PA, 1Electronics and Information Engineering, Toin 1Precision and Intelligence Laboratory, Tokyo 1Doshisha University, Japan, 2Nagoya Institute of USA 2 Chair: Kimmo Kokkonen University of Yokohama, Yokohama, Japan, Sato Aalto University, Finland Institute of Technology, Japan Technology, Japan kogyo Co. Ltd., Tokyo, Japan
P2B-2 Basic Study of Water Distribution P2Ca-1 Ultrasonic NDE in a Reactor Core P2Cb-3 Analysis of Ultrasonic Motor in Air P2D-7 High Stable and Sensitive Orthogonal P2E-3 Design of Anti Cavitation Hydrophone Measurement in Soil Using SLDV 1,2 1 using Fluid Structure Interaction Based Frequency Coded SAW Tags and Sensors by Deposition of Hydrothermally Bernhard Tittmann , David Paks Simulations. Using Unidirectional IDT and High Coupling Synthesized Lead Zirconate Ttitanate Poly- Tsuneyoshi Sugimoto1, Yutaka Nakagawa1, 1Engineering Science and Mechanics, Penn State 1 1 1 2 2 Zero TCF Substrates crystalline Film on Reverse Surface of Takashi Shirakawa , Motoaki Sano , Motoyoshi University, University Park, Pennsylvania, USA, Manoj Pandey , Sarvani Piratla , Amit Lal Titanium Film Front Layer Ohaba2, Sakae Shibusawa2 2IEEE-UFFC AdCom, USA 1Electrical and Computer Engineering, Cornell Hiroyuki Odagawa1, Donald Malocha2, Kazuhiko 1Electronics and Information Engineering, Toin University, Ithaca, NY, USA, 2Electrical and Yamanouchi3 Shinichi Takeuchi1, Mutsuo Ishikawa1, Norimichi University of Yokohama, Yokohama, Japan, Computer Engineerin, Cornell University, Ithaca, 1Information, Communication and Electronic Kawashima1, Takeyoshi Uchida2, Masahiro Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute 2Faculty of Agriculture, Tokyo University of NY, USA Engineering, Kumamoto National College of Yoshioka2, Tsuneo Kikuchi2, Nagaya Okada3, Agriculture and Technology, Tokyo, Japan Technology, Japan, 2University of Central Florida, Minoru Kurosawa4 USA, 3Tohoku University, Japan 1Department of Clinical Engineering, Toin University of Yokohama, Yokohama, Kanagawa, Japan, 2National Metrogy Institute of Japan, National Institute of Advanced Industrial Science and Technology, Tsukuba, Ibaraki, Japan, 3Honda Electronics Co.,Ltd, Toyohashi, Aichi, Japan, 4Interdisciplinary Graduate School of Science and Engineering, Tokyo Institute of Technology, Yokohama, Kanagawa, Japan P2B-3 Study on the buried object detection P2Ca-2 Normalization of Magnetic Field Session P2D. P2D-8 Silicon/Periodically Poled P2E-4 High Frequency Single Element method using optimum frequency range Effects: Towards Quantitative Transducer/Silicon resonant devices for the Transducer Based on Pad-printed Lead-Free method in extremely shallow underground Magnetomotive Ultrasound Imaging Novel and Sensor Devices stabili-zation of RF oscillators Piezoelectric Thick Films Tsuneyoshi Sugimoto1, Touma Abe2 Maria Evertsson1, Magnus Cinthio2, Sarah Florent Bassignot1, Eric Lebrasseur1, Gwenn Franck Levassort1, Karsten Hansen2, Konstantin 1Electronics and Information Engineering, Toin Fredriksson3, Fredrik Olsson3, Hans W Persson2, Chair: Ingo Bleyl Ulliac2, Gilles Martin1, Emilie Courjon2, Bruno Astafiev2, Jean-Marc Grégoire1, Wanda. W. Wolny2, Univ. of Yokohama, Yokohama, Japan, 2IHI Tomas Jansson2 TDK-EPC François1, Jean-Marc Lesage3, Sylvain Ballandras1 Marc Lethiecq1 Inspection & Instrumentation Co.,Ltd., Tokyo, 1Faculty of engineering, LTH, Lund University, 1Time & Frequency Dept, Femto-st, CNRS, 1Francois-Rabelais University, UMRS Imagerie & Japan Lund, Sweden, 2Faculty of engineering, LTH, Lund Besancon, France, 2Mimento, Femto-st, CNRS, Cerveau, INSERM U930, TOURS, France, University, Sweden, 3Genovis AB, Sweden Besancon, France, 3CELAR, DGA, Rennes, France 2MEGGITT A/S, Kvistgaard, Denmark
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida
P2B-4 3D Direction of Arrival Estimation P2Ca-3 Mechanical Characterization of P2D-1 Active Mixing in microfluidic P2D-9 Passive, Wireless Surface Acoustic P2E-5 Ultrasonic Properties of Bio-compatible and Localization Using Ultrasonic Ultra-thin Films using Colored systems using Surface acoustic waves Wave Radio Frequency Identification Silicone Rubbers for Matching Transit-Time Sensors in an Anechoic Chamber Picosecond Acoustics 1 2 (SAW-RFID) Sensors for Temperature and Piezoelectric Transducers during Blood Flow Raimund Bruenig , Andreas Winkler , Glen Strain Measurements Estimation in Coronary Vessels Vitaliy Kunin1, Weidi Jia1, Jafar Saniie1, Erdal Arnaud Devos1, Pierre-Adrien Mante1, Arnaud Guhr2, Hagen Schmidt2 Oruklu1 Le Louarn1, Sabrina Sadtler1 1IFW Dresden, Dresden, Sachsen, Germany, Fang Li1, Dan Xiang1, Cliff Searfass2, Bernhard Luis Diez1, Hector Calás1, Antonio Ramos1, Tomas Gómez 1ECE Department, Illinois Institute of 1IEMN CNRS, Lille, France 2IFW Dresden, Germany Tittmann2 Álvarez-Arenas1 Technology, Chicago, IL, USA 1Intelligent Automation, Inc., USA, 2Penn State 1Ultrasounds for medical and industrial applications University, USA (UMEDIA), Spanish National Research council (CSIC), Madrid, Madrid, Spain October18-21,2011
P2B-5 Air-coupled thickness P2Ca-4 Efficient Multi-Beam Density- P2D-2 Label-Free Detection of Prostate- P2D-10 Compact Antennas for Wireless P2E-6 Lead-Free K0.5Na0.5NbO3 and Bi0.5Na0.5TiO3 measurements of steel plates Tapered Diffraction of Pulse Light by Specific Antigen with FBAR-Based Langasite SAW Sensors piezoelectric films for high-frequency ultrasonic 1,2 2 1 Multi-Frequency Sound Sensor with Oriented Antibody 1,2 2,3 transducer applications Grunde Waag , Petter Norli , Lars Hoff Immobilization Tao-Lun Chin , David Greve , Irving 1Vestfold University College, Borre, Norway, Valery Proklov1, Sergey Antonov2, Alexander Oppenheim1,4 Xinwei Yan1, Wei Ren1, Lingyan Wang1, Hongfen Ji1, Peng 2Det Norske Veritas, Høvik, Norway Vainer1 Anderson Lin1, Yi-Jia Li2, Lingtao Wang1, 1National Energy Technology Laboratory, USA, Shi1, Xiaoqing Wu1, Xi Yao1, Qifa Zhou2, Sien-Ting Lau2, K. 1Lab. 254, Kotelnikov IRE RAS, Fryazino, Shih-Jui Chen1, Mitchell Gross2, Eun Sok Kim1 2Electrical and Computer Engineering, Carnegie Kirk Shung2 Moscow region, Russian Federation, 2Lab. 250, 1Department of Electrical Engineering, Mellon University, USA, 3National Energy 1Electronic Materials Research Laboratory, Xian Jiaotong Kotelnikov IRE RAS, Fryazino, Moscow region, University of Southern California, USA, Technology Laboratory, Pittsburgh, PA, USA, University, China, People's Republic of, 2NIH Transducer Russian Federation 2Department of Medicine, University of Southern 4Civil and Environmental Engineering, Carnegie Resource Center and Department of Biomedical Engineering, California, USA Mellon University, USA University of Southern California, USA
P2B-6 A Novel Numerical Simulation of P2Ca-5 Microstructure-Induced Phonon P2D-3 Development of a new wireless P2D-11 Theoretical Considerations on P2E-7 Electro-optical properties of Lead Zirconate Sound Wave Propagation Using Sub-grid Focusing Effects and Opportunities for surface acoustic wave based gyroscope Suppression Mechanism of Spurious Titanate composite films used in flexible high CIP-MOC method Improved Material Quantification 1 Transverse Mode Resonances in temperature ultrasonic transducers Wen Wang Wideband SAW Resonator on LiNbO Yuta Ara1, Kan Okubo1, Norio Tagawa1, Takao James Blackshire1 1Institute of Acoustics,Chinese Academy of 3 Jeanne-Louise Shih1, Maurice Cha-Kiu Cheung1, Cheng-Kuei Tsuchiya2, Takashi Ishizuka3 1AFRL/RXLP, Air Force Research Laboratory, Sciences, Beijing, Beijing, China, People's Tatsuya Omori1, Takahiro Suyama2, Kenta Jen2 1Tokyo Metropolitan University, Japan, Wright-Patterson AFB, Ohio, USA Republic of Shimada2, Chang-Jun Ahn2, Masatsune 1McGill University, Canada, 2Industrial Materials Institute, 2Doshisha University, Japan, 3Shimizu Yamaguchi2, Ken-ya Hashimoto2 National Research Council of Canada, Canada Corporation, Japan 1Electrical & Electronics Engineering, Chiba University, Chiba, Japan, 2Chiba University, Japan
P2B-7 Determination of size and shape of Session P2Cb. P2D-4 SAW magnetic sensors composed Session P2E. P2E-8 Air-coupled Piezoelectric Transducer with small inclusions from sound-field of various Ni electrode structures on Active Matching Layers information b - Ultrasonic Motors and quartz Transducer Materials Actuators II Tomas Gómez Álvarez-Arenas1 Norbert Gust1, Elfgard Kuehnicke1, Mario Michio Kadota1, Shigeo Ito1 1Spanish National Research Council (CSIC), Madrid, Madrid, Wolf1, Sebastian Kümmritz1 1Murata Mfg. Co., Ltd., Japan Chair: Richard O'Leary Spain 1 TU Dresden, Germany Chair: Takefumi Kanda University of Strathclyde Okayama University, Japan 35
WEDNESDAY POSTER
WEDNESDAY POSTER
36 2011 IEEEInternational UltrasonicsSymposium 1:00 pm - 4:30 pm Poster --- Wednesday, October 19, 2011 Caribbean Ballroom III-V
P2E-9 HfO2 High-k Dielectric Layers in Air-Coupled Capacitive Ultrasonic Transducers Sean Mc Sweeney1, William M. D. Wright1 1Electrical and Electronic Engineering, University College Cork, Ireland
P2E-10 PIN-PMN-PT Piezoelectric Crystals with Increased Rhombohedral- to-Tetragonal Phase Transition Temperature Jun Luo1, Shujun Zhang2, Wesley Hackenberger1, Thomas Shrout2 1TRS Technologies, Inc, USA, 2Pennsylvania State University, USA
P2E-11 High Frequency (>200 MHz) Focus Transducer with Lead-free KNN- BNT 0-3 Composite Film Sien Ting Lau1, Xiang Li1, Ruimin Chen1, Qifa Zhou1, K. Kirk Shung1, Hongfen Ji2, Wei Ren2 1Biomedical Engineering, University of Southern California, USA, 2Electronic Materials Research Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Laboratory, Xian Jiaotong University, China, People's Republic of
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida
October18-21,2011
37
WEDNESDAY POSTER
THURSDAY ORAL
38 2011 IEEEInternational UltrasonicsSymposium 8:00 am - 9:30 am Oral --- Thursday, October 20, 2011
Session 1D. Session 2D. Session 3D. Session 4D. Session 5D. Session 6D. Bio-effects and Cardiovascular Targeted contrast Phased Arrays Radio Frequency CMUTs II Devices Dosimetry Imaging Agents Phononic Crystals Chair: Paul Wicox Chair: John Fraser Chair: William O'Brien Chair: Chris de Korte Chair: Paul Dayton University of Bristol, UK Chair: Tsung-Tsong Wu Philips Ultrasound Univ. of Illinois at Urbana- Catholic Univ. of Nijmegen Univ. North Carolina/NCSU National Taiwan University Champaign
Boca Rooms II-IV Boca Rooms VI-VII Caribbean Ballroom VII Caribbean Ballroom I Caribbean Ballroom II Caribbean Ballroom VI
8:00 am 1D-1 Dosimetry and 2D-1 Performance of elastic 3D-1 Probing microbubble 4D-1 Development of 5D-1 Micro and Nano 6D-1 Comparison of Therapeutics image registration against adhesion using secondary Conformable Ultrasound Array Fabricated Phononic Crystals: conventional and collapse- 1 speckle tracking for 2D cardiac acoustic radiation force NDE Transducer Technology and Applications mode CMUTs in 1-D array Gail Ter Haar motion and strain estimation configuration 1Institute of Cancer Research, UK Tom J.A. Kokhuis1,2, Valeria Vishal Kulkarni1, Fanping Sun2, Roy H. Olsson III1, Maryam Ziaei- Brecht Heyde1, Ruta Jasaityte1, Garbin3, Klazina Kooiman1, Benno Saurabh Bakshi1, Xiaoning Jiang1, Moayyed1, Bongsang Kim1, Charles Kwan Kyu Park1, Omer Oralkan1, Stefaan Bouchez2, Michael A. Naaijkens2,4, Lynda J.M. Zaffir Chaudhry3 Reinke1, Mehmet F. Su1, Patrick Butrus (Pierre) T. Khuri-Yakub1 Vandenheuvel2, Piet Claus1, Patrick Juffermans2,5, Otto Kamp2,6, Michel 1North Carolina State University, Hopkins1, Yasser M. Soliman1, Drew 1Edward L. Ginzton Laboratory, Wouters2, Jan D'hooge1,3 Versluis7, Antonius F.W. van der Raleigh, NC, USA, 2United F. Goettler1, Zayd C. Leseman1, Ihab Stanford University, Stanford, CA, 1Cardiovascular Imaging and Steen1,2, Nico de Jong1,2 Technologies Research Center, East El-Kady1 USA Dynamics, Catholic University of 1Biomedical Engineering, Erasmus MC, Hartford, CT, USA, 3United 1Advanced MEMS Department, Leuven, Leuven, Belgium, Rotterdam, Netherlands, 2Interuniversity Technologies Research Center, USA Sandia National Laboratories, 2 Cardiology Institute of The Netherlands, Department of Anesthesiology, 3 Albuquerque, New Mexico, USA Ghent University, Ghent, Belgium, Utrecht, Netherlands, Department of 3Medical Imaging Lab, Norwegian Chemical and Biomolecular Engineering, University of Institute for Science & Technology, Pennsylvania, Pennsylvania, USA, Trondheim, Norway 4Department of Pathology, VU University Medical Center, 8:15 am 2D-2 Real-time Motion Tracking 3D-2 Towards a Concentration 4D-2 Spectrogram remapping 6D-2 Measurement of the for Non-invasive Ultrasound Independent Readout of based imaging for spiral additional loss due to a Cardiac Therapy Molecular Signals with Micro- shaped frequency steerable grooved bottom structure 1 1 ultrasound acoustic transducers intended for use in the backing Ryan Miller , Yohan Kim , Kuang structure for Capacitive Micro Wei Lin1, Gabe Owens2, Charles Eva Chan1, John Sun2, F. Stuart Emanuele Baravelli1,2, Luca De 1 1 1 2 1 machined Ultrasonic Cain , Zhen Xu Foster Marchi , Massimo Ruzzene , Nicolo' Transducers (CMUTs) 1Biomedical Engineering, University 1Sunnybrook Health Sciences Centre Speciale2 of Michigan, Ann Arbor, Michigan, and University of Toronto, Toronto, 1Aerospace Engineering, Georgia Kamal Raj Chapagain1, Arne Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute USA, 2Pediatrics, University of Ontario, Canada, 2VisualSonics Inc, Institute of Technology, Atlanta, GA, Rønnekleiv1 Michigan, USA Toronto, Ontario, Canada USA, 2ARCES/DEIS, University of 1Department of Electronics and Bologna, Bologna, Italy Telecommunications, Norwegian University of Science and Technology, NTNU, Trondheim, Norway
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida 8:30 am 1D-2 Mechanobiologic Acoustics 2D-3 The measurement of layer- 3D-3 The influence of attachment 4D-3 Ultrasonic Synthetic 5D-2 Extended band gaps in a 6D-3 Understanding CMUTs with on Bone Cellular and In Vivo specific circumferential strain on the nonlinear behaviour of Aperture Focusing Using the GHz aluminum nitride phononic substrate-embedded springs Adaptation improves the detection of lipid encapsulated microbubbles Root-mean-square Velocity crystal slab 1 1 myocardial viability at high frequencies Byung Chul Lee , Amin Nikoozadeh , Yi-Xian Qin1, Shu Zhang1, Suzanne Ruey-Chyuan Shih1, Young-Fo Marie Gorisse1, Sarah Benchabane2, Kwan Kyu Park1, Butrus (Pierre) T. Ferreri1, Jiqi Zhang1 Noa Bachner-Hinenzon1, Offir Brandon Helfield1,2, Xuan Huo1, Chang1, Chih-Hsiung Chang2, Po-Yen Guilhem Teissier1, Christophe Billard1, Khuri-Yakub1 1Biomedical Engineering, SUNY Stony Ertracht2, Assaf Malka2, Marina Stuart Foster1,2, David Goertz1,2 Tseng1 Alexandre Reinhardt1, Vincent Laude2, 1E. L. Ginzton Laboratory, Stanford Brook, Stony Brook, New York, USA Leitman3, Zvi Vered3, Ofer Binah2, 1Sunnybrook Research Institute, 1Department of Earth and Emmanuel Defaÿ1 University, USA Dan Adam1 Toronto, Ontario, Canada, 2Medical Environmental Sciences, National 1CEA, Leti, Minatec campus, 1Biomedical engineering, Technion - Biophysics, University of Toronto, Chung Cheng University, Minhsiung Grenoble, France, 2FEMTO-ST, Israel institute of technology, Israel, Toronto, Ontario, Canada Township, Chiayi County, Taiwan, Université de Franche-Comté, CNRS, 2Department of Physiology, Ruth and 2General Education Center, National Besançon, France
Bruce Rappaport Faculty of Medicine, Chaiyi University, Chiayi City, Taiwan Technion - Israel institute of technology, Israel, 3Department of
Cardiology, Assaf Harofeh Medical October18-21,2011 Center, Israel
8:45 am 1D-3 Heat Shock Protein 2D-4 2D myocardial strain in the 3D-4 Insonation of Targeted 4D-4 3D Reconstruction from 5D-3 VHF Phononic Band Gap 6D-4 Design and Implementation Expression in Sonoporated mouse through spatial Microbubbles Produces Regions Adaptive Matrix Microphone Band Pass Filters using Coupled of Capacitive Micromachined Myeloid Leukemia Cells compounding: in-vivo feasibility of Slow Blood Flow within Array Signals using Back Resonator Acoustic Waveguides Ultrasonic Transducers for High study Tumor Vasculature Projection Algorithm (CRAW) Power Wenjing Zhong1, Pingping Jiang2, Hualin Wang2, Jennifer M. F. Wan2, Florence Kremer1, Vesselina Xiaowen Hu1, Azadeh Kyohei Mizutani1, Masanori Saeed Mohammadi1, Abdelkrim Yalcin Yamaner1, Selim Olcum2, Alfred C. H. Yu1 Ferferieva1, Hon Fai Choi1, Jan Kheirolomoom1, Lisa Mahakian1, Julie Sugimoto2, Hiromichi Hashizume3 Khelif1,2, Ali A. Eftekhar3, Ali Adibi1 Ayhan Bozkurt1, Hayrettin Koymen2, 1Medical Engineering Program, The D'hooge1,2 Beegle1, Elizabeth Ingham1, Charles 1School of Engineering, The University 1Electrical and Computer Engineering, Abdullah Atalar2 University of Hong Kong, Hong Kong, 1Lab on Cardiovascular Imaging & Caskey1, Dustin Kruse1, Katherine of Tokyo, Bunkyo-ku, Tokyo, Japan, Georgia Institute of Technology, 1Electronics Engineering Department, 2School of Biological Sciences, The Dynamics, Department of Ferrara1 2The University of Tokyo, Japan, Atlanta, GA, USA, 2Institut Femto-ST, Sabanci University, Istanbul, Turkey, University of Hong Kong, Hong Kong Cardiovascular Diseases, Catholic 1Biomedical Engineering, University 3Information Systems Architecture CNRS, France, 3Georgia Institute of 2Electrical and Electronics University of Leuven, Leuven, of California, Davis, CA, USA Science Research Division, Japan Technology, Atlanta, GA, USA Engineering Department, Bilkent Belgium, 2MI lab, Norwegian Institute University, Ankara, Turkey for Science & Technology, Trondheim,
Norway
9:00 am 1D-4 In Vivo Microbubble 2D-5 3D Time-Resolved In Vivo 3D-5 3D Radiation Force 4D-5 Synthetic Transmit 5D-4 Lithium niobate 6D-5 Fabrication and model Cavitation Imaging Strain Imaging and Elastography Enhanced Ultrasonic Molecular Aperture 3D Image honeycomb lattice crystals : validation for CMUTs operated in 1 2 of the Human Aorta Imaging with Clinical System Reconstruction Using 2D towards simultaneous photonic permanent contact mode Francois Vignon , Jinjin Liu , Transmitter Array and phononic band gaps William Shi1, Jeffery Powers3, Feng R.G.P. Lopata1,2, H.H.G. Hansen3, Jason E. Streeter1, Ryan C. Gessner1, Min-Chieh Ho1, Srikant Xie2, Shunji Gao2, Lucas Drvol2, John E.M.H. Bosboom1,2, G.J.L.M. Jongen1, Paul A. Dayton1 Natsuda Laokulrat1, Yasushige Sarah Benchabane1, Said Sadat- Vaithilingam1, Mario Kupnik2, Butrus Lof2, Carr Everbach4, Thomas Porter2 G.W.H. Schurink4, C.L. de Korte3, 1Biomedical Engineering, UNC / NC Maeda2, Masanori Sugimoto1, Saleh1, Roland Salut1, Gwenn Ulliac1, T. Khuri-Yakub1 1Philips Research North America, F.N. van de Vosse1,2 State, Chapel Hill, NC, USA Hiromichi Hashizume3 Maria-Pilar Bernal1, Vincent Laude1 1Edward L. Ginzton Laboratory, Briarcliff Manor, NY, USA, 2University 1Cardiovascular Biomechanics, dept. of 1Department of Electrical Engineering and 1FEMTO-ST, France Stanford University, CA, USA, of Nebraska Medical Center, Omaha, Biomedical Engineering, Eindhoven Information Systems, Graduate School of 2Brandenburg University of 3 University of Technology, Eindhoven, Engineering, The University of Tokyo, Bunkyo- NE, USA, Philips Healthcare, Bothell, 2 2 Technology, Cottbus, Germany 4 Netherlands, Biomedical Engineering, ku, Tokyo, Japan, Department of Informatics, WA, USA, Swarthmore College, Maastricht University, Maastricht, School of Multidisciplinary Sciences, The Swarthmore, PA, USA Netherlands, 3Clinical Physics Lab, Children's Graduate University for Advanced Studies, Hospital, Radboud University Nijmegen Chiyoda-ku, Tokyo, Japan, 3Information Medical Center, Nijmegen, Netherlands, Systems Architecture Science Research 4Department of Surgery, Maastricht University Division, National Institute of Informatics, Medical Center, Maastricht, Netherlands Chiyoda-ku, Tokyo, Japan
9:15 am 1D-5 Biological Effects of 2D-6 Arterial elasticity as a 3D-6 A Targeting Therapy 4D-6 Measuring Phase 5D-5 High efficiency phononic 6D-6 Radiation Impedance of an Acoustic Droplet Vaporization in predictor for arteriovenous Strategy by Aptamer-Conjugated Characteristics of Ultrasonic crystal reflective gratings for Array of Circular Capacitive Gas Embolotherapy fistula maturation: Preliminary and Drug-Loaded Droplets Microphones for Accurate surface acoustic waves Micromachined Ultrasonic results Ultrasonic Localization Systems Transducers in Collapsed State Robinson Seda1, J. Brian Fowlkes2, Chung-Hsin Wang1, Ya-Shuan Lee1, Jia-Hong Sun1, Tsung-Tsong Wu1 Joseph Bull1 Anna Sorace1, Kenneth Hoyt2, Shih-Tsung Kang1, Chih-Kuang Yeh1 Shigeki Nakamura1, Masanori 1Institute of Applied Mechanics, Alper Ozgurluk1, Abdullah Atalar1, 1Biomedical Engineering, University of Michelle Robbin2, Mark Lockhart2, 1Department of Biomedical Sugimoto1, Hiromichi Hashizume2 National Taiwan University, Taipei, Hayrettin Koymen1, Selim Olcum1 Michigan, Ann Arbor, MI, USA, Carl Abts2, Michael Allon3 Engineering and Environmental 1Graduate School of Engineering, Taiwan 1Electrical and Electronics 2Radiology, University of Michigan, 1Biomedical Engineering, University Sciences, National Tsing Hua University of Tokyo, Bunkyo-ku, Engineering, Bilkent University, Ann Arbor, MI, USA of Alabama at Birmingham, University, Taiwan Tokyo, Japan, 2National Institute of Ankara, Turkey Birmingham, AL, USA, 2Radiology, Informatics, Chiyoda-ku, Tokyo, Japan University of Alabama at Birmingham, Birmingham, AL, USA, 3Medicine, University of Alabama at Birmingham, Birmingham, AL, USA 39
THURSDAY ORAL
THURSDAY ORAL
40 2011 IEEEInternational UltrasonicsSymposium 10:30 am - 12:00 pm Oral --- Thursday, October 20, 2011
Session 1E. Session 2E. Session 3E. Session 4E. Session 5E. Session 6E. Clinical Session Bone Novel Ultrasound Imaging and Signal Optical and Applications Systems Processing Electromagnetic Chair: Ton van der Steen Chair: Pascal Laugier Interactions I Chair: Qifa Zhou Erasmus Medical Centre Université Pierre et Marie Curie Chair: Wilko Wilkening Chair: Jafar Saniie USC Siemens Medical Solution Illinois Institute of Technology, Chair: Vincent Laude USA Centre National de la Recherche Scientifique
Boca Rooms II-IV Boca Rooms VI-VII Caribbean Ballroom VII Caribbean Ballroom I Caribbean Ballroom II Caribbean Ballroom VI
10:30 am 1E-1 IVUS and IVUS elasticity 2E-1 Circumferential waves 3E-1 An Architecture and 4E-1 Guided wave temperature 5E-1 Numerical modeling of 6E-1 Ultrasonic inspection of related imaging guided by the femur cortical Implementation of Real-time compensation with the scale- thermoelastic laser-generation nuclear reactor primary shell can be used to predict Synthetic Aperture invariant correlation coefficient of ultrasonic waves components Yoshifumi Saijo1 femur strength: in vitro evidence Compounding with SARUS 1Tohoku University, Japan Joel B. Harley1, José M.F. Moura1 Istvan A Veres1,2, Bernhard Jean-Francois Saillant1 Julien Grondin1, Quentin Grimal1, Matthias Bo Stuart1, Jørgen Arendt 1Department of Electrical and Reitinger1,2, Peter Burgholzer1,2 1AREVA - NDE Solutions, Chalon sur Sandra Guerard2, Reinhard Jensen1 Computer Engineering, Carnegie 1Christian Doppler Laboratory for Saone, Bourgogne, France Barkmann3, Claus Gluer3, Pascal 1Center for Fast Ultrasound Imaging, Mellon University, Pittsburgh, Photoacoustic Imaging and Laser Laugier1 Dept. of Elec. Eng., Technical Pennsylvania, USA Ultrasonics, Linz, Austria, 2Research 1LIP, UPMC-CNRS, France, 2Arts et University of Denmark, DK-2800 Center for Non Destructive Testing Metiers PARISTECH, France, Lyngby, Denmark GmbH, Linz, Austria 3Medizinische Physik, Klinik fur Diagnostische Radiologie, UKSH, Germany
10:45 am 2E-2 Nonlinear ultrasound 3E-2 A Programmable and 4E-2 Acoustic Emission 5E-2 Non-perturbing monitoring of fatigue Compact Open Platform for Detection and Classification measurement of sound pressure microdamage accumulation in Ultrasound Bio-Microscope Using Wavelet-Based Power-Law fields by means of laser Doppler cortical bone Detector vibrometer Weibao Qiu1, Yanyan YU1, Fu Keung Sylvain Haupert1, Sandra Guerard2, TSANG1, Lei SUN1 Dan Xiang1, Julia Deng1, Yexian Qin1 Lizhuo Chen1,2, Stefan Rupitsch1, Paul A. Johnson3, David Mitton2,4, 1Department of Health Technology 1Intelligent Automation, Inc., USA Reinhard Lerch1 Pascal Laugier5 and Informatics, The Hongkong 1Chair of Sensor Technology, 1
Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute UPMC Univ Paris 6 - CNRS - LIP, Polytechnic University, Hong Kong Friedrich-Alexander-University PARIS, IDF, France, 2Arts et Metiers Erlangen-Nuremberg, Erlangen, ParisTech - LBM, PARIS, France, Germany, 2Erlangen Graduate School 3Geophysics Group - Los Alamos in Advanced Optical Technologies, National Laboratory, LOS ALAMOS, Germany USA, 4Université de Lyon - Ifsttar - LBMC, BRON, France, 5UPMC Univ Paris 6 - CNRS - LIP, PARIS, France
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida 11:00 am 1E-2 OCT, NIR/IVUS and other 2E-3 Phase Cancellation and 3E-3 Ultrasonic wireless power 4E-3 Acoustic Inspection of 5E-3 Brillouin scattering from 6E-2 Additive Manufacturing of optical techniques Aperture Size on Broadband and data communication for High-Density-Interconnects for induced phonons excited by the PZT-5H Piezoceramic 1 Ultrasonic Attenuation for neural stimulation 3D-Integration ZnO piezoelectric thin film with a 1 1 Evelyn Regar Trabecular Bone Assessment coaxial resonator Scott Smith , Prabhjot Singh , 1Erasmus Medical Center, the Je-Yu Tsai1, Kai-Han Huang1, Jun-Ru Sebastian Brand1, Matthias Petzold1, Michelle Bezdecny1, Mark Cheverton1, using a 2-D Confocal Synthetic 1 1 1 2 3 1 1 1 Netherlands Array Wang , Shen-Iuan Liu , Pai-Chi Li Peter Czurratis , Jason D. Reed , Chris Takeshi Sugimoto , Hiroyuki Sano , Venkat Venkataramani , Anthony 1Natoinal Taiwan University, Taiwan Gregory3, Alan Huffman3, John M. Takahiko Yanagitani2, Shinji Brewer1 Jiqi Cheng1, Frederick Serra-Hsu1, Lennon Jr.3, Dorota S. Temple3 Takayanagi1, Mami Matsukawa1 1GE Global Research, USA Yuan Tian1, Wei Lin1, Yi-Xian Qin1 1Fraunhofer Institute for Mechanics of 1Doshisha University, Japan, 2Nagoya 1Stony Brook University, USA Materials, IWM, Halle, Germany, Institute of Technology, Japan 2PVA TePla Analytical Systems GmbH, Westhausen, Germany, 3Center for
Materials and Electronic Technologies, RTI International, North Carolina, USA October18-21,2011
11:15 am 2E-4 Determining the attenuation 3E-4 Implementation of a Smart- 4E-4 Non-linear parametric 5E-4 Confined Acoustic 6E-3 Cell Characterization Using of overlapping fast and slow Phone Based Portable Doppler imaging using an ultrasonic Phonons in Ultra-Thin Silicon High Frequency Ultrasound waves in cancellous bone using Flowmeter focused transducer. Membranes 1 2 Bayesian techniques Saurabh Bakshi , John Williams , Po-Yang Lee1, Pay-Yu Chen1, Chih- Guillaume Robin1, François Vander John Cuffe1,2, Emigdio Chavez1,3, Jordi Xiaoning Jiang1, Elizabeth Loboa2 Amber Nelson1, Joseph Hoffman1, Chung Huang1 Meulen1, Jérôme Fortineau1, Guy Gomis Bresco1, Pierre-Olivier Chapuis1, 1Mechanical & Aerospace 1 4 Mark Holland1, Katsunori Mizuno2, 1Department of Electrical Feuillard1 Francesc Alzina , Andrey Shchepetov , Engineering, North Carolina State 3 2 1 Mika Prunnila4, Jouni Ahopelto4, Olivier Yoshiki Nagatani , Mami Matsukawa , Engineering, Fu Jen Catholic Lab. Imagerie et Cerveau, ENIVL- 5 5 University, Raleigh, NC, USA, 1 Ristow , Mike Hettich , Thomas 2 James Miller University, Taiwan Université de François Rabelais de 5 1,6 Biomedical Engineering, North 1 Dekosry , Clivia M. Sotomayor Torres Washington University in St. Louis, Tours, Blois, France 1Catalan Institute of Nanotechnology (CIN2-CSIC), Carolina State University, Raleigh, 2 USA, Doshisha University, Japan, Bellaterra, Barcelona, Spain, 2Dept. of Physics, NC, USA 3Kobe City College of Technology, University College Cork, Tyndall National Institute, Cork, Ireland, 3Dept. of Physics, Universitat Japan Autònoma de Barcelona, Bellaterra, Barcelona, Spain, 4VTT Technical Research Centre of Finland, Espoo, Finland, 5Dept. of Physics, University of
Konstanz, Konstanz, Germany, 6Institució Catalana de Recerca i Estudis Avançats (ICREA), Barcelona, Spain
11:30 am 1E-3 Plaque characterization by 2E-5 Circumferential guided 3E-5 Development of a Low- 4E-5 Warped-Wigner-Hough 5E-5 Evaluation of thin film 6E-4 MEMS-Based Multiple IVUS, NIR, FFR and other wave measurement in the femur profile, Wearable, CMUT based, Transformation of Lamb Waves coating adhesion with an opto- Fourier-Horn Silicon Ultrasonic emerging techniques cortical shell : bone mimicking Medical Ultrasound Imaging for Automatic Defect Detection acoustic technique Atomizer For Inhalation Drug tube study Probe Delivery Akiko Maehara1 Alessandro Perelli1, Luca De Sanichiro Yoshida1, Mohan Basnet1, 1Cardiovascular Research Foundation, Pierre Nauleau1, Etienne Cochard2, Anshuman Bhuyan1, Jung Woo Marchi1, Emanuele Baravelli1,2, Chiaki Miyasaka2, Bernhard Chen Tsai1,2, Shih-Kai Lin1, Rong- USA Jean-Gabriel Minonzio1, Quentin Choe1, Byung Chul Lee1, Omer Alessandro Marzani3, Nicolò Speciale1 Tittmann2, Ik-Keun Park3 Wei Mao1, Shirley Tsai3 Grimal1, Claire Prada2, Pascal Laugier1 Oralkan1, Butrus T. Khuri-Yakub1 1Department of Electronics Computer 1Southeastern Louisiana University, 1Electrical Engineering and Computer 1Laboratoire d'imagerie paramétrique 1Edward L. Ginzton Laboratory, Science and Systems - DEIS, USA, 2The Pennsylvania State Science, University of California, (UPMC Paris6 - CNRS UMR 7623), Stanford University, USA University of Bologna, Bologna, Italy, University, USA, 3Seoul National Irvine, Irvine, CA, USA, 2Inst. of Paris, France, 2Institut Langevin 2School of Aerospace Engineering, University of Science and Technology, Optoelectronics and Photonics, (ESPCI Université Paris7 - CNRS Georgia Institute of Technology, Korea, Republic of National Taiwan University, Taipei, UMR 7587), Paris, France Atlanta, USA, 3Department of Civil, Taiwan, 3Chemical Engineering and Environmental and Materials Materials Science, University of Engineering - DICAM, University of California, Irvine, Irvine, CA, USA Bologna, Bologna, Italy
11:45 am 2E-6 Two wave propagation 3E-6 Real-time Volumetric 4E-6 A Computationally Efficient 5E-6 Inductive magneto-acoustic 6E-5 Micro-localized cell lysis by image for investigating the Ultrasound Imaging System for Algorithm for Ultrasonic Signal technique for viscous fluids low-power focused acoustic anisotropic structure of 2-D CMUT Arrays Decomposition and Flaw monitoring transducer cancellous bone Detection Jung Woo Choe1, Omer Oralkan1, Nicolas Wilkie-Chancellier1, Lingtao Wang1, Yi-Jia Li2, Anderson Keisuke Yamashita1, Katsunori Amin Nikoozadeh1, Anshuman Alireza Kasaeifard1, Jafar Saniie1, Stephane Serfaty2, Pascal Griesmar2, Lin1, Youngki Choe1, Mitchell Gross2, Mizuno1, Mami Matsukawa1 Bhuyan1, Byung Chul (B.C.) Lee1, Erdal Oruklu1 Yohan Le Diraison2, Jean-Yves Le Eun Sok Kim1 1Doshisha University, Japan Mustafa Gencel1, Butrus (Pierre) T. 1ECE Department, Illinois Institute of Huerou2 1Electrical Engineering, University of Khuri-Yakub1 Technology, Chicago, IL, USA 1SATIE (CNRS - UMR 8029), Southern California, USA, 1Edward L. Ginzton Laboratory, Université de Cergy-Pontoise, Neuville 2Department of Medicine, University Stanford University, USA sur Oise, France, Metropolitan, of Southern California, USA 2Université de Cergy-Pontoise, France, Metropolitan 41
THURSDAY ORAL
THURSDAY ORAL
42 2011 IEEEInternational UltrasonicsSymposium 2:00 pm - 3:30 pm Oral --- Thursday, October 20, 2011
Session 1F. Session 2F. Session 3F. Session 4F. Session 5F. Session 6F. Synthetic Aperture Elastography: New Photoacoustics: Novel Acoustic Wave Ultrasonic Motors and BAW Components and Beam Forming Methods Technology Sensors Actuators I Technology (5B) Development Chair: Jorgen Jensen Chair: Kathy Nighingale Chair: Mauricio Pereia Da Chair: Minotu Kurosawa Chair: Dave Feld Technical Univ. of Denmark Duke University Chair: Pai-Chi Li Cunha Tokyo Institute of Technology Avago Technologies National Taiwan University University of Maine
Boca Rooms II-IV Boca Rooms VI-VII Caribbean Ballroom VII Caribbean Ballroom I Caribbean Ballroom II Caribbean Ballroom VI
2:00 pm 1F-1 Experimental Study of Dual- 2F-1 Generalized Bayesian 3F-1 All optical generation and 4F-1 Recent developments of the 5F-1 Experimental study on high 6F-1 A Feedback-Loop Oscillator Ring CMUT Array Optimization Speckle Tracking Applied to detection of acoustic waves for thin film electro-acoustic efficiency ultrasonic motors stabilized using laterally- for Forward-Looking IVUS Strain and ARFI Displacements intravascular ultrasound and technology in view of biosensor using lubricant coupled-mode narrow-band photoacoustic imaging applications HBAR filters Coskun Tekes1, Sarp Satir1, Gokce Brett Byram1, Gregg Trahey1, Mark Wei Qiu1, Yosuke Mizuno1, Daisuke Gurun1, Jaime Zahorian1, Michael Palmeri1 Bao-Yu Hsieh1, Sung-Liang Chen2, Ilia Katardjiev1, Ventsislav Koyama1, Kentaro Nakamura1 Eric Lebrasseur1, Gilles Martin1, Hochman1, Toby Xu1, F. Levent 1Duke University, USA Tao Ling2, Jay Kuo2, Pai-Chi Li1 Yantchev1 1Precision and Intelligence Dorian Gachon2, Thomas Baron1, Degertekin1, Mustafa Karaman2 1Natoinal Taiwan University, Taiwan, 1Solid State Electronics, Uppsala Laboratory, Tokyo Institute of Alexandre Reinhardt3, Pierre-Patrick 1George W. Woodruff School of 2University of Michigan, USA University, Uppsala, Uppland, Sweden Technology, Yokohama, Japan Lassagne3, Luc Chommeloux4, Sylvain Mechanical Engineering, Georgia Ballandras1 Institute of Technology, Atlanta, GA, 1Time & Frequency Dept, Femto-st, USA, 2Electronics Engineering, Isik CNRS, Besancon, France, 2LEAUS, University, Istanbul, Turkey Université de Perpignan, France, 3LCRF, CEA-LETI, France, 4SENSeOR, France
2:15 pm 1F-2 Preliminary In-Vivo 2F-2 Motion Compensation 3F-2 Photoacoustic Coded 5F-2 Design and Evaluation of 6F-2 A 48 MHz, Small, Hermetic, evaluation of Synthetic Aperture Method for Quantification of Excitation using Periodically Ultrasonic Motor Located in Chip-Scale Packaged USB3.0 Sequential Beamforming Neovascularization in Carotid Perfect Sequences Cryogenic Temperature Oscillator Integrating an FBAR Atherosclerotic Plaques with Environments Resonator with CMOS Circuitry Martin Christian Hemmsen1,2, Peter Martin F. Beckmann1, Martin P. 3 4 Contrast Enhanced Ultrasound 1 2 1 1 2 Møller Hansen , Theis Lange , Jens (CEUS) Mienkina , Claus-Stefan Friedrich , Daisuke Yamaguchi , Takefumi Andrew Nelson , Rich Ruby , Martha Munk Hansen1, Michael Bachmann Nils C. Gerhardt2, Martin R. Kanda1, Koichi Suzumori1 Small2, Steve Ortiz2, Brian Otis1 Nielsen3, Jørgen Arendt Jensen1 Zeynettin Akkus1, Johan G. Bosch1, Hofmann2, Georg Schmitz1 1Graduate School of Natural Science 1University of Washington, USA, 1Dept. of Elec. Eng., Technical Guillaume Renaud1, Gerrit L. ten 1Medical Engineering, Ruhr- and Technology, Okayama University, 2avago technologies, USA Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute University of Denmark, Lyngby, Kate2, Stijn van den Oord2, Arend Universität Bochum, Bochum, Okayama, Okayama, Japan Denmark, 2R&D Applications & Schinkel2, Nico de Jong1,3, Antonius Germany, 2Photonics and Terahertz- Technologies, BK Medical, Herlev, F.W. van der Steen1,3 Technology, Ruhr-Universität Denmark, 3Dept. of Radiology, 1Thoraxcenter Biomedical Engineering, Bochum, Bochum, Germany Copenhagen University Hospital, Erasmus MC, Netherlands, 2Department of Cardiology, Thoraxcenter, Erasmus Rigshospitalet, Copenhagen, Denmark, 3 4Dept. of Biostatistics, University of MC, Netherlands, Interuniversity Copenhagen, Copenhagen, Denmark Cardiology Institute of the Netherlands, Utrecht, Netherlands
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida 2:30 pm 1F-3 A synthetic-focusing 2F-3 Quantitative imaging using 3F-3 Quantitative Assessment of 4F-2 An Equivalent Circuit Model 5F-3 Actuation Force 6F-3 c-axis parallel oriented AlN strategy for real-time high- Time Reversal Elastography: a Photoacoustic and Ultrasonic for a Liquid Loaded Lateral Field Characteristics of Non-contact film resonator fabricated by ion- frequency annular-array imaging feasibility study. Imaging of Prostate Excited Acoustic Wave Sensor Ultrasonic Suspension for Minute beam assisted RF magnetron Brachytherapy Seeds Objects sputtering Jeffrey A. Ketterling1, Erwan Filoux1 Javier Brum1,2, Stefan Catheline2, Lester French1,2, Michael FitzGerald3, 1Lizzi Center for Biomedical Nicolas Benech1, Thomas Gallot2, Richard Bouchard1,2, Jimmy Su2, John Vetelino1,4 Shota Chino1, Yasuhiro Kato1, Masashi Suzuki1, Takahiko Engineering, Riverside Research, New Carlos Negreira1 Andrei Karpiouk2, John Hazle1, 1Laboratory for Surface Science and Masaya Takasaki1, Takeshi Mizuno1 Yanagitani1 York, NY, USA 1Laboratorio de Acústica Ultrasonora, Stanislav Emelianov1,2 Technology, University of Maine, 1Saitama Univ, Japan 1Graduate School of Engineering, Instituto de Física,Facultad de 1MD Anderson Cancer Center, USA, Orono, ME, USA, 2Mainely Sensors, Nagoya Institute of Technology, Ciencias, Universidad de la República, 2University of Texas at Austin, USA LLC, Orono, ME, USA, 3Department Nagoya, Aichi, Japan Montevideo, Uruguay, 2Institut des of Physics & Astronomy, University of Sciences de la Terre (ISTerre), Maine, Orono, ME, USA, 4Department
Université de Grenoble, Saint Martin of Electrical & Computer Engineering, d'Heres, Isére, France University of Maine, Orono, ME, USA October18-21,2011
2:45 pm 1F-4 Experimental Verification of 2F-4 Viscoelastic 3F-4 Trapping and Dynamic 4F-3 Lateral field excited bulk 5F-4 The NeuroGlide Actuator: A 6F-4 Experimental investigation a Split-aperture Transmit Characterization of an Elliptic Manipulation of Magnetic acoustic wave sensors on Multi-Degree-of-Freedom of dual wave optimized reflector Beamforming Technique for Structure in Dynamic Contrast Agent Targeted Cancer Langasite working on different Ultrasonic Micromotor for Neural stacks in solidly mounted bulk Suppressing Grating Lobes in Elastography Imaging using a Cells in Photoacoustic Imaging: operational modes Microcatheter Navigation acoustic wave resonators Large Pitch Phased Arrays Semi-analytical Shear-wave Phantom Study 1 2 1 2 1 1 Scattering Model Tingfeng Ma , Chao Zhang , Zhitian Cheol-ho Yun , Leslie Yeo , James Sumy Jose , Ray Hueting Zahra Torbatian1, Rob Adamson1, Chenwei Wei1, Jinjun Xia1, Ivan M. Zhang2, Wenyan Wang2, Guanping Friend2 1Semiconductor Components, Manohar Bance1,2, Jeremy Brown1,2 Emmanuel Montagnon1, Anis Hadj Pelivanov1,2, Xiaoge Hu1, Xiaohu Feng2 1MicroNanophysics Research University of Twente, Netherlands 1Biomedical Engineering, Dalhousie Henni1, Cédric Schmitt1, Guy Cloutier1 Gao1, Matthew O&[prime]Donnell1 1Tsinghua University, Beijing, China, Laboratory, Monash University, University, Canada, 2Department of 1Laboratory of Biorheology and 1University of Washington, USA, People's Republic of, 2Research Clayton, Victoria, Australia, Surgery, Dalhousie University, Medical Ultrasonics, University of 2Moscow State University, Russian Institute of Tsinghua University in 2Mechanical Engineering, Monash Canada Montreal Hospital Research Center, Federation Shenzhen, China, People's Republic of University, Clayton, VIC, Australia Montreal, Quebec, Canada
3:00 pm 1F-5 Ring Array PSF Synthesis 2F-5 Measurements of 3F-5 Characterization of Red 4F-4 Development of Acoustic- 5F-5 Ultrasonic Motors - Past, 6F-5 Synthesis of highly textured by Delay Dithering Viscoelasticity using the MR Blood Cell Aggregation with Wedge-Mode Humidity Sensor Present and Future w-AlN thin films with a tilted c- Elastography and Lamb wave Photoacoustics: A Theoretical Using a Wedge with axis having good tilt and Scott Dianis1, Ralph Hoctor1 Jörg Wallaschek1 1 Dispersion Ultrasound and Experimental Study Hydroscopic Film 1 thickness uniformity GE Global Research, Niskayuna, New Vibrometry (LDUV) Institute of Dynamics and Vibration York, USA Eno Hysi1, Ratan K Saha1, Michael C Che-Hua Yang1, Po-Hsien Tung1 Research (IDS), Leibniz University Milena Moreira1, Johan Bjurstrom1, Ivan Nenadic1, Sara Aristizabal1, Kolios1 1National Taipei Univ of Technology, Hannover, Hannover, Germany Tomas Kubart1, Ilia Katardjiev1 Kevin Glaser1, Scott Mitchell1, Tye 1Physics, Ryerson University, Toronto, Manufacturing Technology, Taipei, 1Solid State Electronics, Uppsala Humphrey1, James Greenleaf1 Ontario, Canada Not applicable, Taiwan University, Uppsala, Uppland, Sweden 1Mayo Clinic, Rochester, MN, USA
3:15 pm 1F-6 Performance of Synthetic 2F-6 Shear Wave Speed 3F-6 Real-time Handheld Optical 4F-5 A SH-APM Liquid Viscosity 6F-6 Evaluation of Acoustical Aperture Compounding for in- Measurement Using an Resolution Photoacoustic Sensor Based on PZT-5H Properties for AlN Single Crystal invo imaging Unfocused Ultrasound Push Microscopy 1 1 by the Ultrasonic Beam Zhijun Chen , Qianliang Xia , Xu Microspectroscopy Technology Jens Munk Hansen1, Mads Møller Parsin Hajireza1, Wei Shi1, Roger Lu1, Tao Chen1 Pedersen1, Martin Christian Shigao Chen1, Heng Zhao1, Pengfei Zemp1 1College of Automation Engineering, Yuji Ohashi1, Jun-ichi Kushibiki1, Hemmsen1,2, Jørgen Arendt Jensen1 Song1, Matthew Urban1, James 1Electrical & Computer Engineering, Nanjing University of Aeronautics and Boris M. Epelbaum2, Albrecht 1Dept. of Elec. Eng., Technical Greenleaf1 University of Alberta, Edmonton, Astronautics, China, People's Republic Winnacker2, Shunro Nagata3 University of Denmark, DK-2800 1Mayo Clinic College of Medicine, Alberta, Canada of 1Tohoku University, Japan, 2University Lyngby, Denmark, 2R&D Applications USA of Erlangen-Nuremberg, Germany, & Technologies, BK Medical, DK- 3JFE Mineral Company Ltd., Japan 2730 Herlev, Denmark 43
THURSDAY ORAL
THURSDAY ORAL
44 2011 IEEEInternational UltrasonicsSymposium 4:30 pm - 6:00 pm Oral --- Thursday, October 20, 2011
Session 1G. Session 2G. Session 3G. Session 4G. Session 5G. Session 6G. Blood Flow Imaging Shear Wave Contrast Agents II Acoustic Micro Fluidics Physics of Phononic SAW Design, Integration Elastography Crystals & Tunability Chair: Hans Torp Chair: Nico de Jong Chair: Donal E. Yuhas Norwegian Univ. of Science & Chair: James Greenleaf Erasmus Medical Centre IMS Inc. Chair: Roy H. Olsson Chair: Clemens Ruppel Technology Mayo Clinic Sandia National Laboratories TDK-EPC
Boca Rooms II-IV Boca Rooms VI-VII Caribbean Ballroom VII Caribbean Ballroom I Caribbean Ballroom II Caribbean Ballroom VI
4:30 pm 1G-1 Secondary arterial blood 2G-1 Improving Shear Wave 3G-1 Contrast Ultrasound: 4G-1 Acoustic particle trapping 5G-1 Analysis of deaf bands in 6G-1 Electrostrictive thin films: flow patterns with vector flow Speed Estimation Precision in Recent developments and the in a microfluidic device using phononic crystals an alternative to piezoelectricity ultrasound Homogeneous Media by battle for regulatory approval frequency modulated signal Rayisa P. Moiseyenko1,2, Vincent Emmanuel Defay1 1,2 Tracking Shear Wave 1 1 2 1 2 1 Mads Møller Pedersen , Michael Propagation in 3D using a Real- François Tranquart Jong Seob Jeong , Jung Woo Lee , Laude , Nico F. Declercq CEA Leti Minatec, France Johannes Pihl2, Jens Munk Hansen2, 1Bracco Suisse SA, Plan-les-Ouates, Chang Yang Lee2, Shia Yen Teh3, 1Institut FEMTO-ST, Centre National 1,2 3 time Volumetric Imaging 3 2 Peter Møller Hansen , Per Haugaard , Transducer Switzerland Abraham Lee , K. Kirk Shung de la Recherche Scientifique, Michael Bachmann Nielsen1, Jørgen 1Department of Medical Besancon, Franche-Comté, France, Arendt Jensen2 Michael Wang1, Brett Byram1, Mark Biotechnology, Dongguk University- 2Unité Mixte Internationale GT-CNRS, 1Department of Radiology, Palmeri1, Ned Rouze1, Kathryn Seoul, Seoul, Korea, Republic of, Georgia Tech Lorraine, Metz, Copenhagen University Hospital, Nightingale1 2Department of Biomedical Lorraine, France Rigshospitalet, Copenhagen, Denmark, 1Biomedical Engineering, Duke Engineering, University of Southern 2Department of Electrical Engineering, University, USA California, Los Angeles, California, Technical University of Denmark, Kgs. USA, 3Department of Biomedical Lyngby, Denmark, 3R&D Applications Engineering, University of California & Technologies, BK Medical, Herlev, at Irvine, Irvine, California, USA Denmark
4:45 pm 1G-2 Angle-independent 2G-2 Shear wave construction 4G-2 Flow-through separation of 5G-2 Thermal Conductivity quantification of complex flow with laterally moving radiation microparticles of different sizes Manipulation in Lithographically patterns in congenital heart force excitations using ultrasound. Patterned Single Crystal Silicon disease Phononic Crystal Structures Matthew Urban1, Carolina Amador1, A. K. M. Ariful Haque Siddique1, Lasse Lovstakken1,2, Siri Ann Alireza Nabavizadeh1, James CheolGi Kim1, Bongyoung Ahn2, Bongsang Kim1, Janet Nguyen1, Eric Nyrnes1,2, Bjorn Olav Haugen1,2, Hans Greenleaf1, Shigao Chen1 SeungHyun Cho2 Shaner1, C. Thomas Harris1, Ihab El- Torp1 1Department of Physiology and 1Department of Materials Science & Kady1, Roy Olsson III1 1NTNU, Norway, 2Trondheim Biomedical Engineering, Mayo Clinic Engineering, Chungnam National 1Sandia National Laboratories, Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute University Hospital, Norway College of Medicine, Rochester, MN, University, Yuseong-Gu, Daejeon, Albuquerque, NM, USA USA Korea, Republic of, 2Center for Safety Measurement, Korea Research Institute of Standards and Science, Yuseong-Gu, Daejeon, Korea, Republic of
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida 5:00 pm 1G-3 Doppler vortography: a 2G-3 Robust Shear Wave Speed 3G-2 Super-Resolution 4G-3 Microscale 5G-3 Experimental evidence of 6G-2 Very large bandwidth IF new technique for quantification Measurement Using Comb-push Ultrasound Imaging (SRUI) using Acoustofluidics: Microfluidics locally resonant sonic band gap SAW filters using leaky waves of intracardiac vorticity Ultrasound Radiation Force ultrafast mapping of contrast via Acoustics and Ultrasonics in 2D stubbed plates on LiNbO3 and LiTaO3 agents Stéphan Muth1, Damien Garcia1 Heng Zhao1, Pengfei Song1, Matthew James Friend1,2 Mourad Oudich1, Matteo Senesi2, Mohamed El Hakiki1, Jacques- 1CRCHUM - Research Centre, W. Urban1, James F. Greenleaf1, Olivier Couture1, Benoit Besson2, 1Mechanical Engineering, Monash Badreddine Assouar1,3, Massimo Antoine Damy1, Heiko Hartmann2, University of Montreal Hospital, Shigao Chen1 Gabriel Montaldo3, Mathias Fink1, University, Clayton, VIC, Australia, Ruzzene2, Jia-Hong Sun4, Brice Jean-Michel Brice1 Montreal, QC, Canada 1Physiology and Biomedical Mickael Tanter4 2Melbourne Centre for Vincent5, Zhilin Hou6, Tsung-Tsong 1EPCOS Sophia Design center, Engineering, Mayo Clinic College of 1CNRS / ESPCI, France, 2CNRS, Nanofabrication, Clayton, VIC, Wu4 Sophia-Antipolis, -, France, 2EPCOS, 3 4 1Institut Jean Lamour, Nancy University - CNRS, Medicine, Rochester, Minnesota, USA France, ESPCI, France, INSERM, Australia 2 Germany France Vandoeuvre-les-Nancy, France, D Guggenheim School of Aerospace Engineering, Georgia Institute of Technology, USA, 3International Joint Laboratory (UMI 2958), Georgia Institute of Technology - CNRS, ATLANTA, USA, 4National Taiwan University, Taiwan, 5Nancy University - 6 CNRS, France, South China University of October18-21,2011 Technology, China, People's Republic of
5:15 pm 1G-4 Directional synthetic 2G-4 Tracking ARFI Induced 3G-3 Improved Prostate Cancer 5G-4 Locally resonant structures 6G-3 Low Loss Wide Band aperture flow imaging using a Shear Wave Propagation by Detection By Contrast-Enhanced for low frequency surface Microwave Filters Using SAW dual stage beamformer Using Maximum Likelihood Ultrasound Parametric Image acoustic band gap applications Devices Combined with approach Estimation Analysis Microstrip Lines Abdelkrim Khelif1, Younes Achaoui2 Ye Li1, Jørgen Arendt Jensen1 Liexiang Fan1, Bob Luick1, David Peter Frinking1, Laurent Mercier1, 1CNRS/GeorgiaTech, France, 2Femto- Hiroyuki Odagawa1, Takaoki 1Center for Fast Ultrasound Imaging, Duncan1, Janelle O'Bannon1, John Marcel Arditi1, Hessel Wijkstra2, st Institute, France Taniguchi1, Yoshifumji Shimoshio1, Dept. of Elec. Eng., Bldg. 349, Benson1 Olivier Rouvière3, Jean-Michel Yoshitada Iyama1, Kazuhiko Technical University of Denmark, 1Ultrasound Business Unit, Siemens Correas4, François Tranquart1 Yamanouchi2 Lyngby, Denmark Healthcare, Issaquah, WA, USA 1Bracco Suisse SA, Plan-les-Ouates, 1Information, Communication and GE, Switzerland, 2AMC University Electronic Engineering, Kumamoto Hospital, Amsterdam, Netherlands, National College of Technology, 3Hôpital Edouard Herriot, Lyon, Koshi, Kumamoto, Japan, 2Tohoku France, 4Hôpital Necker, Paris, University, Japan
France
5:30 pm 1G-5 Functional micro- 2G-5 Assessment of shear 3G-4 Relaxation time course of 4G-4 Rotational surface acoustic 5G-5 Visualization of negative 6G-4 A modular SAW filter ultrasound imaging of rodent anisotropy using Supersonic microvessels deformed by wave microfluidic motor refraction of surface acoustic design approach for multiband cerebral hemodynamics Shear Imaging with rotating ultrasound-activated waves by numerical simulations filtering Richie Shilton1, Nick Glass1, Peggy 1 1 arrays: in vivo evidence of microbubble 2 1 1 and experiments 1 2 Martijn van Raaij , Liis Lindvere , cornea elastic anisotropy. Chan , Leslie Yeo , James Friend Xiaoming LU , Jeffery Galipeau , Adrienne Dorr1, Jianfei He1, Hong Chen1, Andrew A. Brayman1, 1Mechanical Engineering, Monash Istvan A Veres1,2, Bernhard Koenraad Mouthaan1 Bhupinder Sahota1, Bojana Thu-Mai Nguyen1, Jean-François Thomas J. Matula1 University, Clayton, VIC, Australia, Reitinger1,2, Thomas Berer1,2, Peter 1NUS, Singapore, 2TriQuint Stefanovic1, F. Stuart Foster1 Aubry1, David Touboul2, Jeremy 1Center for Industrial and Medical 2Chemical Engineering, Monash Burgholzer1,2, Oliver B. Wright3, Semiconductor Florida, USA 1Imaging Research, Sunnybrook Bercoff3, Mickael Tanter1 Ultrasound, Applied Physics University, Clayton, VIC, Australia Osamu Matsuda3 Health Sciences Centre, Toronto, 1Institut Langevin Ondes et Images, Laboratory, University of Washington, 1Christian Doppler Laboratory for Ontario, Canada ESPCI ParisTech, CNRS UMR 7587, Seattle, WA, USA Photoacoustic Imaging and Laser Inserm ERL U979, Paris, France, Ultrasonics, Linz, Austria, 2Research 2Centre Hospitalo-Universitaire de Center for Non Destructive Testing Bordeaux, Bordeaux, France, GmbH, Linz, Austria, 3Graduate 3Supersonic Imagine, Aix-en- School of Engineering, Hokkaido Provence, France University, Sapporo, Japan
5:45 pm 1G-6 Ultrasensitive functional 2G-6 Development and 3G-5 Volumetric Contrast- 4G-5 Precise Transportation of 5G-6 Recent advances in the 6G-5 SPUDT Cell with One- ultrasound imaging of the brain Evaluation of Pulse Sequences Enhanced Ultrasound for Single Cell by Phase-shift negative refraction of Wavelength Period and Quarter- for Freehand ARFI Imaging Characterizing Tumor Standing Surface Acoustic Wave longitudinal waves in an elastic Wavelength Electrodes Emilie Mace1, Gabriel Montaldo1, 2 2 1 1 Vascularity: Preliminary Studies 1 1 phononic crystal 1 1 Ivan Cohen , Michel Baulac , Mathias Joshua Doherty , Douglas Dumont , in an Animal Model Long Meng , Feiyan Cai , Qiaofeng Sergey Biryukov , Guenter Martin , Fink1, Mickael Tanter1 Dongwoon Hyun1, Jeremy Dahl1, Jin1, Lili Niu1, Hairong Zheng1 Anne-Christine Hladky1, Charles Hagen Schmidt1, Bert Wall2 1Institut Langevin, ESPCI ParisTech, Gregg Trahey1,2 Kenneth Hoyt1, Anna Sorace1 1Shenzhen Institutes of Advanced Croënne1, K. Raymond Olympio1, 1IFW Dresden, Dresden, Germany, CNRS UMR7587, Inserm U979, Paris, 1Biomedical Engineering, Duke 1University of Alabama at Technology, Chinese Academy of Jérôme Vasseur1, Bertrand Dubus1, 2Vectron International GmbH & Co. France, 2Institut du Cerveau et de la University, USA, 2Radiology, Duke Birmingham, USA Sciences, China, People's Republic of Bruno Morvan2 KG, Teltow, Germany Moelle épinière, Inserm UMRS 975, University, USA 1IEMN, ISEN Department, Lille, Nord, CNRS UMR7225, CHU Pitié France, 2LOMC, Le Havre, France Salpêtrière, Paris, France 45
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46 2011 IEEEInternational UltrasonicsSymposium 9:30 am - 1:00 pm Poster --- Thursday, October 20, 2011 Caribbean Ballroom III-V
Session P3Aa. P3Aa-8 Skin lesions assessment using P3Aa-16 High Frequency Ultrasound Iging Session P3Ac. P3Ac-8 Noise Reduction of Tissue Harmonic attenuating and statistical properties of and Characteriation of Biofilms Images using Information of Fundamental a - Characterization of Soft backscattered ultrasounds c - Signal Processing Echo Tissue Karla Hatfield1, Kunal Vaidya1, Maria Helguera1, Hanna Piotrzkowska1, Jerzy Litniewski1, Elzbieta Michael Pichichero2 Takuya Yamamura1, Masayuki Tanabe2, Kan Szymanska2, Andrzej Nowicki1 1CFC Center for Imaging Science, Rochester Chair: Kendall Waters Okubo1, Norio Tagawa1 1Institute of Fundamental Technological Research, Institute of Technology, Rochester, NY, USA, Silicon Valley Med. Instruments 1Grad. School of System Design, Tokyo Chair: Michael Oelze 2 2 2 University of Illinois Warsaw, Poland, Dermatology Clinic, CSK MSWiA Research Institute, Rochester General Hospital, Metropolitan University, Japan, Faculty of Hospital, Warsaw, Poland USA Engineering, Kumamoto University, Japan
P3Aa-1 Properties of PVA Tissue Phantoms P3Aa-9 Development of an agar phantom Session P3Ab. P3Ac-1 Compressed sensing of ultrasound Session P3Ad. Produced by Directional Solidification adaptable for visualization of thermal single-orthant analytical signals distribution caused by focused ultrasound b - Tomography d - Contrast Therapy Gideon Gouws1, Dayna-Maree Kivell1, Andrew Celine Quinsac1, François De Vieilleville1, Adrian Dawson2 Jungsoon Kim1, Moojoon Kim2, Yejoon Park3, Basarab1, Denis Kouamé1 1School of Engineering and Computer Science, Kanglyeol Ha3 Chair: Michael Insana 1IRIT UMR CNRS 5505, University of Toulouse, Chair: Tom Thomas Victoria University of Wellington, New Zealand, 1Tongmyong University, Korea, Republic of, Univ. of Illinois at Urbana-Champaign France Boston Scientific 2Engineering and Applied Physics, Industrial 2Physics, Pukyong National University, Korea, Research Limited, New Zealand Republic of, 3Pukyong National University, Korea, Republic of
P3Aa-2 Characterization of Tissues in the P3Aa-10 The acoustic attenuation in an IEC P3Ab-1 An acoustic radiation force assisted P3Ac-2 Ultrasound RF Channel Data P3Ad-1 Performance evaluation of an Pulley System Using High-Frequency agar-based tissue-mimicking material ultrasound modulated optical tomography Compression for Implementation of a automatic controlled sonoporation therapy Ultrasonic Backscatter Signals measured at 12 - 47 MHz system Software-Based Array Imaging System device Yi-Hsun Lin1, Tai-Hua Yang1, Shyh-Hau Wang1, Chao Sun1, Stephen Pye2, Anna Janeczko2, Bill Rui Li1, Robert Eckersley2, Chris Dunsby3, Daniel Po-Wen Cheng1, Che-Chou Shen2, Pai-Chi Li1 Karin Hensel1, Georg Schmitz1 Fong-Chin Su1 Ellis2, Mark Brewin3, Mairead Butler1, Vassilis Elson4, Meng-Xing Tang5 1Natoinal Taiwan University, Taiwan, 2Natoinal 1Electrical Engineering and Information 1National Cheng Kung University, Taiwan Sboros1, Adrian Thomson1, Jacinta Browne4, 1Department of Bioengineering, Imperial College Taiwan University of Science and Technology, Technologies, Ruhr-Universität, Bochum, Germany Carmel Moran1 London, United Kingdom, 2Imaging Sciences Taiwan Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute 1Medical Physics, University of Edinburgh, Department, Imperial College London, United Edinburgh, United Kingdom, 2Medical Physics, Kingdom, 3Depatment of Physics, Imperial College NHS Lothian, Royal Infirmary of Edinburgh, London, United Kingdom, 4Department of Surgery, Edinburgh, United Kingdom, 3Department of Imperial College London, United Kingdom, Clinical Physics, Royal London Hospital, Barts and 5Department of Bioengineering, Imperial College the London NHS Trust, London, United Kingdom, London, London, London, United Kingdom 4School of Physics, Dublin Institute of Technology, Dublin, Ireland
P3Aa-3 Comparison of Ultrasonic P3Aa-11 Experimental Verification of Blood P3Ab-2 Ultrasound mammograph for breast P3Ac-3 Spectral doppler using compressive P3Ad-2 Tumor Treatment with Microbubble Measurements of Nulliparous versus Characterization Based on Ultrasonic Blood lobe inspection sensing Enhanced Low-Intensity Ultrasound and Mulitparous Cervices Flow Measurement 1 1 1 2 1 Paclitaxel Nanocapsules Reduces Drug Serge Mensah , Julien Rouyer , Philippe Julien Richy , Hervé Liebgott , Remy Prost , Denis Dose Required for Therapeutic Effect Lisa Reusch1, Lindsey Carlson1, Mark Palmeri2, Naotaka Nitta1, Hiroshi Masuda2, Hidenori Suzuki2 Lasaygues1, Emilie Franceschini1, Jean-Pierre Friboulet1 Jeremy Dahl2, Helen Feltovich1,3, Timothy Hall1 1Human Technology Research Institute, National Lefebvre1 1CREATIS, France, 2CREATIS, Villeurbanne, Lee B. Mullin1, Ping Ma2, Kennita Johnson1, 1Medical Physics, University of Wisconsin - Institute of Advanced Industrial Science and 1Acoustics and Mechanics Laboratory, CNRS, Rhônes, France Russell J. Mumper2,3, Paul A. Dayton1,3 Madison, USA, 2Biomedical Engineering, Duke Technology (AIST), Tsukuba, Ibaraki, Japan, Marseille, France 1Joint Department of Biomedical Engineering, University, USA, 3Maternal Fetal Medicine, 2UNEX corporation, Japan University of North Carolina/ North Carolina State Intermountain Healthcare, USA University, Chapel Hill, NC, USA, 2Division of Molecular Pharmaceutics, Center for Nanotechnology in Drug Delivery, University of North Carolina, Chapel Hill, NC, USA, 3Lineberger Comprehensive Cancer Center, University of North Carolina, Chapel Hill, NC, USA
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida
P3Aa-4 Attenuation estimation using a P3Aa-12 Quantitative Ultrasound P3Ab-3 Geometry Independent Speed of P3Ac-4 Transducer Motion Estimation Using P3Ad-3 Acoustically-Triggered Droplet synthetic aperture focusing technique Assessment of Thermal Damage in MAT Sound Reconstruction for 3D USCT Using Combined Ultrasound Signal Decorrelation Vaporization in Macrophages for Hypoxic- Tumors Apriori Information and Optical Sensor Data for Low-cost Tumor Therapy Roberto J. Lavarello1, Goutam Ghoshal2, Michael 2 1 1 1 1 1 Ultrasound Systems with Increased Field of 1 1 L. Oelze Jeremy Kemmerer , Goutam Ghoshal , Michael Robin Dapp , Michael Zapf , Nicole Ruiter View Shih-Tsung Kang , Chih-Kuang Yeh 1Seccion Electricidad y Electronica, Pontificia Oelze1 1Karlsruhe Institute of Technology, Germany 1Department of Biomedical Engineering and Universidad Catolica del Peru, Peru, 2Department 1University of Illinois at Urbana-Champaign, Kevin Owen1,2, F. William Mauldin, Jr.1,2, John A. Environmental Sciences, National Tsing Hua of Electrical and Computer Engineering, University Urbana, IL, USA Hossack1 University, Hsinchu, Taiwan 1 of Illinois at Urbana-Champaign, USA BME, University of Virginia, Charlottesville, VA, USA, 2Rivanna Medical, Crozet, VA, USA October18-21,2011
P3Aa-5 Imaging of Visceral Fat in Living P3Aa-13 A Composite Statistical Model for P3Ab-4 A Clinical Experience of a Prototype P3Ac-5 Adaptive Frequency Compounding P3Ad-4 Ultrasound Therapy with Liposome- Rabbit by Using Detection of Ultrasonic Ultrasound Applications Automated Breast Ultrasound System for Speckle Reduction microbubble Complex in a Murine Tumor Velocity Change 1 1 Combining Transmission and Reflection 3D 1 1 2 Model Paschalis C. Sofotasios , Sevan Harput , Steven Imaging Il Seob Song , Chang Han Yoon , Gi Duck Kim , Hiromichi Horinaka1, Toshiyuki Matsunaka1, Freear1 Yangmo Yoo1,3, Jin Ho Chang2,3 William Shi1, Talent Shevchenko2, Balasundar Yuya Ohara1, Yoshinori Maeda1, Yu Izukawa1, 1School of Electronic and Electrical Engineering, Paolo Pellegretti1, Sara Dellepiane1, Marco Vicari1, 1Electronic engineering, Sogang University, Seoul, Raju1, Shriram Sethuraman1, Zhongmin Du2, Ralf Kazune Mano1, Tetsuya Matsuyama1, Kenji Wada1 University of Leeds, Leeds, United Kingdom Michele Zani1, Matthias Weigel2, Ulrich Korea, Republic of, 2Sogang Institute of Advanced Seip1, Eugene Leyvi1, Alexander Klibanov2 1Osaka Prefecture University, Japan Saueressig3, Elmar Kotter3, Mathias Langer3 Technology, Sogang University, Seoul, Korea, 1Philips Research North America, Briarcliff Manor, 1Esaote SpA, Genova, Italy, 2Dept. of Radiology, Republic of, 3Interdisciplinary Program of New York, USA, 2University of Virginia, Medical Physics, University Medical Center Integrated Biotechnology, Sogang University, Seoul, Charlottesville, Virginia, USA Freiburg, Freiburg, Germany, 3Dept. of Radiology, Korea, Republic of
Clinical Radiology, University Medical Center Freiburg, Freiburg, Germany
P3Aa-6 Nonlinear Parameter imaging to P3Aa-14 In Vitro Study of Cell-Free Layer in P3Ab-5 Simulation of shadowing effects in P3Ac-6 Improved range resolution and side P3Ad-5 Delivery of drug-loaded characterize HIFU ablation: in vitro results Microvessels by High Frequency Ultrasound ultrasound imaging from computed lobe level of ultrasound echoes using microbubbles and disruption of blood-brain in porcine liver Duplex Imaging tomography images nonlinear frequency-modulated excitation barrier by focused ultrasound in a xenograft signal and modified compressing filter rat glioma model François Varray1,2, Jérémy Chenot3, Olivier Ting-Yu Liu1, Po-Yang Lee1, Cho-Chiang Shih1, An H. Pham1,2, Bjarne Stage1, Bo Lundgren1, Basset1, Piero Tortoli2, David Melodelima3, Chih-Chung Huang1 Martin Christian Hemmsen2,3, Mads Møller Tarcísio Dantas1, Rodrigo Costa-Felix2, João Chien-Yu Ting1, Ching-Hsiang Fan1, Hao-Li Liu2, Christian Cachard1 1Department of Electrical Engineering, Fu Jen Pedersen2,4, Jørgen Arendt Jensen2 Machado1 Tzu-Chen Yen3, Chih-Kuang Yeh1 1Université de Lyon, CREATIS ; CNRS UMR5220 ; Catholic University, Taiwan 1National Institute of Aquatic Resources, Technical 1Biomedical Engineering Program - COPPE, 1Biomedical Engineering and Environmental INSERM U1044 ; INSA-Lyon ; Université Lyon 1, University of Denmark, Charlottenlund, Federal University of Rio de Janeiro, Rio de Science, National Tsing Hua University, Taiwan, France, 2MSD Lab, University of Firenze, Italy, Copenhagen, Denmark, 2Center for Fast Ultrasound Janeiro, RJ, Brazil, 2Laboratory of Ultrasound - 2Department of Electrical Engineering, Chang- 3INSERM U1032, Université de Lyon, France Imaging, Dept. of Elec. Eng., Bldg. 349, Technical Division of Acoustic and Vibration Metrology, Gung University, Taiwan, 3Chang Gung Molecular University of Denmark, DK-2800 Lyngby, Denmark, INMETRO, Duque de Caxias, RJ, Brazil Medicine Research, Chang-Gung Memorial 3R&D Applications & Technologies, BK Medical, Hospital, Taiwan DK-2730 Herlev, Denmark, 4Dept. of Radiology, Copenhagen University Hospital, Rigshospitalet, DK-2100 Copenhagen, Denmark
P3Aa-7 Classifying Ultrasound Image P3Aa-15 Segmentation of Atherosclerotic P3Ab-6 High Frequency Ultrasound P3Ac-7 Detection of Restoration Faults P3Ad-6 Sonoporation of endothelial cells in Regions By Using Characteristics of ARFI Plaque Components using a Multiphase Computer Tomography for Small Animal under Fillings in Human Teeth using vivo. Induced Tissue Displacement Temporal Bayesian Level-Set Imaging Applications Ultrasound 1 1 1 Profile Ilya Skachkov , Klazina Kooiman , Ying Luan , Jonathan Porée1, François Destrempes1, Gilles Wei-Tsen Chen1, Cho-Chiang Shih1, Chih-Chung Sevan Harput1, Tony Evans2, Nigel Bubb3, Steven Antonius F.W. van der Steen1,2, Nico de Jong1,2 Liexiang Fan1, Paul Freiburger1, Bob Luick1, David Soulez2, Guy Cloutier1 Huang1 Freear1 1Erasmus MC, Netherlands, 2Interuniversity Duncan1, Janelle O'Bannon1, John Benson1 1Laboratory of Biorheology and Medical 1Department of Electrical Engineering, Fu Jen 1School of Electronic and Electrical Engineering, Cardiology Institute of the Netherlands, Netherlands 1Ultrasound Business Unit, Siemens Healthcare, Ultrasonics, University of Montreal Hospital Catholic University, Taiwan University of Leeds, Leeds, United Kingdom, Issaquah, WA, USA Research Center, Montreal, Quebec, Canada, 2Division of Medical Physics, University of Leeds, 2Department of Radiology, University of Montreal Leeds, United Kingdom, 3Oral Biology, University Hospital, Montreal, Quebec, Canada of Leeds, Leeds, United Kingdom 47
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THURSDAY POSTER
48 2011 IEEEInternational UltrasonicsSymposium 9:30 am - 1:00 pm Poster --- Thursday, October 20, 2011 Caribbean Ballroom III-V
P3Ad-7 The Estimation of Delivery P3Ae-3 Permeability and Reversibility P3B-2 Microrheological monitoring of life P3C-1 Particle Trapping of Acoustic P3E-1 Analysis of beamforming errors from Efficiency of Drug-Loaded Microbubbles in Timeline Study of the Focused-Ultrasound cycle of yeast cell Saccharomyces Tweezers ultrasound sub-array processing Cancer Cells with US and IVIS Induced Blood-Brain Barrier Opening at cerevisiae Yanyan Yu1, Weibao QIU1, Lei SUN1 Kangqiao Zhao1, Tore Bjåstad1,2, Kjell 1 2 3 Distinct Pressures and Microbubble Sizes in 1 2 1 1,2 Ai-Ho Liao , Ying-Kai Li , Wei-Jiunn Lee , Hao-Li vivo Emmanuel Caplain , Jean-Marie Ringeard , Department of Health Technology and Informatics, Kristoffersen Liu4, Ming-Fang Wu5, Min-Liang Kuo6, Chih-Hung Stephane Serfaty2, Loic Martinez2, Pascal Griesmar2 The Hongkong Polytechnic University, Hong Kong 1Department of circulation and medical imaging, Wang7 Gesthimani Samiotaki1, Fotios Vlachos1, Yao- 1SATIE (CNRS - UMR 8029), Université de Cergy- Norwegian University of Science and Technology, 1Graduate Institute of Biomedical Engineering, National Sheng Tung1, Elisa Konofagou1,2 Pontoise, France, Metropolitan, 2Université de Trondheim, Norway, 2GE healthcare, Norway Taiwan University of Science and Technology, Taiwan, 1 2 Biomedical Engineering, Columbia University, Cergy-Pontoise, France, Metropolitan Graduate Institute of Biomedical Engineering, National 2 Taiwain University of Science and Technology, Taiwan, New York, NY, USA, Department of Radiology, 3Institute of Toxicology College of Medicine, National Taiwain Columbia University, New York, NY, USA University, Taiwan, 4Department of Electrical Engineerung, Chang Gung University, Taiwan, 5Medicine of Animall Medicine Center, National Taiwain University, Taiwan, 63Institute of Toxicology College of Medicine, National Taiwain University, Taiwan, Taiwan, 7Department of Otolaryngology-Head and Neck Surgery, National Defense Medical Center, Taiwan P3Ad-8 3D Ultrasonic Molecular Imaging to P3Ae-4 Feasibility Study of Using P3B-3 Fabrication of Frequency Scaling P3C-2 Acoustic Tweezing in the Nodes or P3E-2 The use of Fractal Geometry in the Assess the Efficacy of an Aurora Kinase Macrophages as Drug Delivery Carriers for circuit Using Phase Locked Loop Antinodes of a Heptagonal Multi design of Piezoelectric Ultrasonic Inhibitor in Human Pancreatic Drug-Loaded Phase-Change Droplets Synthesizer IC for a Quartz-Crystal Tuning- Piezoelectric Transducer Cell Transducers Adenocarcinoma Fork Tactile Sensor Ya-Hsuan Lee1, Chung-Hsin Wang1, Shih-Tsung Anne L. Bernassau1, David R. S. Cumming1 Anthony Mulholland1, Alan Walker2, Nishal Jason E. Streeter1, Gabriela Herrera2, Joey Cao2, Kang1, Chih-Kuang Yeh1 Susumu Itoh1, Hideaki Itoh1 1School of Engineering, University of Glasgow, Ramadas3, Richard O'Leary3, Anthony Gachagan3 Jen Jen Yeh2,3, Paul A. Dayton1 1Biomedical Engineering and Environmental 1shinshu university, Japan Glasgow, United Kingdom 1Centre for Ultrasonic Engineering, University of 1Biomedical Engineering, UNC / NC State, Chapel Science, National Tsing Hua University, Taiwan Strathclyde, Glasgow, Scotland, United Kingdom, Hill, NC, USA, 2Lineberger Comprehensive Cancer 2Faculty of Advanced Technology, University of Center, UNC, Chapel Hill, NC, USA, 3Division of Glamorgan, Pontypridd, United Kingdom, 3Centre Surgical Oncology, UNC, Chapel Hill, NC, USA for Ultrasonic Engineering, University of Strathclyde, Glasgow, United Kingdom
P3Ad-9 Ultrasound and microbubble P3Ae-5 Low Intensity Ultrasound P3B-4 Use of Inharmonic Modes of Trapped- P3C-3 parallel flow and mass transfer in P3E-3 3D-Analysis of Bending-Type parameter optimization for maximizing Substantially Improves the Efficacy of Energy Resonators for Liquid-Level polymeric ultrasonic microrresonators Ultrasonic Transducers for Distance sonoporation Bisphosphonate Zoledronic Acid in the Sensing Measurement Applications Itziar Gonzalez1, María Tijero2, Javier Berganzo3, 1 2 1,2 Treatment of Breast Cancer Bone 1 1 1 4 5 1 2 Lee Mullin , Jun Han , Michael Jay , Paul A. Metastases in Animals Ken Yamada , Shuichi Seto , Shuhei Horiuchi Victor Acosta , Luis Fernandez Mario Jungwirth , Manfred Kaltenbacher , Dayton1,2 1tohoku Gakuin University, Japan 1Group of Ultrasounds, CSIC Consejo Superior de Michael Rabl3, Stefan J. Rupitsch4 1Joint Department of Biomedical Engineering, David Melodelima1, Jacqueline Ngo1, Delphine Invsetigaciones Científicas, Madrid, Madrid, Spain, 1Automation Engineering, University of Applied University of North Carolina/ North Carolina State Goehrig2, Jean-Yves Chapelon1, Philippe Clezardin2 2dpt of microsystems, ikerlan, Spain, 3microsystems, Sciences Upper Austria, Wels, Upper Austria, Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute University, Chapel Hill, NC, USA, 2Eshelman 1U1032, INSERM, Lyon, France, 2U1033, INSERM, ikerlan, Spain, 4CSIC, Spain, 5Universidad de Austria, 2Institute of Smart Systems Technologies, School of Pharmacy, University of North Carolina, Lyon, France Zaragoza, Spain University of Klagenfurt, Klagenfurt, Carinthia, Chapel Hill, NC, USA Austria, 3University of Applied Sciences Upper Austria, Wels, Upper Austria, Austria, 4Friedrich- Alexander-University Erlangen-Nuremberg, Erlangen, Germany
P3Ad-10 Theoretical and experimental P3Ae-6 Intracellular Delivery of P3B-5 Estimation of the influence of P3C-4 Acoustic trapping of particle in the P3E-4 Diffraction correction for precision evaluation of microstreaming created by a Nanoparticles using Ultrasound ultrasonic flowmeter structures on their near field of a resonant periodically measurements of sound velocity in gas. Use single microbubble: application to dynamic errors structured stiff plate of an alternative method accounting for Mercy Afadzi1,2, Svein-Erik Måsøy2, Yngve sonoporation 1 2,3 1 1 1 1 non-uniform piezoelectric transmitting Hofstad Hansen , Rune Hansen , Tonni Franke Vakif Hamidullin Feiyan Cai , Long Meng , Xin Cheng , Hairong transducer vibration Anthony Novell1, James Collis2, Alexander Johansen2, Bjørn Angelsen2, Catharina de L Davies1 1State University of Aerospace Instrumentation, St. Zheng1 Doinikov1, Andrew Ooi2, Richard Manasseh3, 1Department of Physics, The Norwegian University Petersburg, Russian Federation 1Shenzhen Institutes of Advanced Technology, Espen Storheim1, Per Lunde1,2, Magne Vestrheim1 Ayache Bouakaz1 of Science and Technology, Trondheim, Norway, China, People's Republic of 1Department of Physics and Technology, University 1Inserm U930, CNRS ERL 3106, université 2Department of Circulation and Medical Imaging, of Bergen, Bergen, Norway, 2Christian Michelsen François Rabelais de Tours, France, 2Department The Norwegian University of Science and Research AS, Bergen, Norway of Mechanical Engineering, University of Technology, Trondheim, Norway, 3Medical Melbourne, Australia, 3Faculty of Engineering and Technology, SINTEF Health Research, Trondheim, Industrial Sciences, Swinburne University, Australia Norway
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida
P3Ad-11 Choice and normalization of P3Ae-7 Trapping of solid particles by P3B-6 Evaluation of Transducer P3C-5 Real time acoustic sensing of flowing P3E-5 Finite element modelling and design contrast ultrasound parameters for cavitation-induced acoustic streaming Configurations and Signal Processing microdroplets in a microfluidic device of cymbal transducers for power detection of anti-angiogenic response 1 1 1 Techniques for Ultrasonic Cross-Correlation 1 1 2 ultrasonics applications Adam Maxwell , Simone Park , Charles Cain , Flowmeters Changyang Lee , Jungwoo Lee , Shia-Yen Teh , Thomas Payen1, Aymeric Guibal2, Michele Zhen Xu1 Abraham Lee2, Hyung Ham Kim1, K. Kirk Shung1 Fernando Bejarano-Duran1, Margaret Lucas1 Lamuraglia2, Olivier Lucidarme2, Delphine Le 1Biomedical Engineering, University of Michigan, Michael Vogt1, Helmut Ermert1 1Department of Biomedical Engineering, University 1School of Engineering, University of Glasgow, Guillou3, Sharon Lori Bridal3 USA 1Dept. of Electrical Engineering and Information of Southern California, Los Angeles, California, United Kingdom 1Laboratoire d'Imagerie Paramétrique UMR 7623 Technology, Ruhr-University Bochum, Bochum, USA, 2University of California at Irvine, USA CNRS UPMC, Paris, Ile-de-France, France, Germany 2Université paris VII, France, 3Laboratoire d'Imagerie Paramétrique UMR 7623 CNRS UPMC,
France October18-21,2011
Session P3Ae. P3Ae-8 High Frame Rate Imaging of P3B-7 Flow Rate Measurement using an P3C-6 Analysis of oscillational instabilities Cavitation Events Using Dual-mode Ultrasonic Beam Radiated Perpendicular to in acoustic levitation using the finite- e - Therapeutical Effects, Ultrasound Arrays a Pipe when Flow Profile Exists difference time-domain method Microbubbles and Drug Delivery Andrew Casper1, Alyona Haritonova1, Emad Juei Igarashi1, Koichi Mizutani1, Naoto Arturo Santillan1 Ebbini1 Wakatsuki1, Takanobu Kuroyama1 1Institute of Technology and Innovation, University 1 1 Chair: Kullervo Hynhynen University of Minnesota, USA Graduate School of Systems and Information of Southern Denmark, Odense S, Southern Univ. of Toronto Engineering, University of Tsukuba, Tsukuba, Denmark, Denmark Ibaraki, Japan
P3Ae-1 Improving the activation threshold Session P3B. P3B-8 Ultrasonics in enhanced recovery of P3C-7 Creating a periodic nanocomposite of acoustic droplet vaporization agents Ultrasonics and Fluidics oil from porous rock material structure using nanoparticles in through precision formulation using 1 1 ultrasound standing waves microfluidics Eimear Neeson , Margaret Lucas 1University of Glasgow, United Kingdom Farid G. Mitri1, Dipen N. Sinha1 Thomas D. Martz1, Paul S. Sheeran2, David Chair: Mario kupnik 1MPA-11, LANL, Los Alamos, NM, USA Bardin3, Steven Feingold2, Abraham P. Lee3, Paul Brandenburg University of Technology , 2 A. Dayton Germany 1Material Science, University of North Carolina, Chapel Hill, North Carolina, USA, 2Biomedical Engineering, UNC & NCSU, Chapel Hill, North Carolina, USA, 3Biomedical Engineering, UCI, Irvine, California, USA
P3Ae-2 Effects of Tissue Mechanical P3B-1 Translocation of microparticles in a Session P3C. Session P3E. Properties on Histotripsy fluid-flow by adjusting the operating Acoustic Tweezers II Transducer Modeling 1 1 1 frequency of ultrasonic standing wave Eli Vlaisavljevich , Charles Cain , Zhen Xu (USW) 1Biomedical Engineering, University of Michigan, Ann Arbor, MI, USA SeungHyun Cho1, A. K. M. Ariful Haque Chair: Christine Demore Chair: Reinhard Lerch Siddique1,2, CheolGi Kim2, Bongyoung Ahn1 University of Dundee University of Erlangen 1Center for Safety Measurement, Korea Research Institute of Standards and Science, Yuseong-Gu, Daejeon, Korea, Republic of, 2Department of Materials Science & Engineering, Chungnam National University, Yuseong-Gu, Daejeon, Korea, Republic of 49
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50 2011 IEEEInternational UltrasonicsSymposium 1:00 pm - 4:30 pm Poster --- Thursday, October 20, 2011 Caribbean Ballroom III-V
Session P4Aa. Session P4Ab. Session P4Ac. P4Ad-1 Todoidal transducer with two large P4Ad-9 Temperature measurement using focal zones for increasing the coagulated backscattered ultrasonic power for non- a - Needle Guidance & b - Bone c - Targeted Contrast Agents volume invasive thermometry during HIFU ablation Simulation tools Jeremy Vincenot1, David Melodelima1, Alexandre David Melodelima1, Jeremy Chenot1, Jean-Yves Chair: Mami Matsukawa Chair: Nobuki Kudo Vignot1, Francoise Chavrier1, Jean-Yves Chapelon1 Chapelon1 1 1 Chair: Herve Liebgott Doshisha University Hokkaido University Inserm, U1032, Lyon, F-69003, France ; U1032, INSERM, Lyon, France CREATIS, Lyon Université de Lyon, Lyon, F-69003, France., France, Metropolitan
P4Aa-1 Quantitative analysis of coated P4Ab-1 Assessment of anisotropic elasticity P4Ac-1 A Fast Ultrasound Molecular P4Ad-2 A Unified Approach for Ultrasound- P4Ad-10 Multiple-frequency Phased Array needles for ultrasound guided intervention of small bone samples with resonant Imaging Method monitored Focused Ultrasound Thermal Pattern Synthesis for HIFU Surgery ultrasound spectroscopy: attenuation does Therapy: Combination of Temperature Chris de Korte1, Gert Weijers1, Dennis Vriezema2, Xiaowen Hu1, Lisa Mahakian1, Charles Caskey1, John Ballard1, Dalong Liu1, Andrew Casper2, 1 not prevent the measurements 1 1 2 Estimation and Nakagami-based Necrosis- 2 1 Hendrik Hansen Julie Beegle , Dustin Kruse , Joshua Rychak , Formation Detection Alyona Haritonova , Mohamed Almekkawy , Emad 1Clinical Physics Laboratory, Radboud University Simon Bernard1, Quentin Grimal1, Sylvain Patrick Sutcliffe1, Katherine Ferrara1 Ebbini1 Nijmegen Medical Centre, Netherlands, 2Encapson Haupert1, Pascal Laugier1 1Biomedical Engineering, University of California, Sheng-Min Huang1, Hao-Li Liu2, Meng-Lin Li1 1Department of Electrical Engineering, University B.V., Nijmegen, Netherlands 1Laboratoire d'Imagerie Paramétrique, UPMC- Davis, CA, USA, 2Targeson, Inc, San Diego, CA, 1Dept. of Electrical Engineering, National Tsing of Minnesota, USA, 2Department of Biomedical CNRS, Paris, France USA Hua University, Hsinchu, Taiwan, 2Dept. of Engineering, University of Minnesota, USA Electrical Engineering, Chang-Gung University, Taiwan
P4Aa-2 Signature-Based Algorithm for P4Ab-2 Quantitative Ultrasound P4Ac-2 Targeted Microbubble-mediated P4Ad-3 MR-Guided High Intensity Focused Session P4B. Improved Needle Localization in Ultrasound Noninvasive Investigation of Trabecular Ultrasound Therapy: A Feasibility Study Ultrasound (HIFU) with Spatial and Tranducers for NDE Applications Images: a Feasibility Study Organization and Orientation 1 1 2 Temporal Temperature Control for Reshu Saini , Anna Sorace , Kenneth Hoyt Hyperthermia Mohammad I. Daoud1, Purang Abolmaesumi1, Frederick Serra-Hsu1, Stephanie Wang1, Jiqi 1Biomedical Engineering, University of Alabama at Septimiu E. Salcudean1, Robert N. Rohling1,2 Cheng1, Yi-Xian Qin1 Birmingham, USA, 2Radiology, University of Yu Liu1, Brett Fite2, Dustin Kruse1, Lisa Even1, Chair: Eric Furgason 1Department of Electrical and Computer 1Biomedical Engineering, Stony Brook University, Alabama at Birmingham, USA Erik Dumont3, Charles Caskey1, Kathernine Ferrara1 Purdue University, USA Engineering, University of British Columbia, Stony Brook, New York, USA 1Biomedical Engineering, University of California Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Vancouver, British Columbia, Canada, 2Department at Davis, Davis, CA, USA, 2Biophysics Graduate of Mechanical Engineering, University of British Group, University of California at Davis, Davis, Columbia, Vancouver, British Columbia, Canada CA, USA, 3Image Guided Therapy, France
P4Aa-3 Imaging Small Targets Using the P4Ab-3 Characterization of the fast wave in P4Ac-3 Adhesion of targeted microbubbles P4Ad-4 MR-guided transcranial HIFU P4B-1 Characterization of two-dimensional Time-Reversal with MUSIC Imaging cancellous bone using the Bayesian under pulsatile and steady flow treatments in nine human cadaver heads: hydrophone arrays for instantaneous Algorithm: A Phantom Study probability theory approach accuracy of 3D spatial targeting and local beamwidth measurements of shockwave Charles Sennoga1, John Seddon2, Robert 1 1 1 1 3 4 temperature elevations based on skull lithotripters Yassin Labyed , Lianjie Huang Mami Matsukawa , Katsunori Mizuno , Joseph Eckersley , Meng-Xing Tang attenuation measurements 1Los Alamos National Lab, USA Hoffman2, Amber Nelson2, Mark Holland2, Yoshiki 1Department of Bioengineering, Imperial College Dan Gross1, Erwan Filoux1, Jeffrey A. Ketterling1 Nagatani3, James Miller2 London, United Kingdom, 2Department of Laurent Marsac1,2, Dorian Chauvet3, Mathieu 1Lizzi Center for Biomedical Engineering, Riverside 1Doshisha University, Japan, 2Washington Chemistry, Imperial College London, United Pernot1, Mathias Fink1, Jean Francois Aubry1, Anne Research, New York, NY, USA University in St.Louis, USA, 3Kobe City College of Kingdom, 3Imaging Sciences Department, Imperial Laure Boch3, Mickael Tanter1 Technology, Japan College London, United Kingdom, 4Department of 1Institut Langevin, Paris, France, 2SuperSonic Bioengineering, Imperial College London, London, Imagine, Aix en provence, France, 3Département de London, United Kingdom Neurochirurgie, Hôpital Pitié Salpêtrière, Paris, France
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida
P4Aa-4 Angular spectrum approach for fast P4Ab-4 The two-wave phenomenon in P4Ac-4 A new ultrasound-based approach P4Ad-5 Dual Frequency Imaging and P4B-2 Single-transducer ultrasonic simulation of pulsed non-linear ultrasound cancellous bone with the closed-pores on to visualize target specific polymeric Therapeutic Transducer Using an Acoustic continuous-wave system for transmitting fields the boundaries: An in vitro study contrast agent Band-pass Filter for Application to coded sequences Endoscopic Surgery Yigang Du1,2, Henrik Jensen2, Jørgen Arendt Katsunori Mizuno1, Yoshiki Nagatani2, Keisuke Malin Larsson1, Anna Bjällmark1, Matilda Frank Melandso1, Svein Jacobsen1 Jensen1 Yamashita1, Mami Matsukawa1 Larsson1, Lars-Åke Brodin1, Reidar Winter2, Takashi Azuma1,2, Hajime Kenmotsu3, Makoto 1Dept of Physics and Technology, The University of 1Center for Fast Ultrasound Imaging, Dept. of Elec. 1Doshisha University, Japan, 2Kobe City College of Kenneth Caidahl3 Hashizume3, Shu Takagi1, Yoichiro Matsumoto1 Tromso, Tromso, Norway Eng., Bldg. 349, Technical University of Denmark, Technology, Hyogo, Japan 1School of Technology and Health, Medical 1Faculty of Engineering, The University of Tokyo, 2 2 2 Kgs. Lyngby, Denmark, R&D Applications & Engineering, Huddinge, Sweden, Clinical Japan, Hitachi Central Research Laboratory, Technologies, BK Medical Aps, Herlev, Denmark Physiology, Karolinska University Hospital in Japan, 3Faculty of Medicine, Kyushu University, Huddinge, Sweden, 3Molecular Medicine and Japan
Surgery, Karolinska University Hospital in Solna, October18-21,2011 Sweden
P4Aa-5 Multiphysics modeling in support of P4Ab-5 Guided mode measurement on bone P4Ac-5 The Periodicity between the P4Ad-6 Real-time Monitoring of Thermal and P4B-3 An ultrasonic probe and technique ultrasonic image development: integration phantoms with realistic geometry Aggregated Microbubbles by Secondary Mechanical Tissue Response to Modulated for measuring longitudinal and shear of fluid-structure interaction simulations 1 1 Radiation Force Phased-array HIFU Beams in Vivo properties of viscous liquids and Field II applied to the carotid artery Josquin Foiret , Jean-Gabriel Minonzio , Maryline Talmant1, Pascal Laugier1 Sevan Harput1, Benjamin Raiton1, Paschalis C. Dalong Liu1, John Ballard2, Alyona Haritonova3, Zhen Qu1, Yuu Ono1 Abigail Swillens1, Gianluca De Santis1, Joris 1LIP - UPMC Univ Paris 6 - CNRS UMR 7623, Sofotasios1, James Mclaughlan1, Stephen Evans2, Jeunghwan Choi4, John Bischof4, Emad Ebbini2 1Carleton University, Canada Degroote2, Lasse Lovstakken3, Jan Vierendeels2, Paris, France Steven Freear1 1Electrical and Computer Engineering, University Patrick Segers1 1School of Electronic and Electrical Engineering, of Minnesota, Minneapolis, MN, USA, 2Electrical 1IBiTech-bioMMeda, Ghent University, Ghent, University of Leeds, Leeds, United Kingdom, and Computer Engineering, University of Belgium, 2Department of flow, heat and combustion 2School of Physics and Astronomy, University of Minnesota, USA, 3Biomedical Engineering, mechanics, Ghent University, Belgium, 3Department Leeds, Leeds, United Kingdom University of Minnesota, USA, 4Mechanical
of circulation and medical imaging, NTNU, Norway Engineering, University of Minnesota, USA
P4Aa-6 Frequency Domain Time-Space P4Ab-6 The slow-wave disappearance P4Ac-6 Characterization of Acoustically- P4Ad-7 Multi-parametric analysis of P4B-4 Parameter reproducibility of Decomposition for Efficient Near Field owing to the structure at the interface Vaporized Droplets under Dynamic Flow monitoring High Intensity Focused polypropylene ferroelectret transducers for Pressure Computations between cancellous and cortical bones - A Conditions Ultrasound (HIFU) treatment using air-coupled ultrasonic testing 1,2 2 computational study 1 1 Harmonic Motion Imaging for Focused 1 1 1 Erwin J. Alles , Koen W.A. van Dongen , Robert Tung-Yeh Wu , Shih-Tsung Kang , Chih-Kuang Ultrasound (HMIFU) Mate Gaal , Joachim Doring , Juergen Bartusch , J. McGough1 Yoshiki Nagatani1, Katsunori Mizuno2, Mami Yeh1 Viktor Bovtun2, Gerhard Brekow1, Marc 1Department of Electrical and Computer Matsukawa2 1Department of Biomedical Engineering and Gary Y. Hou1, Fabrice Marquet1, Jianwen Luo1, Kreutzbruck1 Engineering, College of Engineering, Michigan 1Kobe City College of Technology, Japan, Environmental Sciences, National Tsing Hua Elisa E. Konofagou1 1BAM Federal Institute for Material Research and State University, East Lansing, Michigan, USA, 2Doshisha University, Japan University, Hsinchu, Taiwan 1Biomedical Engineering, Columbia University, Testing, Berlin, Germany, 2Department of 2Laboratory of Acoustical Imaging and Sound USA Dielectrics, Institute of Physics ASCR, Prague, Control, Faculty of Applied Sciences, Delft Czech Republic University of Technology, Delft, Zuid-Holland, Netherlands
P4Aa-7 2D matrix array optimization by P4Ab-7 Ultrasound propagation in random Session P4Ad. P4Ad-8 Design of a Focused Ultrasound P4B-5 Homogeneity Evaluation of a simulated annealing for 3D hepatic imaging anisotropic media using numerical d - Therapy: HIFU, Monitoring, Array for the Treatment of Stroke: A Synthetic Silica Glass Ingot by the 1,2 1 2 simulation in 2D: applications to trabecular Simulation Study Ultrasonic Microspectroscopy Technology Bakary Diarra , Hervé Liebgott , Piero Tortoli , bone assessment Control, and Quality Assurance Christian Cachard1 Daniel Pajek1,2, Kullervo Hynynen1,2 Jun-ichi Kushibiki1, Mototaka Arakawa1, Yuji 1CREATIS, Université de Lyon ; CNRS UMR 5220 ; Marie Muller1, Emmanuel Bossy1, Fabien 1Sunnybrook Research Institute, Toronto, ON, Ohashi1, Yuko Maruyama1, Hideharu Horikoshi2, 1 1 2 2 INSERM U1044 ; Université Lyon 1 ; INSA-Lyon, Mézière , Arnaud Derode Chair: Jean-Yves Chapelon Canada, Medical Biophysics, University of Kenji Moriyama Villeurbanne, France, 2MSDLab,Università degli 1Institut Langevin- Université Paris Diderot - Toronto, Toronto, ON, Canada 1Electrical Engineering, Tohoku University, Sendai, INSERM, Lyon 2 Studi di Firenze, Florence, Italy ESPCI - CNRS, Paris, France Japan, Tosoh SGM Corporation, Shunan, Japan 51
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THURSDAY POSTER
52 2011 IEEEInternational UltrasonicsSymposium 1:00 pm - 4:30 pm Poster --- Thursday, October 20, 2011 Caribbean Ballroom III-V
P4B-6 A track-pad device based on P4C-6 Analytical Solutions of Surface P4D-6 Surface Acoustic Waves on Silicon P4E-5 A Novel Method to Fabricate Full- piezoelectric bimorph Acoustic Wave Propagation in Functionally and the Effect of Electric Current Kerfed High-Frequency (>100MHz) 1 2 3 Graded Plates with the Homotopy Analysis 1 2 Ultrasonic Array Transducers Antonio Iula , Giosue Caliano , Nicola Lamberti Method Lingyao Chen , Massood Tabib-Azar 1D.I.F.A., University of Basilicata, Potenza, PZ, 1ECE, UoU, USA, 2ECE, UoU, Salt Lake City, Utah, Jinying Zhang1, Weijiang Xu2, Julien Carlier2, Italy, 2University Roma Tre, Italy, 3University of Liming Gao1, Zheng Zhong2, Ji Wang3 USA Bertrand Nongaillard2, Xinming Ji1, Yiping Huang1 Salerno, Italy 1School of Mech Eng, Shanghai Institute of 1ASIC and System State Key Lab, Department of Technology, Shanghai, China, People's Republic of, Microelectronics, Fudan University, Shanghai, 2School of Aerospace Eng & Applied Mechanics, China, People's Republic of, 2Departement of Opto- Tongji University, Shanghai, China, People's Acousto-Electronics, IEMN, CNRS UMR 8520, Republic of, 3School of Mech Eng & Mechanics, Valenciennes, France Ningbo University, Ningbo, Zhejiang, China, People's Republic of
P4B-7 Study on Rotation Speed Control of P4C-7 Modeling Acoustic Wave Field P4D-7 Effect of Lattice Symmetry on the P4E-6 A Study of 1-3 Pseudo-Random Pillar Coiled Stator Ultrasonic Motor Using Pulse Propagation in 3D Breast Models Formation of Phononic Band Gaps in a Piezocomposites for Ultrasound Width Modulation Silicon Plate with Metallic Stubs Transducers N. Ozmen-Eryilmaz1, L. Demi1, E.J. Alles1, M.D. Tomohiko Omura1, Masayuki Tanabe2, Kan Verweij1, K.W.A. van Dongen1 Reza Pourabolghasem1, Abdelkrim Khelif1,2, Ali Hao-Chung Yang1, Jonathan Cannata1, Jay Okubo1, Norio Tagawa1 1Laboratory of Acoustical Imaging and Sound Asghar Eftekhar1, Saeed Mohammadi1, Ali Adibi1 Williams1, K. Kirk Shung1 1Graduate School of System Design, Tokyo Control, Delft University of Technology, Delft, 1Electrical and Computer Engineering, Georgia 1Biomedical Engineering, University of Southern Metropolitan University, Tokyo, Japan, 2Graduate Netherlands Institute of Technology, Atlanta, GA, USA, 2Institut California, Los Angeles, CA, USA School of Science and Technology, Kumamoto FEMTO-ST, CNRS UMR 6174, Université de University, Kumamoto, Japan Franche-Comté, Besançon Cedex, France
Session P4C. Session P4D. P4D-8 Theoretical Investigation of Cyclic P4E-7 Micromachining Techniques in Mechanically-coupled Contour Mode Filters Developing High Frequency Piezoelectric Wave Propagation III BAW and MEMS Composite Ultrasound Array Transducers Hadi Yagubizade1, Yung-Yu Chen2, Miko C. Elwenspoek1, Niels R. Tas1 Changgeng Liu1, Frank Djuth1, Qifa Zhou2, Kirk Chair: Andreas Mayer Chair: Jan Kuypers 1Transducers Science and Technology Group, Shung2 HS Offenburg, Gengenbach, Germany Sand 9, Inc. MESA+ Institute for Nanotechnology, University of 1Geospace Research, Inc., El Segundo, CA, USA, Twente, Enschede, Netherlands, 2Mechanical 2Biomedical Engineering, University of Southern Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Engineering, Tatung University, Taipei 10452, California, USA Taiwan
P4C-1 Analysis of Frequency Gap of P4D-1 TaOx/SiO2 insulating acoustic mirrors Session P4E. Nanomechanical Antenna Structure for AlN-based X-band BAW resonators Resonator Using Mathieu Equation Transducer Design and Jose Capilla1, Valeriy Felmetsger2, Marta Application Hideaki Itoh1, Hiroshi Tatebe2 Clement3, Jimena Olivares3, Arnaud Devos4, 1Faculty of Engineering, shinshu university, Enrique Iborra3 2 1 Nagano, Nagano, Japan, shinshu university, Japan Grupo de Microsistemas y Materiales Electronicos, Chair: Jean-Francois Saillaint Universidda Politecnica de Madrid, Madrid, Spain, Areva 2Oem Group Inc., USA, 3Universidad Politecnica de Madrid, Spain, 4Département ISEN, France
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida
P4C-2 Self-demodulation effects in P4D-2 Comparison of Different P4E-1 A Piezoelectric Acoustic Pump: nonlinear focused beams Electromagnetic Models of Bulk Acoustic Design, Mechanism and Characterization Wave Resonators and Filters Petr Konicek1, Michal Bednarik1, Milan Cervenka1 Tao Li1, Jan Ma2 1CTU FEE Prague, Czech Republic Nermin Selimovic1, Bernhard Bader2, Jürgen [email protected], Singapore, [email protected], Kiwitt2, Maximilian Pitschi2, Thomas Eibert1 Singapore 1Technische Universität München, Munich, Germany, 2TDK-EPC Corporation, Munich,
Germany October18-21,2011
P4C-3 Wave propagation in elastic P4D-3 On the rule of thumb for flipping of P4E-2 Fabrication and Characterization of waveguides with a finite length crack the dispersion relation in BAW devices Half-Kerfed LiNbO3_based High-Frequency (>100MHz) Ultrasonic Array Transducers Mykhailo Semkiv1 Sumy Jose1, Ray Hueting1, André Jansman2 1The Faculty of Mechanics and Mathematics, Taras 1Semiconductor Components, University of Twente, Jinying Zhang1,2, Weijiang Xu2, Julien Carlier2, Shevchenko National University of Kyiv, Kyiv, Netherlands, 2Research, NXP Semiconductors, Xinming Ji1, Samuel Queste3, Bertrand Ukraine Netherlands Nongaillard2, Yiping Huang1 1ASIC and System State Key Lab, Department of Microelectronics, Fudan University, Shanghai, China, People's Republic of, 2Departement of Opto- Acousto-Electronics, IEMN, CNRS UMR 8520, 3
Valenciennes, France, Institute FEMTO-ST, CNRS UMR 6174, University of Franche-Comte, Besancon, France
P4C-4 Analysis of nonlinear standing waves P4D-4 Growth of AlN oriented films on P4E-3 Electrode design and coupling in two coupled acoustic resonators insulating substrates optimization for Aluminum Nitride Tuning Forks Michal Bednarik1, Milan Cervenka1, Petr Konicek1 Jimena Olivares1, Jose Capilla1, Marta Clement1, 1Czech Technical University in Prague-FEE, Jesús Sangrador1, Enrique Iborra1 Gabriele Vigevani1, Fabian T. Goericke2, Igor Prague, Czech Republic 1Universidad Politécnica de Madrid, Spain Izyumin2, Albert P. Pisano2, Bernhard E. Boser2 1Mechanical Engineering, University of California at Berkeley, Berkeley, CA, USA, 2University of California at Berkeley, USA
P4C-5 Complex Acoustic Doppler Effect in P4D-5 Aluminum Scandium Nitride Thin- P4E-4 Easy Generation of Airborne Double Negative Resonance Metamaterials Film Bulk Acoustic Resonators for wide Ultrasonic Helical Wavefronts. band applications Ivan Lisenkov1, Sergey Nikitov1,2 Joao Ealo1, Jose Carlos Prieto2, Fernando Seco2 1Kotel'nikov Institute for Radioengineering and Johan Bjurstrom1, Milena Moreira1, Ilia Katardjiev1, 1School of Mechanical Engineering, University of Electronics of RAS, Moscow, Russian Federation, Ventsislav Yantchev1 Valle, Cali, Valle del Cauca, Colombia, 2Centro de 2Department of Physical and Quantum Electronics, 1Solid State Electronics, Uppsala University, Automática y Robótica CSIC-UPM, Arganda del Moscow Institute for Physics and Technology (State Sweden Rey, Madrid, Spain University), Moscow, Russian Federation 53
THURSDAY POSTER
FRIDAY ORAL
54 2011 IEEEInternational UltrasonicsSymposium 8:00 am - 9:30 am Oral --- Friday, October 21, 2011
Session 1H. Session 2H. Session 3H. Session 4H. Session 5H. Session 6H. CMUT, 3D and Vascular Elastography Drug Delivery I Laser Ultrasonics Single Crystal SAW Simulation and Intravascular Imaging Piezoelectrics Devices Systems Chair: Stanislav Emelianov Chair: Tom Matula Chair: R. Addison Univ. of Texas at Austin Univ. of Washington Rockwell Science Center, USA Chair: Jian Yuan Chair: Don Malocha Chair: Stuart Foster Philips Ultrasound University of Central Florida Univ. of Toronto
Boca Rooms II-IV Boca Rooms VI-VII Caribbean Ballroom VII Caribbean Ballroom I Caribbean Ballroom II Caribbean Ballroom VI
8:00 am 1H-1 Seventeen years of CMUTS: 2H-1 Strain estimation in the 3H-1 Dual-Frequency 4H-1 Three-dimensional Crack 5H-1 Continuous feed growth 6H-1 Ultra Low-Profile Self- A Platform Technology carotid artery from ultrasonic Ultrasound-Mediated Delivery of Depth Profile Assessment using and characterization of PMN-PT Matched HTCC SAW-Duplexer: 1 wall tracking: a multiphysics Rapamycin from Microbubbles Near-Field Surface Acoustic single crystals Manufacturing and Performance Pierre Khuri-Yakub model study Decreases Drug Dose Needed to Wave Signal Response Challenges 1Stanford University, USA Kazuhiko Echizenya1, Mitsuyoshi 1 Reduce Neointima Formation In 1 1 1 1 Abigail Swillens , Gianluca De Vivo James Blackshire Matsushita Robert D. Koch , Christian Bauer , F. Santis1, Joris Degroote2, Lasse 1AFRL/RXLP, Air Force Research 1Research Laboratories, JFE Maximilian Pitschi1, Juergen E. Lovstakken3, Jan Vierendeels2, Patrick Linsey C. Phillips1, Ali H. Laboratory, Wright-Patterson AFB, MINERAL COMPANY, LTD., Chiba, Kiwitt1, Robert Weigel2 Segers1 Dhanaliwala1, Alexander L. Ohio, USA Japan 1TDK-EPC Corporation, Germany, 1IBiTech-bioMMeda, Ghent Klibanov1,2, Brian R. Wamhoff2,3, John 2University of Erlangen-Nuremberg, University, Ghent, Belgium, A. Hossack1,3 Germany 2Department of flow, heat and 1Dept. of Biomedical Engineering, combustion mechanics, Ghent University of Virginia, USA, 2Dept. of University, Belgium, 3Department of Medicine - Cardiovascular Division, circulation and medical imaging, University of Virginia, USA, NTNU, Norway 3R.M.Berne Cardiovascular Research Center, University of Virginia, USA
8:15 am 2H-2 In vivo noninvasive multi- 3H-2 Potentiating the effects of 4H-2 Material characterization of 6H-2 A Design Technique to angle ultrasound strain imaging docetaxel (Taxotere) with thermally sprayed nickel Enhance Isolation of Duplexer in of carotid arteries ultrasound stimulated aluminum coatings using a laser Single-Ended and Differential microbubbles ultrasound technique Mode Hendrik Hansen1, Gert Jan de Borst2, Tim Idzenga1, Suzanne Holewijn3, David Goertz1,2, Margarita Todorova2, Cheng-Hung Yeh1, Che-Hua Yang1, Jun Tsutsumi1, Shogo Inoue1, Gerard Pasterkamp4, Richard Lopata5, Omid Mortazavi2, Xuan Huo2, Raffi Cherng-Yuh Su1, Wei-Tien Hsiao2 Masafumi Iwaki1, Motoaki Hara1, Chris de Korte1 Karshafian3, Kullervo Hynynen1,2 1Graduate Institute of Manufacyuting Hiroshi Nakamura1, Kazuhiro 1Clinical Physics Laboratory, Department of 1Medical Biophysics, University of Technology, National Taipei Matsumoto1, Masanori Ueda1, Yoshio Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Pediatrics, Radboud University Nijmegen Medical 2 1 Centre, Netherlands, 2Department of Vascular Toronto, Canada, Imaging Research, University of Technology, Taiwan, Satoh 2 1 Surgery, University Medical Centre Utrecht, Sunnybrook Research Institute, Material and Chemical Research TAIYO YUDEN CO.,LTD., Japan Netherlands, 3Department of General Internal Toronto, Canada, 3Ryerson University, Laboratories, Industrial Technology Medicine, Division of Vascular Medicine, Radboud University Nijmegen Medical Centre, Netherlands, Canada Research institute, Taiwan 4Department of Experimental Cardiology, University Medical Centre Utrecht, Netherlands, 5Department of Biomedical Engineering, Eindhoven University of Technology, Netherlands
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida 8:30 am 1H-2 Real-time 3D Catheter 2H-3 Intramural shear strain can 3H-3 Effects of Acoustic 4H-3 Guided waves propagating 5H-2 Shearwave Generation of 6H-3 A Nonlinear Elastic Model Localization System Using highlight the presence of Parameters on in plates with temperature 6MHz 128ch Linear Array using for Predicting Triple Beat in SAW Ultrasound: Recent in Vivo atherosclerosis: a clinical in vivo Sonothrombolysis with Contrast gradients Mn doped PMN-PT Single Duplexers Results Towards Endovascular study Microbubbles Crystal for Elastograhpy Sheng-Po Tseng1, Che-Hua Yang1 Shogo Inoue1, Seiichi Mitobe2, Abdominal Aortic Aneurysm 1 1,2 1,2 1 1 Imaging. 1 1 Repair Guillaume Zahnd , Loïc Boussel , Bénédicte Petit , Emmanuel Gaud , Graduate Institute of Manufacturing Motoaki Hara , Masafumi Iwaki , Jun André Sérusclat2, Didier Vray1 Marcel Arditi1, Feng Yan1, Peter Technology, National Taipei Sungmin Rhim1, Jung Ho1, Tsutsumi1, Hiroshi Nakamura1, Jay Mung1, John Moos2, Fred 1Université de Lyon, CREATIS; CNRS Frinking1, Eric Allémann2, François University of Technology, Taipei, Deokyoung Kim1, Ho-Yong Lee2, Masanori Ueda1, Yoshio Satoh1 Weaver2, Jesse Yen1 UMR 5220; Inserm U1044; INSA- Tranquart1 Taiwan Jeong Seok Kim3 1Microdevice Research & 1Biomedical Engineering, University of Lyon, France, 2Louis Pradel Hospital, 1Bracco Suisse SA, Switzerland, 1HUMANSCAN Co., Ltd., Ansan, Development Department, TAIYO Southern California, Los Angeles, CA, Radiology Department, Lyon, France 2School of Pharmaceutical Sciences, Kyunggi, Korea, Republic of, YUDEN CO., LTD., Akashi, Hyogo, USA, 2CardioVascular Thoracic U. Geneva, U. Lausanne, Switzerland 2Ceracomp Co., Ltd., Cheonan, Japan, 2TAIYO YUDEN Mobile 3 Institute, Keck School of Medicine - Chungnam, Korea, Republic of, R&D Technology Co., Ltd., Yokohama, University of Southern California, Dept., GE Ultrasound Korea, Kanagawa, Japan USA Seongnam, Kyunggi, Korea, Republic
of October18-21,2011
8:45 am 1H-3 A CMUT-based Real-time 2H-4 Feasibility of elastic and 3H-4 Sonoporation-dependent 4H-4 Measuring Crystal 5H-3 Advancements in 6H-4 A New Simulation Model of Volumetric Ultrasound Imaging compositional characterization cytotoxicity with toxins subunit Orientation by Resonant Micromachined PC-MUTs for Nonlinearity for SAW Resonator System with Row-Column of an arterial plaque by dual 1 2 Ultrasound Spectroscopy Medical Devices Filters Addressing mechanical strain and thermal Olivier Couture , Estelle Dransart , Marine Thiebaud2, Ludger Johannes2, Farhad Farzbod1, David Hurley1 Yu Liang1, Kevin Snook1, Bradley Katsuhiro Nako1, Ryo Nakagawa1, 1 1 strain imaging using a single 3 1 1 1 1 Albert Chen , Lawrence Wong , John ultrasound probe Mickael Tanter Idaho National Laboratory, USA Dunkin , Raffi Sahul , Wesley Takanao Suzuki , Kazuhiro Yeow2, Andrew Logan2 1CNRS / ESPCI, France, 2Institut Hackenberger1 Takigawa1, Hiroshi Shimizu1, Haruki 1Systems Design Engineering, Debaditya Dutta1, Kang Kim1,2 Curie, France, 3INSERM, France 1TRS Technologies, State College, PA, Kyouya1 University of Waterloo, Waterloo, 1Center for Ultrasound Molecular USA 1New Technology & Products Ontario, Canada, 2University of Imaging and Therapeutics, University Development Group, Murata Waterloo, Canada of Pittsburgh and University of Manufacturing Company,Ltd., Yasu- Pittsburgh Medical Center, USA, shi, Shiga, Japan 2Department of Bioengineering, University of Pittsburgh, USA
9:00 am 1H-4 Real-time 3D Imaging with a 2H-5 Shear Wave Induced 3H-5 Investigating the 4H-5 Laser ultrasound technique 5H-4 Piezoelectric Crystal 6H-5 Nonlinear lumped electrical 7.5 MHz Dual-layer Array Resonance Elastography for Interaction Between Acoustically for ray tracing investigation of Composite for Low and High model for Contour Mode AlN Transducer – Data Acquisition Ultrasound Imaging and Activated Microbubbles and Lamb wave tomography Frequency Ultrasound Resonators and Signal Processing Mechanical Characterization of Fibrin Clots 1 1 Application 1 Venous Thrombi Chia Han Wu , Che Hua Yang Jeronimo Segovia Fernandez , Man Nguyen1, Yuling Chen1, Jesse Christopher Acconcia1,2, Kullervo 1Graduate Institute of Manufacturing Jian Tian1, Kevin Meneou1, Brandon Augusto Tazzoli1, Gianluca Piazza1 Yen1 Guy Cloutier1, Cédric Schmitt1, Anis Hynynen1,2, David Goertz1,2 Technology, National Taipei Stone1, Pengdi Han1 1University of Pennsylvania, USA 1Biomedical Engineering, University of Hadj Henni1, Shijie Qi2 1Medical Biophysics, University of University of Technology, Taipei, 1H. C. Materials Corporation, Southern California, Los Angeles, CA, 1Laboratory of Biorheology and Toronto, Toronto, Ontario, Canada, Taiwan Bolingbrook, Illinois, USA USA Medical Ultrasonics, University of 2Sunnybrook Health Sciences Centre, Montreal Hospital Research Center, Toronto, Ontario, Canada Montreal, Quebec, Canada, 2Laboratory of Experimental Microsurgery, University of Montreal Hospital Research Center, Montreal, Quebec, Canada
9:15 am 1H-5 Development of a high- 2H-6 Pulse wave imaging of 3H-6 Evaluation of doxorubicin- 4H-6 Multi-channel random- 5H-5 Characterisation of PMN- 6H-6 Simulation of complex 2D definition intravascular arteries of healthy subjects and containing microbubbles for quarature receiver for industrial 29%PT as a Function of transducer structures using ultrasound imaging system and patients with hypertension and ultrasound-triggered delivery laser-ultrasonics Temperature and Pressure finite element analysis combined catheter abdominal aortic aneurysms with a canonical Green's Jean-Michel Escoffre1, Bart Geers2, bruno pouet1, alexis wartelle1, Muhammad Sadiq1, Zhen Qiu1, 1 1 1 1 2 1 1 1 1 function based boundary Kendall Waters , Rick Bautista , Jianwen Luo , Ronny Li , Sandhya Ine Lentacker , Ayache Bouakaz sebastien breugnot Christine Demore , Zhihong Huang , element method Robert Zelenka1, Donald Masters1, Balaram2, Farooq Chaudhry3, John 1Inserm U930, CNRS ERL 3106, 1bossa nova technologies, USA Sandy Cochran1 Steve Reynolds1, Steve Nelson1, Duc Lantis2, Elisa Konofagou1,4 université François Rabelais de Tours, 1University of Dundee, United Thierry Laroche1, Markus Mayer2, Lam1, Ron Neville1, Thomas Moore1 1Department of Biomedical France, 2Laboratory of General Kingdom Xavier Perois3, William Daniau1, 1Silicon Valley Medical Instruments, Engineering, Columbia University, Biochemistry and Physical Pharmacy, Julien Garcia1, Sylvain Ballandras1, Inc., Fremont, CA, USA New York, NY, USA, 2Department of Ghent University, Belgium Karl Wagner2 Surgery, St. Luke's-Roosevelt Hospital 1Time & Frequency, FEMTO-ST, Center, New York, NY, USA, UMR CNRS 6174, France, 2EPCOS 3Department of Medicine, St. Luke's- AG, TDK-EPC Corporation, Germany, Roosevelt Hospital Center, New York, 3EPCOS AG, TDK-EPC Corporation, NY, USA, 4Department of Radiology, France Columbia University, New York, NY, 55
USA
FRIDAY ORAL
FRIDAY ORAL
56 2011 IEEEInternational UltrasonicsSymposium 10:30 am - 12:00 pm Oral --- Friday, October 21, 2011
Session 1I. Session 2I. Session 3I. Session 4I. Session 5I. Session 6I. Image Processing Histotripsy and General Drug Delivery II Applications and Application of Materials MEMS Therapy Measurements of Chair: Olivier Basset Chair: Ayache Bouakaz Ultrasonic Energy Chair: Steven Freear Chair: Sunil Bhave CREATIS, Lyon Chair: Georg Schmitz INSERM, Tours University of Leeds Cornell University Ruhr-Universität Bochum Chair: Kentaro Nakamora Tokyo Institute of Technology, Japan
Boca Rooms II-IV Boca Rooms VI-VII Caribbean Ballroom VII Caribbean Ballroom I Caribbean Ballroom II Caribbean Ballroom VI
10:30 am 1I-1 Ultrasound image 2I-1 A Dose-efficient Treatment 3I-1 Optical Characterization of 4I-1 Ultrasonic welding using 5I-1 Synthesis and 6I-1 Temperature compensation segmentation Strategy for Histotripsy By Individual Liposome Loaded complex vibration and high Characterization of PZT Single of silicon MEMS resonators by Removing Cavitation Memory Microbubbles frequency vibration - Various Crystals heavy p and n type doping vibration sources and frequency Tzu-Yin Wang1, Zhen Xu1, Timothy Ying Luan1, Telli Faez1, Erik Zuo-Guang Ye1, Yujuan Xie1, Alexei Tuomas Pensala1, Antti Jaakkola1, characteristics of ultrasonic Hall1, Brian Fowlkes1,2, Charles Cain1 Gelderblom2, Ilya Skachkov1, Bart Bokov1, Xifa Long1 Mika Prunnila1, James Dekker1 welding - 1Biomedical Engineering Department, Geers3, Ine Lentacker3, Antonius van 1Simon Fraser University, Burnaby, 1VTT Technical Research Centre of University of Michigan, USA, der Steen1, Michel Versluis2, Nico de Jiromaru Tsujino1,2 BC, Canada Finland, Finland 2Radiology Department, University of Jong1,2 1Kanagawa University, Yokohama, Michigan, USA 1Erasmus Medical Center, Kanagawa, Japan, 2Asahi EMS Co Netherlands, 2University of Twente, Ltd, Yokohama, Kanagawa, Japan Netherlands, 3University of Gent, Belgium
10:45 am 2I-2 Non-invasive Fetal Therapy 3I-2 Ultrasound and Microbubble 5I-2 1-3 Microfabricated 6I-2 Lithium-Niobate-Based Using Histotripsy: Safety and Mediated Doxil Delivery in a Composite Acoustic Matching Surface Acoustic Wave Device Local Impact on Fetal Murine Breast Cancer Model: Layers for High Frequency Directly Integrated on LSI Development Therapeutic Efficacy Transducers KyeongDong Park1, Masayoshi Dependence on Tumor Growth Yohan Kim1, Carlen Fifer2, Sarah Tung Manh1, Geir Uri Jensen2, Tonni Esashi2, Shuji Tanaka1 Rate Gelehrter2, Gabe Owens2, Eli Franke Johansen3, Lars Hoff1 1Department of Nanomechanics, Vlaisavljevich1, Charles Cain1, Zhen Ralf Seip1, Evgeniy Leyvi1, 1Department of Micro and Nano Tohoku University, Sendai, Japan, 1 1 1 2
Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Xu Balasundar Raju , William Shi , Technology, Vestfold University WPI Advanced Institute for Materials 1Department of Biomedical Marcel Bohmer2, Ceciel Chlon2, College, Borre, Norway, 2Department Research, Tohoku University, Sendai, Engineering, University of Michigan, Charles Sio2, Kristin Patterson3, Terri of Microsystems and Nanotechnology, Japan Ann Arbor, MI, USA, 2Department of Swanson3 SINTEF ICT, Oslo, Norway, Pediatrics, Division of Pediatric 1Philips Research, NA, USA, 2Philips 3Department of Circulation and Cardiology, University of Michigan, Research Europe, Netherlands, 3Pfizer Medical Imaging, Norwegian Ann Arbor, MI, USA Global Research and Development, University of Science and Technology, USA Trondheim, Norway
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida 11:00 am 1I-2 Fast 3D Echocardiographic 2I-3 The Effect of Acoustic 3I-3 Mechanism Monitoring of 4I-2 Optimization of Friction Stir 5I-3 Tapered Impedance 6I-3 Thin Film Transfer Segmentation using B-Spline Parameters on a Non-invasive Noninvasive Cavitation-Guided Welding Parameter for AA 5083 Matching Section Using PDMS Technology for Tunable SAW Explicit Active Surfaces: A Embolus Trap (NET) Using a Blood-Brain Barrier Opening By Radiography and Ultrasonic Moulding Filter Using Integrated validation study in a clinical Histotripsy-Generated Bubble Using Focused Ultrasound and Technique Ferroelectric Varactors Dawei Wu1, Alan Wright1, Paul setting Cloud Microbubbles in Non-Human 1 1 1 1 Primates Vidya Joshi , Krishnan Harris Hideki Hirano , Toshiyuki Kikuta , Daniel Barbosa1,2, Olivier Bernard2, Simone Park1, Adam Maxwell1, Gabe Balasubramaniam1, Raghu V. Prakash1 1Medical Device Technology, Masayoshi Esashi1, Shuji Tanaka1 Denis Friboulet2, Thomas Dietenbeck2, Owens2, Hitinder Gurm3, Charles Yao-Sheng Tung1, Fabrice Marquet1, 1Department of Mechanical Industrial Research Limited, Lower 1Tohoku University, Sendai, Japan Piet Claus1, Helene Houle3, Jan Cain1, Zhen Xu1 Tobias Teichert2, Vincent Ferrera2, Engineering, Indian Institute of Hutt, Wellington, New Zealand D'hooge1 1Department of Biomedical Elisa Konofagou1,3 Technology madras, Chennai, 1Lab on Cardiovascular Imaging & Engineering, University of Michigan, 1Biomedical Engineering, Columbia Tamilnadu, India Dynamics, Dept. of Cardiovascular Ann Arbor, MI, USA, 2Department of University, USA, 2Neuroscience,
Diseases, Katholieke Universiteit Pediatric Cardiology, University of Columbia University, USA, Leuven, Leuven, Belgium, 2CREATIS, Michigan, Ann Arbor, MI, USA, 3Radiology, Columbia University, USA INSA Lyon, France, 3Siemens Medical 3Department of Internal Medicine,
Solutions, USA University of Michigan, Ann Arbor, October18-21,2011 MI, USA
11:15 am 1I-3 Fine Resolution 3D 2I-4 Spatiotemporal 3I-4 Effect of Microbubble Shell 4I-3 High Temperature Ultrasonic 5I-4 Collinear Composite 6I-4 Hollow Stems for Higher Displacement Measurements of Electrophysiological Changes Components on Ultrasound and Transducers for In Service Materials for Impedance UHF Micromechanical Disk Mouse Left Ventricle Using during HIFU Ablation in Microbubble mediated Gene Inspection of Liquid Metal Fast Matching Resonator Quality Factor Orthogonal Sets of 2D B-Mode Langendorff-perfused Rabbit Transfection in vivo Reactors 1 1 1 1 Ultrasound Images Hearts Paul Harris , Dawei Wu , Matthew Lingqi Wu , Mehmet Akgul , Zeying Richard J. Browning1, Helen Jeffrey Griffin1, Gerald Posakony2, Thomson1, Russell Petherick1, Frederic Ren1, Yang Lin1, Wei-Chang Li1, Dan Lin1, Yaqin Xu1, Brent A. Ziqi Wu1, Cheri X. Deng1, Ronald E. Mulvana1, Mengxing Tang2, Jo V. Robert Harris2, David Baldwin2, Lecarpentier1, Harry Chen1 Tristan Rocheleau1, Clark T.-C. French1, John A. Hossack1 Kumon1, Yi-sing Hsiao1 Hajnal1, Dominic J. Wells3, Robert J. Leonard Bond2 1Industrial Research Ltd, New Zealand Nguyen1 1Biomedical Engineering, University of 1Biomedical Engineering, University Eckersley1 1Applied Physics, Pacific Northwest 1Department of Electrical Engineering Virginia, USA of Michigan, Ann Arbor, MI, USA 1Imaging Sciences Department, National Laboratory, Richland, and Computer Sciences, University of Imperial College London, London, Washington, USA, 2Pacific Northwest California at Berkeley, Berkeley, CA, United Kingdom, 2Department of National Laboratory, USA USA Bioengineering, Imperial College London, London, United Kingdom, 3 Department of Veterinary Basic Sciences, Royal Veterinary College, London, United Kingdom
11:30 am 1I-4 Three-dimensional 2I-5 The feasibility of using 3I-5 Monitoring of Microbubble- 4I-4 Coupling between flexural 5I-5 An All-optical Thin-film 6I-5 A Robust Doppler Ultrasonic myocardial strain estimation thermal strain imaging to mediated Ultrasound Therapy and Stoneley modes in High-frequency Ultrasound 3D-imaging System with MEMS from volumetric ultrasound: regulate energy delivery during using Fluorescent Imaging: A cylindrical three-layered media Transducer Microphone Array and experimental validation in an intercardiac radiofrequency Feasibility Study 1 1 1 1 Configurable Processor animal model ablation Hanyin Cui , Jon Trevelyan , Sherri Clay Sheaff , Shai Ashkenazi Anna Sorace1, Reshu Saini1, Eben Johnstone1, Stuart Millman2 1Biomedical Engineering, University Yasushige Maeda1, Masanori Brecht Heyde1, Ruta Jasaityte1, Stefaan Chi Hyung Seo1,2, Douglas Stephens3, Rosenthal2, Kenneth Hoyt3 1School of engineering and computing of Minnesota-Twin Cities, Sugimoto2, Hiromichi Hashizume3 Bouchez2, Michael Vandenheuvel2, Dirk Jonathan Cannata4, Aaron Dentinger5, 1Biomedical Engineering, University sciences, Durham University, Durham, Minneapolis, MN, USA 1Department of Informatics, The 3 1 2 Loeckx , Piet Claus , Patrick Wouters , Feng Lin5, Suhyun Park5, Douglas of Alabama at Birmingham, United Kingdom, 2Research Graduate University for Advanced Jan D'hooge1,4 5 5 6 2 2 1 Wildes , Kai Thomenius , Peter Chen , Birmingham, AL, USA, Surgery, Development & Technology, Tata Studies, Japan, School of Cardiovascular Imaging and Dynamics, Tho Nguyen6, Alan Delarama6, Jong University of Alabama at Birmingham, steel, Middlesbrough, United Kingdom Engineering, University of Tokyo, Catholic University of Leuven, Leuven, 7 8 3 3 Belgium, 2Department of Anesthesiology, Seob Jeong , Aman Mahajan , Birmingham, AL, USA, Radiology, Japan, Information Systems Ghent University, Ghent, Belgium, 3Medical Kalyanam Shivkumar8, Omer University of Alabama at Birmingham, Architecture Science Research Image Computing, Catholic University of Oralkan9, Amin Nikoozadeh9, David Birmingham, AL, USA Division, National Institute of 4 Leuven, Leuven, Belgium, Medical Imaging Sahn10, Pierre Khuri-Yakub9, Matthew Informatics, Japan Lab, Norwegian Institute for Science & O'Donnell2 Technology, Trondheim, Norway 1Siemens Healthcare, USA, 2University of Washington, USA, 3University of 4 11:45 am 1I-5 Methodology to register 2I-6 Acoustic Radiation Force for 3I-6 Imaging Tumor Vascularity 4I-5 Macro energy harvester 5I-6 Effect of the 6I-6 Novel Template-Free prostate B-mode and ARFI Vascular Stem Cell Therapy: an by Tracing Single Microbubbles based on Aluminium Nitride thin crystallographic orientation of Microfluidic Synthesis and images to MR and histology data in Vitro Validation films Pb(Zr,Ti)O films on the d Encapsulation Technique for Monica Siepmann1, Jessica Bzyl2, 3 31 1 2 1 1 2 2 1 transverse piezoelectric Layer-by-Layer Polymer Christina Hsu , Matthew Davenport , Mehmet Kaya , Catalin Toma , Moritz Palmowski , Fabian Kiessling , Thibault Ricart , Pierre Patrick coefficient Nanocapsule Assembly Rajan Gupta2, Thomas Polascik3, John Michelle Grata1, Huili Fu1, Flordeliza Georg Schmitz1 Lassagne1, Sebastien Boisseau1, Madden4, Mark Palmeri5, Kathy S. Villanueva1, Xucai Chen1 1Medical Engineering, Ruhr- Ghislain Despesse1, Emmanuel Matthieu Cueff1, Marjolaine Allain1, Aisha Qi1, Jenny Ho2, Peggy Chan3, Nightingale5 1Center for Ultrasound Molecular University, Bochum, NRW, Germany, Defay1, Christophe Billard1 Julie Abergel1, Gwenael Le Rhun1, Leslie Yeo2, James Friend4 1Biomedical Engineering, Duke Imaging and Therapeutics, 2Experimental Molecular Imaging, 1CEA/Leti, France Emmanuel Defay1, Marc Aid1 1MicroNanophysics Research University, Durham, NC, USA, Cardiovascular Institute, University of RWTH Aachen, Aachen, NRW, 1CEA-Leti, Minatec Campus, Laboratory, Monash University, 2Department of Radiology, Duke 2 3 Pittsburgh Medical Center, Pittsburgh, Germany Grenoble, France Australia, MicroNanophysics University Medical Center, USA, Division PA, USA Research Laboratory, Monash of Urology, Department of Surgery, Duke University, Clayton, Victoria, University Medical Center, USA, 3 4 Australia, Chemical Engineering, Department of Pathology, Duke Monash University, Clayton, Victoria, University Medical Center, USA, 4 5Biomedical Engineering, Duke Australia, Mechanical Engineering, University, USA Monash University, Clayton, VIC, 57
Australia
FRIDAY ORAL
FRIDAY ORAL
58 2011 IEEEInternational UltrasonicsSymposium 2:00 pm - 3:30 pm Oral --- Friday, October 21, 2011
Session 1J. Session 2J. Session 3J. Session 4J. Session 5J. Session 6J. Beam Forming Ultrasound Therapy of Cardiovascular Tissue High Resolution Acoustic Wave Harsh Environment (5C) the Brain Characterization Acoustic Imaging Propagation I Chair: John Hossack Chair: Mauricio Pereira Da Univ. of Virginia Chair: Greg Clement Chair: James Miler Chair: Roman Maev Chair: Mihir Patel Cunha Harvard Medical School Washingon University University of Windsor, Canada Schlumberger-Doll Research University of Maine
Boca Rooms II-IV Boca Rooms VI-VII Caribbean Ballroom VII Caribbean Ballroom I Caribbean Ballroom II Caribbean Ballroom VI
2:00 pm 1J-1 Shear Wave Induced Phase 2J-1 Optimization of the 3J-1 IVUS Is Still Alive - Multi 4J-1 Implementation of an 5J-1 Guided Acoustic Waves 6J-1 Iridium interdigital Encoding Imaging with Ultrasound-Induced Blood-Brain Parameter Analysis for Tissue ultrasound biomicrscopy system Propagating at Surfaces, transducers for ultra-high- Enhanced Resolution Barrier Openings Characterization of Coronary by rotational scanning of a high- Interfaces or Edges temperature SAW devices Atherosclerosis and frequency angled needle Stephen McAleavey1, Vaibhav Elisa Konofagou1 Andreas Mayer1 Thierry Aubert1,2, Jochen Bardong1, 1 1 Interpretation from Acoustic transducer 1 2 1 Kakkad Columbia University, USA Microscopy Observation HS Offenburg, Gengenbach, Germany Omar Elmazria , Gudrun Bruckner , 1Biomedical Engineering, University of Tae-Hoon Bok1, Juho Kim1, Dong- Badreddine Assouar3 Rochester, Rochester, NY, USA Yoshifumi Saijo1 Guk Paeng1, Jinho Bae1, Chong Hyun 1Carinthian Tech Research, Villach/St. 1Graduate School of Biomedical Lee1 Magdalen, Austria, 2Institut Jean Engineering, Tohoku University, 1Ocean System Engineering, Jeju Lamour, Vandoeuvre-lès-Nancy, Japan National University, Jeju, Jeju, Korea, France, 3Georgia Institute of Republic of Technology, International Joint laboratory (UMI 2958), CNRS - GIT, Atlanta, GA, USA
2:15 pm 1J-2 Physical Principles for 3J-2 Ultrasonic assessment of 4J-2 Adaptive Array Processing 6J-2 SAW Parameters for Clutter Reduction in Ultrasonic disease using a quantitative for Ultrasonic Non-Destructive Langasite at High Temperatures Imaging via Wavefront analysis of microvessel Evaluation 1 1 Coherence morphology Elena Mayer , David Eisele , Minghui Li1, Gordon Hayward1 Leonhard M. Reindl1, Victor P. Jeremy Dahl1, Gregg Trahey1,2 Ryan Gessner1, Stephen Aylward2, 1Centre for Ultrasonic Engineering, Plessky2, Gudrun Bruckner3, Jochen 1Biomedical Engineering, Duke Elizabeth Bullitt3, Paul Dayton1 Department of Electronic and Bardong3, Thierry Aubert3 University, Durham, NC, USA, 1Biomedical Engineering, UNC/NCSU, Electrical Engineering, University of 1IMTEK, University of Freiburg, 2Radiology, Duke University Medical Chapel Hill, NC, USA, 2Medical Strathclyde, Glasgow, United Kingdom Freiburg, Germany, 2GVR Trade SA, Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Center, Durham, NC, USA imaging, Kitware, Carrboro, NC, USA, Bevaix, Switzerland, 3Carinthian Tech 3Surgery, UNC, Chapel Hill, NC, USA Research (CTR), Villach, Austria
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida 2:30 pm 1J-3 Transducers with non- 2J-2 Focused ultrasound with 3J-3 Feasibility of 4J-3 Acoustic Tomography: 5J-2 Experimental Results on the 6J-3 Impact of High-Temperature rectangular elements submicron bubbles producing Echocardiographic-based Promise versus Reality Pressure Dependence of the Dielectric and Piezoelectric inertial cavitation suppression in Assessment of Myocardial Fiber Minnaert Resonance Frequency Behavior on LGT Acoustic Wave Svetoslav Ivanov Nikolov1, Henrik Neb Duric1 2 3 blood-brain barrier opening Structure in Individual Hearts 1 1 Properties up to 900°C Jensen , Terry Kling application Karmanos Cancer Institute, Wayne Bernt Inge Hansen , Jarle André 1RD Applications and Technology, BK Michelle Milne1, Gautam Singh1, State University, Detroit, MI, USA Johansen1 Peter Davulis1, Mauricio Pereira da Medical Aps, Herlev, Sjæeland, Ching-Hsiang Fan1, Hao-Li Liu2, James Miller1, Mark Holland1 1Department of Engineering and Cunha1 Denmark, 2RD Applications and Tzu-Chen Yen3, Chih-Kuang Yeh1 1Washington University, USA Safety, University of Tromsoe, 1Electrical and Computer Engineering Technology, BK Medical Aps, 1Department of Biomedical Tromsoe, Troms, Norway Dept., University of Maine, Orono, Denmark, 3Sound Technology Inc., Engineering and Environmental ME, USA USA Sciences, National Tsing Hua University, Taiwan, 2Department of
Electrical Engineering, Chang-Gung University, Taiwan, 3Molecular Imaging Center, Chang-Gung
Memorial Hospital, Taiwan October18-21,2011
2:45 pm 1J-4 Resolution, apodization, 2J-3 Initial In Vivo Feasibility of a 3J-4 An effective medium model 5J-3 Wave Propagation in a 6J-4 Intrinsic Characteristics of and noise considerations in Simple, Pre-Clinical Focused for ultrasound blood Microporous Structure for Thermally Stable AlN Lamb short-lag spatial coherence Ultrasound System Applied to characterization Angled Excitation Wave Resonators at High (SLSC) images compared to B- Blood-Brain Barrier Opening 1 1 1 Temperature mode images Emilie Franceschini , Bloen Andrew Dawson , Roger Young , Fabrice Marquet1, Yao-Sheng Tung1, Metzger2, Guy Cloutier3 Paul Harris1 Chih-Ming Lin1, Ting-Ta Yen1, Muyinatu Lediju1, Jeremy Dahl1, Tobias Teichert2, Vincent Ferrera2, 1Laboratoire de Mécanique et 1Industrial Research Ltd, Lower Hutt, Valery Felmetsger2, Jan Kuypers1, Gregg Trahey1 Elisa Konofagou1,3 d'Acoustique LMA - CNRS UPR 7051, New Zealand Albert Pisano1 1Duke University, Durham, NC, USA 1Biomedical Engineering, Columbia Marseille, France, 2Institut 1Mechanical Engineering, University University, USA, 2Neuroscience, Universitaire des Systèmes Thermiques of California at Berkeley, USA, 2OEM Columbia University, USA, Industriels IUSTI - CNRS UMR 6595, Group Incorporated, USA 3Radiology, Columbia University, USA Marseille, France, 3Laboratory of Biorheology and Medical Ultrasonics, University of Montreal Hospital
Research Centre, Montreal, Quebec, Canada
3:00 pm 1J-5 Adaptive Spatial 2J-4 MR-guided adaptive 3J-5 Experimental validation of 4J-4 Autofocus Imaging in an 5J-4 High-Frequency Wave 6J-5 Is AlN/Sapphire bilayer Compounding for Needle focusing of transcranial HIFU the structure factor model on Anisotropic Austenitic Weld Propagation in Piezoelectric structure an alternative to Visualization beams: a human cadaver study tissue-mimicking phantoms 1 1 Semiconductor Plate Under langasite for ultra-high- jie zhang , Bruce Drinkwater , Paul Biasing Electric Field temperature SAW applications ? Bo Zhuang1, Kris Dickie1, Laurent Laurent Marsac1,2, Dorian Chauvet3, Nesmah Awad1, Emilie Franceschini1 Wilcox1, Alan Hunter2 Pelissier1 Benoit Larrat1, Mathieu Pernot1, 1Laboratoire de Mécanique et 1Mechanical Engineering, University bernard collet1 Thierry Aubert1,2, Jochen Bardong1, 1Ultrasonix Medical Corp., Canada Benjamin Robert2, Mathias Fink1, Jean d'Acoustique LMA - CNRS UPR 7051, of Bristol, Bristol, Avon, United 1Institut Jean le Rond d'Alembert, Badreddine Assouar3, Gudrun Francois Aubry1, Anne Laure Boch3, Marseille, France Kingdom, 2TNO, Netherlands CNRS,UMR 9170, Case 162, Bruckner1, Omar Elmazria2 Mickael Tanter1 Université Pierre et Marie Curie, 1Carinthian Tech Research, Villach/St. 1Institut Langevin, Paris, France, Paris, Ile de france, France Magdalen, Austria, 2Institut Jean 2SuperSonic Imagine, Aix en provence, Lamour, Vandoeuvre-lès-Nancy, France, 3Département de France, 3Georgia Institute of Neurochirurgie, Hôpital Pitié Technology, International Joint Salpêtrière, Paris, France laboratory (UMI 2958), CNRS - GIT, Atlanta, GA, USA
3:15 pm 1J-6 Separable 2D Direct- 2J-5 Stationary Waves Arising 3J-6 Experimental study of 4J-5 Ultrasonic Imaging of 5J-5 Estimation of Rock 6J-6 Effect of anisotropy on Sampled In-phase Quadrature from Ultrasound Therapy of the active control of microbubbles in Pitting using Multilayer Anisotropic Constants using SAW behavior in LGS orientation Beamforming for Greatly Brain: Experimental blood flow by forming their Synthetic Aperture Focusing Sonic Data from Deviated with Euler angles (0&[deg], Increased Computational Measurements, Numerical aggregations Wellbores 22&[deg], 90&[deg]) Martin Skjelvareid1,2, Tomas Efficiency Computations and Safety 1 1 3 1 1 1 Considerations Kohji Masuda , Ren Koda , Olofsson , Yngve Birkelund Bikash Sinha Natalya Naumenko Kevin Owen1,2, Michael I. Fuller2, Nobuyuki Watarai1, Takumi Ito1, 1Department of Physics and 1Schlumberger-Doll Research, 1Moscow Technical University of John A. Hossack1 Gianmarco Pinton1, Emilie Beaulieu- Nobuhiko Shigehara1, Takashi Technology, University of Tromsoe, Cambridge, MA, USA Communication & Information 1BME, University of Virginia, Ouellet1, Stephen Meairs2, Jean- Kakimoto2, Yoshitaka Miyamoto2, Tromsoe, Norway, 2Breivoll Inspection Science, Moscow, Russian Federation Charlottesville, VA, USA, Francois Aubry1, Mickael Tanter1 Shin Enosawa2, Toshio Chiba2 Technologies, Tromsoe, Norway, 2Pocketsonics Inc, Charlottesville, VA, 1Institut Langevin, ESPCI, Paris, 1Tokyo Univ of A&T, Japan, 2National 3Department of Engineering Sciences, USA France, 2Department of Neurology, Center for Child Health and Uppsala University, Sweden Universitätsklinikum Mannheim, Development, Japan University of Heidelberg, Mannheim, Germany 59
FRIDAY ORAL
FRIDAY ORAL
60 2011 IEEEInternational UltrasonicsSymposium 4:30 pm - 6:00 pm Oral --- Friday, October 21, 2011
Session 1K. Session 2K. Session 3K. Session 4K. Session 5K. Session 6K. Abdominal Elastography Vascular Imaging Functional Imaging & NDE Methods and Acoustic Wave Medical Therapy Image Quality Analysis Propagation II Devices Chair: Timothy Hall Chair: Anne Hall Univ. of Wisconsin-Madison GE medical systems Chair: Mickael Tanter Chair: David Greve Chair: Ji Wang Chair: Sandy Cochran INSERM, Paris Carnegie Mellon University, Ningbo University University of Dundee USA
Boca Rooms II-IV Boca Rooms VI-VII Caribbean Ballroom VII Caribbean Ballroom I Caribbean Ballroom II Caribbean Ballroom VI
4:30 pm 1K-1 Comparison between 2K-1 Intravascular Ultrasound 3K-1 Spatiotemporal dynamics 4K-1 Dependency of Signal to 5K-1 Non-invasive measurement 6K-1 Triple Function Imaging, Acoustic Radiation Force Chirp Imaging of atherosclerotic of epileptic seizures followed by Noise Ratio on Transducer of sound velocity profiles Radiation Force, and Impulse (ARFI)-based hepatic plaque pathology and ultrasensitive functional Diameter and Buffer Diameter in 1 1 Therapeutic IVUS for stiffness quantification in neovascularization ultrasound imaging Guided wave Time Domain Elfgard Kühnicke , Michael Lenz , Microbubble Based Drug Martin Bock1 constrained and unconstrained 1 1 1 1 Reflectometry 1 Delivery pressurized canine livers David Maresca , Krista Jansen , Emilie Mace , Gabriel Montaldo , Fakultät Elektrotechnik, Institut für Guillaume Renaud1, Wijnand den Ivan Cohen2, Michel Baulac2, Mathias Håkon Viumdal1,2, Kuo-Ting Wu3, Festkörperelektronik, Technische Joseph P. Kilroy1, John A. Hossack1 Veronica Rotemberg1, Mark Dekker2, Gijs van Soest1, Xiang Li3, Fink1, Mickael Tanter1 Saba Mylvaganam1 Universität Dresden, Dresden, 1Biomedical Engineering, University Palmeri1,2, Kathryn Nightingale1 Qifa Zhou3, Jonathan Cannata3, 1Institut Langevin, ESPCI ParisTech, 1Telemark University College, Germany of Virginia, Charlottesville, VA, USA 1Biomedical Engineering, Duke Antonius F.W. van der Steen1,4 CNRS UMR7587, Inserm U979, Paris, Porsgrunn, Norway, 2Tel-Tek, University, USA, 2Anesthesiology, 1Biomedical Engineering, Thorax Centre, France, 2Institut du Cerveau et de la Porsgrunn, Norway, 3Industrial Duke University Medical Center, USA Erasmus MC, Rotterdam, Netherlands, Moelle épinière, Inserm UMRS 975, Materials Institute, National Research 2Experimental Cardiology, Erasmus MC, Rotterdam, Netherlands, 3Resource Center for CNRS UMR7225, CHU Pitié Council, Montreal, Canada Medical Ultrasonic Transducer Technology, Salpêtrière, Paris, France University of Southern California, Los Angeles, USA, 4Interuniversity Cardiology Institute of the Netherlands, Netherlands
4:45 pm 1K-2 Supersonic shear imaging 2K-2 A Hybrid Intravascular 3K-2 In-vivo pulsed magneto- 4K-2 Ultrasonic Characterization 5K-2 Modeling Nonlinear 6K-2 Tissue Ablation Using of elastography in obstetrics: Ultrasound and Optical motive ultrasound imaging of of Polymer Infiltration into Foam Pressure Fields in Multi-frequency Focused quantification of cervix elasticity Coherence Tomography tumor bearing small animals Materials Inhomogeneous Attenuative Ultrasound and uterine contraction. Catheter for the Imaging of 1 1 2 Media Using a Lossy Green’s 1 2 Coronary Artery Disease Mohammad Mehrmohammadi , James Blackshire , Ray Ko , Ming- Function and a Contrast Source Sijia Guo , Xiaoning Jiang Jean-Luc Gennisson1, Marie Muller1, Seungsoo Kim1, Min Qu1, Ryan Yung Chen3 1Mechanical and Aerospace Olivier Ami2, Valerie Kohl2, Brian Li1, Amandeep Thind2, Annie Truby1, Pieter Kruizinga2, Stanislav 1AFRL/RXLP, Air Force Research L. Demi1, N. Ozmen-Eryilmaz1, K. W. Engineering, North Carolina State Alexandra Benachi2, René Frydman2, Leung1, Alan Soong3,4, Chelsea Munding5, Emelianov1 Laboratory, Wright-Patterson AFB, A. van Dongen1, M. D. Verweij1 University, Raleigh, NC, USA, 6 7 Dominique Musset2, Mickael Tanter1 Hyunggyun Lee , Nigel Munce , Bradley 1Biomedical Engineering, University Ohio, USA, 2University of Dayton 1Laboratory of Acoustical Imaging and 2Mechanical & Aerospace Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute 1 Strauss8, F. Stuart Foster1,6, Brian Institut Langevin- Université Paris 4,6 of Texas at Austin, Austin, TX, USA, Research Institute, Dayton, Ohio, Sound Control, Delft University of Engineering, North Carolina State Courtney 2 3 Diderot - ESPCI - CNRS, Paris, 1 2 Thoraxcenter, Biomedical USA, AFRL/RXBC, Air Force Technology, Delft, Zuid Holland, University, Raleigh, NC, USA 2 University of Toronto, Canada, Colibri France, Hôpital Antoine Béclère, Technologies, Toronto, ON, Canada, 3Sunnybrook Engineering, Erasmus MC, Rotterdam, Research Laboratory, Wright- Netherlands Université Paris Sud XI, France Research Institute, Toronto, Canada, 4Colibri Netherlands Patterson AFB, Ohio, USA Technologies Inc, Canada, 5University of Toronto, Toronto, Canada, 6Sunnybrook Research Institute, Toronto, ON, Canada, 7University of Toronto, Toronto, ON, Canada, 8Sunnybrook Health Sciences Centre, Toronto, ON, Canada
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida 5:00 pm 1K-3 Shear Wave Spectroscopy 2K-3 Hybrid Method For 3K-3 Reduction of Reverberation 4K-3 Ultrasonic Visualization for 5K-3 Carbon nanomaterials as 6K-3 Novel Concept of Array in liver: initial clinical results and Restoring the Fidelity of Artifacts with Superharmonic Water Flooding in PEM Fuel broadband airborn ultrasound Transducer Element Using implementation discussion Ultrasound Images of Vessels Imaging Cells Using Guided Wave Linear transducer Combined Resonance Between Arrays Oscillations of Hemispherical Thomas Deffieux1, Jean-Luc Thomas Szabo1, Caroline Smith2, Mikhail G. Danilouchkine1,2, Frits Maxim Daschewski1, Jens Prager2, 1 1,2 2 2 1 1 1 2,3 2 2 Piezoceramic Shell and Bulk Gennisson , Mathieu Couade , Betty Chan , Brian Harvey Mastik , Robert Beurskens , Paul Ching-Chung Yin , Yu-Shyan Liu , Marc Kreutzbruck , Andrea Harrer , Water Jeremy Bercoff2, Laurence Bousquet3, 1Biomedical Engineering, Boston L.M.J. van Neer1, Guillaume M. Yu-Tai Wang4 Asmus Meyer-Plath2, Matthias Simona Cosconea3, Vincent Mallet3, University, Boston, MA, USA, 2Boston Matte1, Wim Vletter3, Christian Prins4, 1Deaprtment of Mechanical Guderian2 Kenji Otsu1, Shin Yoshizawa2, Shin- Stanislas Pol3, Mickael Tanter1 University, USA Folkert J. ten Cate3, Johan G. Bosch1, Engineering, National Chiao Tung 1Federal Institute for Materials ichiro Umemura1 1Institut Langevin – Ondes et Images, Antonius F.W. van der Steen1,2, Nico University, Hsinchu, Taiwan, Research and Testing, Berlin, 1Department of Biomedical ESPCI ParisTech, CNRS UMR 7587, de Jong1,2 2Deaprtment of Mechanical Germany, 2Federal Institute for Engineering, Tohoku University, INSERM U979, France, 2Supersonic 1Biomedical Engineering, Erasmus Engineering, National Chiao Tung materials research and testing, Japan, 2Department of Electrical and 3 2 3 Imagine, France, Hepatology Unit, Medical Center, Netherlands, The University, Taiwan, Center for Germany Communication Engineering, Tohoku Department of Hepato- Interuniversity Cardiology Institute of Measurement Standards, Industrial University, Japan Gastroenterology, Cochin Hospital, the Netherlands, Netherlands, Technology Research Institute, 3 4
France Cardiology, Erasmus Medical Center, Hsinchu, Taiwan, National Chiao October18-21,2011 Netherlands, 4Oldelft BV, Netherlands Tung University, Taiwan
5:15 pm 1K-4 Quantitative Assessment of 2K-4 Quantitative analysis of 3K-4 In Vivo Application of SLSC 4K-4 Higher Order Modes 5K-4 Experimental validation of a 6K-4 Intracranial Dual-mode Thermal Lesion Stiffness in the flow behavior of carotid plaque Imaging in Human Liver Cluster (HOMC) based Guided method for the simulation of IVUS and Hyperthermia Using Liver: Initial ex vivo Results neovasculature 1 1 Wave Technique for Hidden backscatter signals from finite, Circular Arrays Marko Jakovljevic , Gregg Trahey , Corrosion NDT shaped scatterers Hua Xie1, Shiwei Zhou1, Vijay Assaf Hoogi1, Hans Bosch2, Jeremy Dahl1 Edward Light1, Carl Herickhoff1, Shamdasani2, Yan Shi1, Jean-Luc Antonius.F.W Van der steen2, Dan 1Biomedical Engineering, Duke Krishnan Balasubramaniam1, Martin Salzle1, Jan D'hooge1,2, Marco Vivek Patel1, Mark Palmeri1, Gerald Robert1, John Fraser2, Shigao Chen3, Adam1 University, Durham, North Carolina, Krishnamurthy C.V.2 M. Voormolen1 Grant2, Gavin Britz2, Stephen Smith1 James Greenleaf3 1Biomedical engineering, Technion, USA 1Mechanical Engineering, IIT Madras, 1MI Lab and Department of 1Biomedical Engineering, Duke 1Philips Research North America, Israel, 2Biomedical engineering, Chennai, Tamil Nadu, India, Circulation and Imaging, Norwegian University, Durham, North Carolina, Briarcliff Manor, New York, USA, Thorax center, ErasmusMC, 2Department of Physics, IIT Madras, University of Science and Technology, USA, 2Neurosurgery, Duke University 2Philips Healthcare, Bothell, Netherlands Chennai, Tamil Nadu, India Trondheim, Norway, 2Cardiovascular Medical Center, Durham, North Washington, USA, 3Mayo Clinic Imaging and Dynamics, Catholic Carolina, USA College of Medicine, Rochester, University of Leuven, Leuven, Belgium Minnesota, USA
5:30 pm 1K-5 In vivo assessment of renal 2K-5 Pulse Wave Ultrasound 3K-5 Dual sided automated 4K-5 Noncontact Ultrasonic 5K-5 The influence of the 6K-5 Ultrasonic Cutting with a tissue viscoelasticity during Manometry (PWUM): Measuring ultrasound system in the Characterization Techniques for ultrasonic strain on the d31-mode PMN-PT-driven Planar acute and gradual renal central blood pressure non- mammographic geometry Fibrous Materials Analysis polarization of quantum-well Tool ischemia invasively heterolasers emission Paul Carson1, Fouzaan Zafar1, Sacha Thamizhisai Periyaswamy1, Muhammad Sadiq1, Yang Kuang1, Carolina Amador1, Matthew Urban1, Jonathan Vappou1,2, Jianwen Luo1, van der Spek1, Gerald LeCarpentier1, Karthikeyan Balasubramanian2, Liudmila Kulakova1 Zhihong Huang1, Sandy Cochran1 Shigao Chen1, James Greenleaf1 Kazue Okajima3, Marco Di Tullio3, Fong Ming Hooi2, Sumedha Sinha2 Chistopher Pastore3 1Russian Academy, Ioffe Physico- 1Mechanical Engineering and 1Department of Physiology and Elisa Konofagou1 1Radiology, Univ. of Michigan, Ann 1Human Environmental Studies, Technical Institute, St.Petersburg, Mechatronics, University of Dundee, Biomedical Engineering, Mayo Clinic 1Department of Biomedical Arbor, MI, USA, 2Radiology and BME, Central Michigan University, Mount Russian Federation Dundee, Scotland, United Kingdom College of Medicine, Rochester, MN, Engineering, Ultrasound and Univ. of Michigan, Ann Arbor, MI, Pleasant, Michigan, USA, 2Electrical USA Elasticity Imaging Laboratory, USA and Computer Engineering, Temple Columbia University, New York, NY, University, USA, 3Textiles and USA, 2Currently at: LSIIT - UMR 7005 Materials Technology, Philadelphia CNRS-Strasbourg University, France, University, USA 3Department of Medicine, Columbia University, USA
5:45 pm 1K-6 Clinical Multi-Push (MP) 2K-6 A method for measuring 3K-6 Optimizing frequency and 4K-6 Generic hybrid models for 5K-6 Numerical study of low- 6K-6 An Electronically-Scanned ARF for Noninvasive, In Vivo the variation of intima-media pulse shape for ultrasound two-dimensional ultrasonic frequency sound beams CMUT-in-CMOS Transducer for Evaluation of Renal Transplant thickness during the entire current source density imaging guided wave problems Hemodialysis Vascular Access Milan Cervenka1, Michal Bednarik1 Status cardiac cycle using B-Mode 1 1 1 1 1 Monitoring images Yexian Qin , Zhaohui Wang , Charles Manoj Reghu , Prabhu Rajagopal , Czech Technical University in Mallory R. Scola1, Leslie M. Baggesen1, Ingram1, Qian Li1, Russell Witte1 Krishnamurthy Chitti Venkata1, Prague, Faculty of Electrical David F. Lemmerhirt1, Xiaoyang Randy K. Detwiler2, Wui K. Chong3, So Tobias Nilsson1, Åsa Rydén Ahlgren2, 1The University of Arizona, USA Krishnan Balasubramaniam1 Engineering, Czech Republic Cheng1, Grant Kruger2, William F. 2 3 Yoon Jang , Lauren M. B. Burke , Kristel Tomas Jansson1, Hans W Persson1, 1Centre for Nondestructive Evaluation, Weitzel2 L. Jernigan2, Melissa C. Caughey2, 1 2 1 2 3 Kjell Lindström , Jan Nilsson , Indian Institute of Technology - Sonetics Ultrasound, Inc., Ann Arbor, Melrose W. Fisher , Sonya B. Whitehead , 1 2 1 Magnus Cinthio Madras, India MI, USA, University of Michigan, Ann Caterina M. Gallippi 1 1 Faculty of Engineering, LTH, Lund Arbor, MI, USA Joint Department of Biomedical Engineering, 2 The University of North Carolina at Chapel University, Sweden, Lund University, Hill, Chapel Hill, NC, USA, 2Department of Sweden Medicine, The University of North Carolina at Chapel Hill, Chapel Hill, NC, USA, 3Department of Radiology, The University of North Carolina at Chapel Hill, Chapel Hill, NC, USA 61
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62 2011 IEEEInternational UltrasonicsSymposium 9:30 am - 1:00 pm Poster --- Friday, October 21, 2011 Caribbean Ballroom III-V
Session P5Aa. P5Aa-8 High frame rate imaging with P5Ab-7 Non-invasive assessment of Session P5Ad. P5B-2 Characterization of Langasite for diverging beam transmission and Fourier mechanical property changes with cell Application in High Temperature SAW a - Beam Formation: Resolution reconstruction growth in a polymer-based vascular graft d - Multimodality Image & Image Sensors Improvement using ultrasound elasticity imaging Quality Jian-yu Lu1, Hong Chen1 S. Sakharov1, N. Naumenko2, A. Zabelin1, S. 1Bioengineering, The University of Toledo, Toledo, Debaditya Dutta1, Keewon Lee2, Jiao Yu1, Yadong Zhgoon3 Ohio, USA Wang2, Kang Kim1,2 1Fomos-Materials, Moscow, Russian Federation, Chair: Pai-Chi Li 1 Chair: Jorgen Jensen 2 National Taiwan University Center for Ultrasound Molecular Imaging and Technical Univ. of Denmark Moscow Technical University of Communication & Therapeutics, University of Pittsburgh and Information Science, Moscow, Russian Federation, University of Pittsburgh Medical Center, USA, 3Moscow Power Engineering Institute, Moscow, 2Department of Bioengineering, University of Russian Federation Pittsburgh, USA
P5Aa-1 A beamforming strategy dedicated Session P5Ab. Session P5Ac. P5Ad-1 Imaging ultrasound field and shear P5B-3 Resonance Properties of Surface to ocular posterior segment imaging at b - Elastography: Clinical c - Harmonic & High Frequency wave with a CCD camera Acoustic Wave Resonator in Supercritical 20MHz CO2 Applications Imaging Yi Cheng1, Lipei Song2, Rui Li1, Daniel Elson2, Tony Matéo1, Yassine Mofid1, Jean-Marc Meng-Xing Tang3 Shoji Kakio1, Katsuhiro Hayashi1, Eiichi Kondoh1 Grégoire1, Dominique Certon1, Frédéric Ossant1,2 1Department of Bioengineering, Imperial College 1Interdisciplinary Graduate School of Medicine and 1 2 Université François-Rabelais, UMRS U930-CNRS Chair: Richard Lopata Chair: Jeff Ketterling London, United Kingdom, Department of Surgery, Engineering, University of Yamanashi, Kofu, ERL 3106, Tours, France, 2CHRU de Tours, Tours, Imperial College London, United Kingdom, Yamanashi, Japan Eindhoven University of Technology Riverside New York 3 Indre et Loire, France Department of Bioengineering, Imperial College London, London, United Kingdom
P5Aa-2 High range resolution ultrasound P5Ab-1 Quantifying Local Stiffness P5Ac-1 Tissue Harmonic Imaging with P5Ad-2 Multi modality fusion imaging P5B-4 SAW Phase Modulation by Optical imaging of a human carotid artery using Variations in Thermal Ablations Using CMUTs technique for laparoscopic surgery guiding Illumination of Graphene Composite Films frequency domain interferometry Dynamic Nanoindentation deposited on LiNbO3 Mathieu Legros1, Anthony Novell2, Ayache Satoki Zenbutsu1, Tadashi Yamaguchi1, Tatsuo Hirofumi Taki1, Takuya Sakamoto1, Kousuke Ryan DeWall1,2, Tomy Varghese1,2, Chris Brace2 Bouakaz2, Guillaume Férin1, Rémi Dufait1, Igarashi2 Venkata Chivukula1, Daumantas Ciplys2, Jin-Ho Taki2, Makoto Yamakawa3, Tsuyoshi Shiina4, 1Department of Medical Physics, University of Dominique Certon2 1Research Center for Frontier Medical Engineering, Kim3, Romualdas Rimeika2, Jimmy Xu4, Michael Motoi Kudo2, Toru Sato1 Wisconsin-Madison, USA, 2Department of 1Vermon, Tours, France, 2Université François Chiba University, Japan, 2Graduate School of Shur5 1Graduate School of Informatics, Kyoto University, Biomedical Engineering, University of Wisconsin- Rabelais, UMR Inserm U930, CNRS ERL 3106, Engineering, Chiba University, Japan 1Rensselaer Polytechnic Institute, Troy, NY, USA, Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Kyoto, Kyoto, Japan, 2Department of Anatomy, Madison, USA Tours, France 2Vilnius University, Vilnius, Lithuania, Shiga University of Medical Science, Otsu City, [email protected], Providence, RI, USA, Shiga, Japan, 3Advanced Biomedical Engineering 4Brown University, USA, 5Rensselaer Polytechnic Research Unit, Kyoto University, Kyoto, Kyoto, Institute, USA Japan, 4Graduate School of Medicine, Kyoto University, Kyoto, Kyoto, Japan
P5Aa-3 Mean Sound Speed Estimation with P5Ab-2 Ultrasound observation of the 4D P5Ac-2 High Frequency Pulse Inversion P5Ad-3 Compound imaging using Synthetic P5B-5 The System Design of a Love Wave Focusing Quality Evaluation for Medical (spatio-temporal) strain distribution in Chirp Coded Tissue Harmonic Imaging Aperture Sequential Beamformation Sensor for Measuring Liquid Dielectric Ultrasound Imaging poroelastic media under sustained uniform 1 2 2 1 1 Constant and localised compressive loading Jinhyoung Park , Ying Huang , Ching-Ling Lien , Casper Bo Jensen , Jonas Jensen , Martin Christian Seok Joon Park1, Jaejin Lee1, Woo Youl Lee1, Kirk Shung1 Hemmsen1,2, Jens Munk Hansen1, Jørgen Arendt Qianliang Xia1, Zhijun Chen1, Mengyang Wang1 Yangmo Yoo1,2 Jeremie Fromageau1, Leo Garcia1, Nigel Bush1, 1Biomedical Engineering, University of Southern Jensen1 1College of Automation Engineering, Nanjing 1Department of Electronic Engineering, Sogang Gary Berry1, Jeffrey Bamber1 California, Los Angeles, California, USA, 2Surgery, 1Center for Fast Ultrasound Imaging, Dept. of Elec. University of Aeronautics and Astronautics, China, University, Seoul, Korea, Republic of, 1Joint Department of Physics, Institute of Cancer Saban Research Institute of Children's Hospital Los Eng., Technical University of Denmark, DK-2800 People's Republic of 2Interdisciplinary Program of Integrated Research and Royal Marsden NHS, Sutton, Surrey, Angeles, Los Angeles, California, USA Kgs. Lyngby, Denmark, 2R&D Applications & Biotechnology, Sogang University, Seoul, Korea, United Kingdom Technologies, BK Medical, DK-2730 Herlev, Republic of Denmark
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida
P5Aa-4 Improved Depth of Focus for Single P5Ab-3 Noninvasive Measurement of P5Ac-3 High-Frequency (75MHz) Ultrasound P5Ad-4 Characterize the vasculatures Session P5C. Element Annular Transducers Bladder Muscle Activity Using based Tooth Digitization using Sparse distribution of murine tumors between Radiofrequency Ultrasound Strain Imaging Spatial Compounding center and peripheral regions based on Bulk Wave Effects and Devices II Kai-Han Huang1, Jian-Hung Liu1, Pai-Chi Li1 1 1 2 2 1 1 Doppler ultrasound and immunofluorescent Natoinal Taiwan University, Taiwan Tim Idzenga , Fawzy Farag , John Heesakkers , Stefan Heger , Thorsten Vollborn , Joachim analysis Wout Feitz2, Chris de Korte1 Tinschert2, Stefan Wolfart2, Fabrice Chuembou1, Chair: Bikash Sinha 1Paediatrics, Radboud University Nijmegen Medical Klaus Radermacher1 Jia-Jiun Chen1, Chi-Shiun Chiang1, Ji-Hong Schlumberger-Doll Research Centre, Nijmegen, Netherlands, 2Urology, Radboud 1Chair of Medical Ingineering, RWTH Aachen Hong2, Chih-Kuang Yeh1 2 1 University Nijmegen Medical Centre, Nijmegen, University, Aachen, Germany, Clinic of Biomedical Engineering and Enviromental Netherlands Prosthodontics and Dental Materials, University Sciences, National Tsing Hua University, Hsinchu, Hospital Aachen, Aachen, Germany Taiwan, 2Department of Radiation Oncology,
Chung Gung Memorial Hospital-Linkou, Taoyuan, October18-21,2011 Taiwan
P5Aa-5 Fresnel Beamforming and Dual P5Ab-4 Imaging Feedback of Histotripsy P5Ac-4 Second harmonic imaging using P5Ad-5 White Light Correction in P5C-1 Influence of Nanocomposite Apodization with Cross-Correlation for Treatments With Ultrasound Transient synthetic aperture sequential beamforming Ultrasound Imaging Polymeric Layers on Efficiency of Radiation Curvilinear Arrays in Low-cost Portable Elastography of Bulk Acoustic Wave in Liquid by Yigang Du1,2, Joachim Rasmussen1, Henrik Jensen2, Kajoli Krishnan1, Johan Kirkhorn2 Ultrasound Systems 1 1 1 1 1 Antisymmetric Lamb Wave in Thin Tzu-Yin Wang , Timothy Hall , Zhen Xu , Brian Jørgen Arendt Jensen Diagnostic and Biomedical Technologies, GE Piezoelectric Plate Man Nguyen1, Jesse Yen1 Fowlkes1,2, Charles Cain1 1Center for Fast Ultrasound Imaging, Dept. of Elec. Global Research, Bangalore, Karnataka, India, 2GE 1Biomedical Engineering, University of Southern 1Biomedical Engineering Department, University of Eng., Bldg. 349, Technical University of Denmark, Healthcare, Norway Iren Kuznetsova1, Boris Zaitsev1, Irina Borodina1, California, Los Angeles, CA, USA Michigan, USA, 2Radiology Department, University Kgs. Lyngby, Denmark, 2R&D Applications & Vladimir Kolesov2, Anatolii Sknarya2 of Michigan, USA Technologies, BK Medical Aps, Herlev, Denmark 1IRE of RAS, Saratov Branch, Russian Federation, 2IRE of RAS, Russian Federation
P5Aa-6 Reduction of Coherent and P5Ab-5 Feature based analysis of axial- P5Ac-5 In vivo endoluminal ultrasound Session P5B. P5C-2 A Mindlin Plate Theory Based Parallel Incoherent Image Quality in Rectangular shear strain imaging for breast mass biomicroscopic imaging of colon lesions in Two-dimensional Finite Element Analysis Boundary Arrays Due to Misalignment of classification mouse models of cancer and inflammation Surface Acustic Wave Sensors for Quartz Crystal Resonators Boundary Elements Haiyan Xu1, Tomy Varghese1,2, Jingfeng Jiang2, Kelly Alves1, Rossana Soletti1, Marcelo de Britto2, Ji Wang1, Rongxing Wu1, Jianke Du1, Dejin Christian Coviello1, Richard Kozick2, Penny Timothy Hall2 Dyanna Matos3, Helena Borges3, Mônica Soldan4, Chair: Pierre Khuri-Yakub Huang1, Wei Yan2 Probert Smith1, Constantin-C. Coussios1 1Department of Electrical and Computer João Machado1,2 Stanford University, USA 1School of Mech Eng & Mechanics, Ningbo 1Institute of Biomedical Engineering, Department of Engineering, University of Wisconsin-Madison, 1Biomedical Engineering Program - COPPE, Federal University, Ningbo, Zhejiang, China, People's Engineering Science, University of Oxford, Oxford, Madison, WI, USA, 2Department of Medical University of Rio de Janeiro, Rio de Janeiro, RJ, Brazil, Republic of, 2School of Civil & Arch Eng, Ningbo 2 United Kingdom, 2Department of Electrical Physics, University of Wisconsin-Madison, Post-Graduation Program in Surgical Sciences - University, Ningbo, Zhejiang, China, People's Engineering, Bucknell University, Lewisburg, PA, Madison, WI, USA Department of Surgery from School of Medicine, Federal Republic of USA University of Rio de Janeiro, Rio de Janeiro, RJ, Brazil, 3Biomedical Science Institute, Federal University of Rio de Janeiro, Rio de Janeiro, RJ, Brazil, 4Division of Gastroenterology, Endoscopy Unit, Clementino Fraga Filho University Hospital, Federal University of Rio de Janeiro, Rio de Janeiro, RJ, Brazil
P5Aa-7 Capon Beamforming Applied to P5Ab-6 Fourier Domain and High Frame P5Ac-6 Third Harmonic Imaging using a P5B-1 Low-loss SAW gas sensor with self- P5C-3 Analysis of Capacitances of Second-Harmonic Ultrasound Experimental Rate based Elastography for Breast Pulse Inversion Technique temperature-compensation characteristics Electrical Equivalent Circuit of Quartz- Data Nodules Investigation for sensor network Crystal Tuning Fork in Consideration of Joachim Rasmussen1, Yigang Du1,2, Jens Munk 1 1 1,2 1 1 1,2 1 1 Electric Field Distribution using Conformal Sven Peter Näsholm , Andreas Austeng , Are Alessandro Ramalli , Stefano Ricci , Elisabetta Hansen , Martin Hemmsen , Jørgen Arendt Jun Hosaka , Mitsutaka Hikita Mapping Method Charles Jensen1, Carl-Inge Colombo Nilsen1, Sverre Giannotti3, Dalmar Abdulcadir3, Jacopo Nori4, Jensen1 1Faculty of GE, Kogakuin University, Shinjuku-ku, Holm1 Olivier Basset2, Christian Cachard2, Piero Tortoli1 1Department of Electrical Engineering, Technical Tokyo, Japan Takahiro Ishikawa1, Hideaki Itoh2 1Department of Informatics, University of Oslo, 1Electronics & Telecommunications, Università di University of Denmark, Kgs. Lyngby, Denmark, 2BK 1Shinshu University, Japan, 2shinshu university, Norway Firenze, Italy, 2Université de Lyon, CREATIS ; Medical Aps, Herlev, Denmark Japan CNRS UMR5220 ; Inserm U1044 ; INSA-Lyon ; Université Lyon 1, France, 3Department of Radiology, Careggi University Hospital, Firenze, Italy, 4Senology Diagnostic Unit, Careggi University Hospital, Firenze, Italy 63
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64 2011 IEEEInternational UltrasonicsSymposium 9:30 am - 1:00 pm Poster --- Friday, October 21, 2011 Caribbean Ballroom III-V
P5C-4 Deposition of Crack-Free 30 µm AlN P5E-5 LFE Transducers based on Inversion on IDT/ZnO/Si for Wave Guiding Layer Layer for Medical Imaing Acoustic Wave Applications Jin Chen1, Chao Zhang2, Zhitian Zhang2, Guanping Ouarda Legrani1, Omar Elmazria1, Philippe Feng1 Pigeat1, Ausrine Bartasyte1, Sergei Zhgoon2 1Tsinghua University, Beijing, China, People's 1Institut Jean Lamour, CNRS-Nancy University, Republic of, 2Research Institute of Tsinghua France, 2Moscow Power Engineering Institute, University in Shenzhen, China, People's Republic of Moscou, Russian Federation
P5C-5 Quantitative analysis of the effect of P5E-6 A matrix transducer for 3D energetic particle bombardment during Transesophageal Echocardiography with a deposition on (11-20) ZnO piezoelectric separate transmit and receive subarray films Sandra Blaak1, Charles T. Lancée1, Johan G. Shinji Takayanagi1, Takahiko Yanagitani2, Mami Bosch1, Christian Prins2, Antonius F.W. van der Matsukawa1, Yoshiaki Watanabe1 Steen1,3, Nico de Jong1,3 1Doshisha University, Kyotanabe, Kyoto, Japan, 1Thoraxcenter, Biomedical Engineering, 2Nagoya Institute of technology, Nagoya, Aichi, ErasmusMC, Rotterdam, Netherlands, 2Oldelft Japan Ultrasound B.V., Delft, Netherlands, 3Interuniversity Cardiology Institute of the Netherlands, Netherlands
P5C-6 Effective precipitation method of P5E-7 Time Reversal Ultrasound Focusing NaCl using a focused ultrasound with Electromagnetic Feedback Moojoon Kim1, Jungsoon Kim2, Kanglyeol Ha1, Armen Sarvazyan1, Gaurav Gandhi1, Alexander Choonghwa Lee3 Sutin2 1Physics, Pukyong National University, Busan, 1Artann Laboratories, Ewing, NJ, USA, 2Stevens Busan, Korea, Republic of, 2Media Eng., Institute of Technology, Hoboken, NJ, USA Tongmyong University, Busan, Busan, Korea, Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Republic of, 3Physics, Pukyong National University, Korea, Republic of
Session P5E. P5E-8 Design and Fabrication of High frequency Ultrasound Imaging Arrays Medical Transducers Integrated into Medical Interventional Tools Robert Ssekitoleko1, Jack Hoyd-Gigg Ng2, Chair: Geoff Lockwood Christine Demore3, David Flynn2, Marc Queen's University Desmulliez2, Sandy Cochran3 1Department of Bioengineering, University of Strathclyde, Glasgow, United Kingdom, 2MIcroSystems Engineering Centre, Heriot-Watt University, Edinburgh, United Kingdom, 3Institute for Medical Science and Technology, University of Dundee, Dundee, United Kingdom
Ultrasonics, Ferroelectrics, and Frequency Control Society Orlando, Florida
P5E-1 Extended Necrosis by Using Dual- P5E-9 One-dimensional optoacoustic array Curved Therapeutic Transducer for employing chirped excitation and GPU- Noninvasive HIFU Surgery based beamforming Jong Seob Jeong1, Jonathan M. Cannata2, K. Kirk Ya Shu1, Xinqing Guo1, Mengyang Liu1, Takashi Shung2 Buma1 1Department of Medical Biotechnology, Dongguk 1University of Delaware, USA University-Seoul, Seoul, Korea, Republic of, 2 Department of Biomedical Engineering, University of Southern California, Los Angeles, California, USA October18-21,2011
P5E-2 Automated Transducer Testing and P5E-10 High-Intensity Focused Ultrasound Calibration with a Dynamic Phantom by Optoacoustic Generation from Carbon- Nanotube Polymer Composite Layers George Corner1, Florian Riedel2, Alex Valente3, Joyce Joy4, Sandy Cochran5 Hyoung Won Baac1, Jong G. Ok2, L. Jay Guo1 1Ninewells Hospital, NHS Tayside, United Kingdom, 1Department of Electrical Engineering and 2Ilmenau University of Technology, Germany, 3St Computer Science, University of Michigan, USA, Andrews University, United Kingdom, 4University of 2Department of Mechanical Engineering, University Dundee, United Kingdom, 5Institute for Medical of Michigan, USA Science and Technology, University of Dundee, Dundee, Dundee and Angus, United Kingdom
P5E-3 High Intensity Focused Ultrasound Array Transducers for Sonochemistry Applications Chuangnan Wang1, Tony Gachagan1, Richard O'Leary1, Alison Nordon2 1Electronic and Electrical Engineering, University of Strathclyde, Glasgow, Scotland, United Kingdom, 2Department of Pure and Applied Chemistry and Centre for Process Analytics and Control Technology, University of Strathclyde, Glasgow, Scotland, United Kingdom
P5E-4 Design of 15-MHz Concave Array Transducers for Ophthalmic Imaging Jung Hyui Cha1, Tai-Kyong Song2, Jin Ho Chang1,3 1Interdisciplinary Program of Integrated Biotechnology, Sogang University, Seoul, Korea, Republic of, 2Department of Electronic Engineering, Sogang University, Korea, Republic of, 3Sogang Institute of Advanced Technology, Korea, Republic of 65
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66 2011 IEEEInternational UltrasonicsSymposium 1:00 pm - 4:30 pm Poster --- Friday, October 21, 2011 Caribbean Ballroom III-V
Session P6Aa. P6Aa-8 Photoacoustic imaging using P6Ab-5 Precise Tracking of Impulsive P6Ac-4 Counter flow microbubble P6Ad-4 Pitch-catch phase aberration a - Photoacoustics narrow laser beam scanning Acoustic Radiation Force Induced Small channeling using acoustic radiation force correction for 3D ultrasound brain helmet 1 2 2 Displacements for Shear Wave Speed funnel 1 1 Jinjun xia , Chen-wei Wei , Lingyun Huang , Ivan Estimation Brooks Lindsey , Stephen Smith Pelivanov2,3, Matthew O’Donnell2 Benjamin Raiton1, Sevan Harput1, Dr James 1Biomedical Engineering, Duke University, Chair: Parag Chitnis 1bioengineering, University of washington, seattle, Yang Shen1, Feiyan Cai1, Yang Xiao1, Tao Ling1, Mclaughlan1, Dr Steven Freear1 Durham, NC, USA Riverside New York wa, USA, 2bioengineering, University of Chengzhi Zeng1, Qiaofeng Jin1, Xin Liu1, Hairong 1Ultrasound Group, School of Electronic and washington, USA, 3International Laser Center, Zheng1 Electrical Engineering, University of Leeds, Leeds, Moscow State University, Russian Federation 1Paul C. Lauterbur Research Center for Biomedical West Yorkshire, United Kingdom Imaging, Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences, China, People's Republic of
P6Aa-1 In vivo monitoring of nanoparticle P6Aa-9 Fabrication of Dye-Loaded P6Ab-6 Phase Aberration in Shear Wave P6Ac-5 Single bubble Acoustic P6Ad-5 Performance of Adaptive delivery using spectroscopic photoacoustic Submicron Perfluorocarbon Droplets for Dispersion Ultrasound Vibrometry Characterisation and Stability Measurement Beamformers for Ultrasound Imaging of a imaging Contrast Enhancement in Photoacoustic 1 1 2 of Adherent Microbubbles Partially Shaded Object Imaging Yan Shi , Hua Xie , Vijay Shamdasani , John Seungsoo Kim1, Geoffrey Luke2, Yun-Sheng Fraser2, Jean-Luc Robert1, Shiwei Zhou1, Matthew Jonathan Casey1, Helen Mulvana1, Jo Hajnal1, Saeed Mehdizadeh1, Andreas Austeng2, Tonni Chen2, Stanislav Emelianov1,2 Rei Asami1, Ken-ichi Kawabata1 W. Urban3, Shigao Chen3, James F. Greenleaf3 Mengxing Tang2, Robert Eckersley1 Franke Johansen1, Sverre Holm1,2 1Biomedical Engineering, University of Texas at 1Central Research Laboratory, Hitachi, Ltd., Tokyo, 1Philips Research North America, Briarcliff Manor, 1Imaging Sciences Department, Imperial college 1Department of Circulation and Medical Imaging, Austin, Austin, TX, USA, 2Electrical and Computer Japan NY, USA, 2Philips Ultrasound, Bothell, WA, USA, london, London, London, United Kingdom, 2Bio- Norwegian University of Science and Technology, Engineering, University of Texas at Austin, Austin, 3Department of Physiology and Biomedical engineering Department, Imperial college london, Trondheim, Norway, 2Department of Informatics, TX, USA Engineering, Mayo Clinic College of Medicine, London, London, United Kingdom University of Oslo, Oslo, Norway Rochester, MN, USA
P6Aa-2 Applying ultrasound beamformers P6Aa-10 Improved Synthetic Aperture P6Ab-7 Improving Shear Wave Velocity P6Ac-6 Improving the quantitative ability of Session P6B. to photoacoustic imaging Focusing Technique for Acoustic-resolution Imaging of Thermal Ablations by Assuming contrast enhanced ultrasound perfusion NDE Methods and Transducers 1 2 Photoacoustic Microscopy Bidirectional Shear Wave Propagation imaging: effect of contrast administration Tyler Harrison , Roger Zemp rate and imaging plane orientation 1Electrical and Computer Engineering, University Meng-Lin Li1, Yi-Chieh Tseng1, Po-Hsun Wang1 Ryan DeWall1,2, Tomy Varghese1,2 of Alberta, Canada, 2University of Alberta, Canada 1Dept. of Electrical Engineering, National Tsing 1Department of Medical Physics, University of Kennita Johnson1, Paul Kogan1, Steven Feingold1, Chair: Michal Bezdek Hua University, Hsinchu, Taiwan Wisconsin-Madison, USA, 2Department of Nicholas Garrett2, Ismayil Guracar3, William Endress+Hauser Flowtec AG, Switzerland Biomedical Engineering, University of Wisconsin- Arendshorst2, Paul Dayton1 Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Madison, USA 1Biomedical Engineering, UNC/NC State, Chapel Hill, NC, USA, 2Cell and Molecular Physiology, UNC, Chapel Hill, NC, USA, 3Siemens Medical Solutions, Mountain Veiw, CA, USA
P6Aa-3 Clinical demonstration of reflection- Session P6Ab. P6Ab-8 Impacts of the Capsule on P6Ac-7 Experimental Implementation of the P6B-1 Detection of Discontinuities in mode photoacoustic image clutter Estimation of Shear Viscoelasticity of Livers Second Harmonic Inversion Imaging on an Contact Pressure Between Rough Surfaces reduction using tissue deformation b - Shear Wave Elastography II Open Ultrasonic Scanner Yi Zheng1, Ke Chen1,2, Aiping Yao1, Eugene Anthony C. Karloff1, Andriy M. Chertov1, Roman Michael Jaeger1, David David Birtill1, Andreas Zheng3, Tianfu Wang4, Siping Chen4 Fanglue Lin1, François Varray1, Aymeric Guibal2, Gr. Maev1 Gertsch1, Elizabeth O’Flynn2, Jeffrey Bamber1 Chair: Emad Ebinni 1Electrical and Computer Engineering, St. Cloud Christian Cachard1, Olivier Basset1 1Institute for Diagnostic Imaging Research, 1Joint Department of Physics, Institute of Cancer Univ. of Minnesota State University, St. Cloud, MN, USA, 2Biomedical 1CREATIS; Université de Lyon; CNRS UMR5220; Windsor, Ontario, Canada Research and Royal Marsden NHS Foundation Engineering, Sichuan University, Chengdu, INSERM U1044; INSA-Lyon; Université Lyon 1, Trust, Sutton, Surrey, United Kingdom, 2CRUK- Sichuan, China, People's Republic of, 3Dartmouth Villeurbanne, France, 2Hospices Civils de Lyon, EPSRC Cancer Imaging Centre, Institute of Cancer College, Hanover, NH, USA, 4Biomedical Hôpital Edouard Herriot, Service d’Imagerie Research and Royal Marsden NHS Foundation Engineering, Shenzhen University, Shenzhen, Digestive, Lyon, France Trust, Sutton, Surrey, United Kingdom Guandong, China, People's Republic of
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P6Aa-4 Thermoacoustic imaging and P6Ab-1 Real-Time Quantitative Session P6Ac. Session P6Ad. P6B-2 Analysis of Subharmonic Resonance spectroscopy for enhanced breast cancer Elastography on Standard Ultrasound Using in Ultrasonic Testing of a Closed Crack detection Mechanically Induced Vibration: System c - Contrast Agents II d - Adaptive Beam Forming Based on Gap-Width-Dependent Property of Design and Initial Results Interfacial Stiffness Daniel Bauer1, Xiong Wang2, Hao Xin2, Russell Witte1 Reza Zahiri Azar1, Kris Dickie1, Benjamin Kerby1, Chair: Lori Bridal Chair: Sverre Holm Kenji Kurihara1, Keiichi Naitou1, Toshihiko 1Department of Radiology, University of Arizona, Sergio Bernardo1, Chris Cheung1, Laurent Pelissier1 Univ. Pierre and Marie Curie University of Oslo Sugiura1 USA, 2Department of Electrical and Computer 1R&D, Ultrasonix Medical Corporation, Richmond, 1Mechanical Engineering, Keio University, Japan Engineering, University of Arizona, USA BC, Canada October18-21,2011
P6Aa-5 Sound velocity and attenuation P6Ab-2 Shear Wave Speed Measurements P6Ac-1 The Effect of Vial Activation P6Ad-1 Analysis of minimum-variance and P6B-3 Rapid prototyping technologies for measurement of perfluorocarbon liquids Using Ultrasound Radiation Force Can be Temperature on the Acoustic Properties of Wiener-filtered beamforming strategies ultrasonic beam focussing in NDE using photoacoustic methods Depth Dependent Definity Nghia Nguyen1, Craig Abbey2, Michael Insana3 Duncan Billson1, Christopher Purssell2, Simon Eric Strohm1, Michael Kolios1 Heng Zhao1, Pengfei Song1, Matthew W. Urban1, Xuan Huo1, Brandon Helfield1,2, David Goertz1,2 1Department of Electrical and Computer Leigh3, David Hutchins2 1Physics, Ryerson University, Toronto, Ontario, Randall R. Kinnick1, Meng Yin2, James F. 1Imaging Research, Sunnybrook Research Institute, Engineering, University of Illinois at Urbana- 1Engineering, University of Warwick, Coventry, Canada Greenleaf1, Shigao Chen1 Toronto, Canada, 2Medical Biophysics, University Champaign, Urbana, Illinois, USA, 2Psychological Coventry, United Kingdom, 2School of Engineering, 1Physiology and Biomedical Engineering, Mayo of Toronto, Toronto, Canada and Brain Sciences, University of California, Santa University of Warwick, United Kingdom, Clinic College of Medicine, Rochester, Minnesota, Barbara, Santa Barbara, California, USA, 3Engineering, University of Warwick, United USA, 2Radiology, Mayo Clinic College of Medicine, 3Bioengineering, University of Illinois at Urbana- Kingdom Rochester, Minnesota, USA Champaign, Urbana, Illinois, USA
P6Aa-6 A Monte Carlo study on the effects P6Ab-3 High Frequency Acoustic Radiation P6Ac-2 Optical Fluorescence Studies of P6Ad-2 Coherent Plane-Wave Compounding P6B-4 Effect of Angle Errors in Conical Tip of erythrocyte oxygenation on Force Elastography for Imaging the Elastic Perfluorocarbon Droplet Vaporization and Minimum Variance Beamforming Buffer Rods photoacoustic signals Properties of Tissues Nikita Reznik1, Minseok Seo1,2, Ross Williams2, Andreas Austeng1, Carl-Inge C Nilsen1, Are FC Javier Garcia-Alvarez1, Miguel Garcia- Ratan K Saha1, Michael C Kolios1 Cho-Chiang Shih1, Chih-Chung Huang1 Naomi Matsuura1,2, Peter Burns1,2 Jensen1, Sven Peter Näsholm1, Sverre Holm1 Hernandez1, Juan Antonio Chavez1, Antoni Turo1, 1Department of Physics, Ryerson University, 1Department of Electrical Engineering, Fu Jen 1Medical Biophysics, University of Toronto, 1Department of Informatics, University of Oslo, Jordi Salazar1 Toronto, Ontario, Canada Catholic University, Taiwan Canada, 2Sunnybrook Research Institute, Toronto, Oslo, Oslo, Norway 1Electronic Engineering, Universitat Politècnica de Canada Catalunya UPC, Barcelona, Barcelona, Spain
P6Aa-7 The use of optically activated P6Ab-4 Finite Element Modeling for Shear P6Ac-3 Using Fluidity Regulation to Control P6Ad-3 SNR-Dependent Coherence P6B-5 Guided Waves in a Seven-Wire nanoparticles to enhance controlled lesion Wave Elastography Size Distribution of Lipid-coated Bubbles Weighting for Minimum Variance Strand under Vertical Load formation from high intensity focused 1 1 2 1 1 Beamforming 1 1 ultrasound exposures Shiwei Zhou , Jean-Luc Robert , John Fraser , Yan Chung-Hsin Wang , Chih-Kuang Yeh Isamu Oguma , Toshihiko Sugiura Shi1, Hua Xie1, Vijay Shamdasani2 1Department of Biomedical Engineering and Yu-Hsin Wang1, Pai-Chi Li1 1Mechanical Engineering, Keio University, James McLaughlan1, Todd W. Murray2, Ronald A. 1Philips Research North America, USA, 2Philips Environmental Sciences, National Tsing Hua 1Natoinal Taiwan University, Taiwan Yokohama, Kanagawa, Japan Roy3 Healthcare, USA University, Taiwan 1Electronic and Electrical Engineering, University of Leeds, Leeds, West Yorkshire, United Kingdom, 2Mechanical Engineering, University of Colorado Boulder, Boulder, CO, USA, 3Mechanical Engineering, Boston University, Boston, MA, USA 67
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68 2011 IEEEInternational UltrasonicsSymposium 1:00 pm - 4:30 pm Poster --- Friday, October 21, 2011 Caribbean Ballroom III-V
P6B-6 Ultrasound based system and P6C-7 Propagation of Surface Acoustic methodology for in-line, real time, process Waves in Two-Dimensional Periodic monitoring and control Structures Johan Wiklund1, Mats Stading1 Sergey Nikitov1, Valery Grigorievskii1, Iosif 1Structure and Material Design, SIK-The Swedish Kotelyanskii1, Sergey Suchkov2 Institute for Food and Biotechnology, Gothenburg, 1IRE RAS, Russian Federation, 2Saratov State Västra Götaland, Sweden University, Russian Federation
Session P6C. P6C-8 Basic Study of Property of Planate Acoustic Lens Constructed with Phononic Phononic Crystals Crystal Structures Takenobu Tsuchiya1, Tetsuo Anada1, Nobuyuki Chair: Abdelkrim Khelif Endoh1, Sayuri Matsumoto2, Kazuyoshi Mori3 Centre National de la Recherche 1Faculty of Engineering, Kanagawa University, 2 Scientifique Yokohama, Japan, The Port and Airport Research Institute, Yokosuka, 239-0826, Japan, 3National Defense Academy, Yokosuka, Japan
P6C-1 Reducing Anchor Loss in P6C-9 Propagation Characteristics of Micromechanical Resonators using Surface Acoustic Waves under Hexagonal Phononic Crystal Strips Phononic Gratings Feng-Chia Hsu1, Jin-Chen Hsu2, Tsun-Che Ventsislav Yantchev1, Victor Plessky2, Ilia Huang1, Chin-Hung Wang1, Ping Chang1 Katardjiev1 1Microsystems Technology Center, Industrial 1Solid State Electronics, Uppsala University, Technology Research Institute -South, Tainan 709, Uppsala, Sweden, 2GVR Trade SA, Switzerland Institute of Electrical and Electronics Engineers andElectronics ofElectrical Institute Taiwan, 2Department of Mechanical Engineering, National Yunlin University of Science and Technology, Douliou 64002, Yunlin, Taiwan
P6C-2 Isolation of acoustic waves in a sensor array utilizing phononic crystals Yung-Yu Chen1, Li-Chung Huang1, Tsung-Tsong Wu2, Jia-Hong Sun2 1Department of Mechanical Engineering, Tatung University, Taiwan, 2Institute of Applied Mechanics, National Taiwan University, Taiwan
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P6C-3 Complex band structure and evanescent Bloch waves in two-dimensional phononic plates Mourad Oudich1, Badreddine Assouar1,2 1Institut Jean Lamour, Nancy University - CNRS, Vandoeuvre-lès-Nancy, France, 2International Joint Laboratory (UMI 2958), Georgia Institute of
Technology - CNRS, ATLANTA, USA October18-21,2011
P6C-4 Experimental exploration of imaging properties of a two-dimensional flat lens made of phononic crystals Etoungh Dimitri Manga1,2, Lionel Haumesser1,2, Bruno Morvan2,3, Anne-Christine Hladky- Hennion2,4, Emmanuel Le Clézio1,2 1Laboratoire Imagerie et Cerveau, Equipe Caractérisation Ultrasonore et Piézoélectricité, Blois, France, 2Fédération Acoustique du Nord Ouest, FR CNRS 3110, France, 3Université du
Havre, Laboratoire Ondes et Milieux Complexes, Le Havre, France, 4Institut d'Electronique, de Microélectronique et de Nanotechnologie, ISEN, Lille, France
P6C-5 Ultrasonic Transmission through Plates Perforated with Compound Hole Arrays Hector Estrada1,2, Daniel Puig1, Vicente Gómez- Lozano1, Antonio Uris1, Pilar Candelas1, Francisco Belmar1, Francisco Meseguer1,2 1Centro de Tecnologías Físicas, Valencia, Spain, 2Instituto de Ciencia de Materiales de Madrid (CSIC), Madrid, Spain
P6C-6 Two-Dimensional Tunable Phononic Crystals Sz-Chin Lin1, Tony Huang1 1Engineering Science and Mechanics, The Pennsylvania State University, University Park, PA, USA 69
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2011 IEEE International Ultrasonics Symposium
Session Chairs
Abbott, Ben ...... 5A Holm, Sverre ...... P6Ad Nowicki, Andrzej ...... P1Ac Addison, R...... 4H Hoskins, Peter ...... P2Ad O'Brien, William ...... 1D Basset, Olivier ...... 1I Hossack, John ...... 1J Oelze, Michael ...... P3Aa Bezdek, Michal ...... P6B Hynhynen, Kullervo ...... P3Ae O'Leary, Richard ...... P2E Bhave, Sunil ...... 6I Insana, Michael ...... P3Ab Olsson, Roy H...... 5G Bleyl, Ingo ...... P2D Jensen, Jorgen ...... 1F, P5Ad Omori, Tatsuya ...... P1D Bouakaz, Ayache ...... 3I Kanai, Hiroshi ...... P2Ae Oralkan, Omer ...... 6A Bridal, Lori ...... P6Ac Kanda, Takefumi ...... P2Cb Oruklu, Erdal ...... P1B Brown, Jan ...... 4C Ketterling, Jeff ...... P5Ac Palmeri, Mark ...... P2Ac Cain, Charles ...... P2Aa Khelif, Abdelkrim ...... P6C Patel, Mihir ...... 5J Chapelon, Jean-Yves ...... P4Ad Khuri-Yakub, Pierre ...... P5B Pereia Da Cunha, Mauricio ...... 4F, 6J Chitnis, Parag ...... P6Aa Kokkonen, Kimmo ...... P2Ca Reynolds, Paul ...... 6C Clement, Greg ...... 2J Kolios, Michael ...... 3C Ruppel, Clemens ...... 6G Cochran, Sandy ...... 6K Kudo, Nobuki ...... P4Ac Saillaint, Jean-Francois ...... P5E Dayton, Paul ...... 3D kupnik, Mario ...... P3B Saniie, Jafar ...... 4E de Jong, Nico ...... 3G Kurosawa, Minotu ...... 5F Schmitz, Georg ...... 2I de Korte, Chris ...... 2D Kuypers, Jan ...... P4D Seip, Ralf ...... 1B Degertekin, Levent ...... P1E Larson, John L...... 4B Sinha, Bikash ...... P5C Demirli, Ramazan ...... P2B Laude, Vincent ...... 5E Smith, Scott ...... 6B Demore, Christine ...... P3C Laugier, Pascal ...... 2E Tanter, Mickael ...... 3K D'hooge, Jan ...... 2A Lerch, Reinhard ...... P3E Thomas, Tom ...... P3Ad Ebinni, Emad ...... P6Ab Li, Pai-Chi ...... 3F, P5Aa Thomenius, Kai ...... 2B Elmazria, Omar ...... 5B Liebgott, Herve ...... P4Aa Torp, Hans ...... 1G Emelianov, Stanislav ...... 2H Lockwood, Geoff ...... P5E Tortoli, Piero ...... P2Ab Feld, Dave...... 6F Lopata, Richard ...... P5Ab van der Steen, Ton ...... 1E Feleppa, Ernest ...... 3A Lovstakken, Lasse ...... P1Ab Vetelino, John ...... 4A Ferrara, Katherine ...... 3B Lu, Jian-yu ...... 1C, P1Aa Wagner, Karl ...... 5C Foster, Stuart ...... 1H Maev, Roman ...... 4J Wang, Ji ...... 5K Fraser, John ...... 6D Malocha, Don ...... 6H Waters, Kendall ...... P3Ac Freear, Steven ...... 5I Matsukawa, Mami ...... P4Ab Wicox, Paul ...... 4D Furgason, Eric ...... P4B Matula, Tom ...... 3H Wilkening, Wilko ...... 3E Greenleaf, James ...... 2G Mayer, Andreas ...... P4C Wu, Tsung-Tsong ...... 5D Greve, David ...... 4K Miler, James ...... 3J Yong, Yook-Kong ...... P1C Hall, Anne...... 2K Nakamora, Kentaro ...... 4I Yuan, Jian ...... 5H Hall, Christopher ...... 1A Nighingale, Kathy ...... 2F Yuhas, Donal E...... 4G Hall, Timothy ...... 1K Nikolov, Svetoslav ...... 2C Zhou, Qifa ...... 6E
70 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Author Index
A Audren, Boulme ...... P1E-6 Bernard, Cindy ...... P1B-1 Aurbry, Jean-François .... 2G-5, 2J-4, 2J-5, P4Ad-4 Bernard, Olivier ...... 1I-2 Aase, Svein A...... P2Ae-3 Austeng, Andreas ...... P1Aa-7, P5Aa-7, P6Ad-2, Bernard, Simon ...... P4Ab-1 Abbey, Craig ...... P2Ad-2, P6Ad-1 P6Ad-5 Bernardo, Sergio ...... P6Ab-1 Abbott, Ben ...... 5C-1 Awad, Nesmah ...... 3J-5 Bernassau, Anne L...... P3C-2 Abdolvand, Reza ...... 5B-2 Ayala-Grosso, Carlos ...... 1A-5 Berry, Gary ...... P5Ab-2 Abdulcadir, Dalmar ...... P5Ab-6 Aylward, Stephen ...... 3J-2 Berthillier, Marc ...... P1E-7 Abe, Touma ...... P2B-3 Azmy, Bichoy ...... P1E-1 Besson, Benoit ...... 3G-2 Abellard, André-Pierre ...... P2Ab-8 Azuma, Takashi ...... P4Ad-5 Beurskens, Robert ...... 3K-3 Abergel, Julie ...... 5I-6 Bezanson, Andre ...... 6C-5, P1Ac-3 Abolmaesumi, Purang ...... P4Aa-2 Bezdecny, Michelle ...... 6E-2 Abts, Carl ...... 2D-6 B Bhattacharjee, Kushal ...... P1D-3 Acconcia, Christopher ...... 3H-5 Baac, Hyoung Won ...... P5E-10 Bhuyan, Anshuman ...... 3E-5, 3E-6 Achaoui, Younes ...... 5G-4 Bachner-Hinenzon, Noa ...... 2D-3 Billard, Christophe ...... 4I-5, 5D-2 Acosta, Victor ...... P3C-3 Bader, Bernhard ...... P4D-2 Billson, Duncan ...... P6B-3 Adam, Dan ...... 2D-3, 2K-4 Bae, Jinho ...... 4J-1 Binah, Ofer ...... 2D-3 Adamson, Rob ...... 1F-4, 6C-5 Bae, Moo-Ho ...... P1Aa-8 Birer, Alain ...... 1B-4 Adamson, Robert ...... P1Ac-3 Baggesen, Leslie M...... 1K-6 Birkelund, Yngve ...... 4A-1, 4J-5 Adibi, Ali ...... 5D-3, P4D-7 Bakshi, Saurabh ...... 4D-1, 6E-3, PS-19 Birtill, David ...... 3C-5, P6Aa-3 Adler, Joe ...... 5A-4 Balaram, Sandhya ...... 2H-6 Biryukov, Sergey ...... 6G-5 Afadzi, Mercy ...... P3Ae-6 Balasubramaniam, Krishnan ...... 4I-2, 4K-4, 4K-6 Bischof, John ...... P4Ad-6 Ahn, Bongyoung ...... 4G-2, P3B-1 Balasubramanian, Karthikeyan ...... 4K-5 Bjällmark, Anna ...... P4Ac-4 Ahn, Changjun ...... 5C-2, 5C-5, P2D-11 Balcerzak, Andrzej ...... P1C-4 Bjåstad, Tore ...... 2B-2, P2Ae-3, P3E-1 Ahopelto, Jouni ...... 5E-4, PS-11 Baldwin, David ...... 4I-3 Bjurstrom, Johan ...... 6F-5, P4D-5 Aid, Marc ...... 5I-6 Balek, Rudolf ...... P1C-3 Blaak, Sandra ...... P5E-6 Akamatsu, Ryo ...... P2B-1 Ballandras, Sylvain ...... 6F-1, 6H-6, P2D-8 Blackshire, James ...... 4H-1, 4K-2, P2Ca-5 Akgul, Mehmet ...... 6I-4 Ballard, John ...... P4Ad-10, P4Ad-6 Boch, Anne Laure ...... 2J-4, P4Ad-4 Akkus, Zeynettin ...... 2F-2 Ballyns, Jeffrey ...... P2Ac-4 Bock, Martin ...... 5K-1 Aksnes, Astrid ...... 6C-4 Bamber, Jeffrey ...... 3C-5, P5Ab-2, P6Aa-3 Bohmer, Marcel ...... 3I-2 Ali, Murtaza ...... 6B-3, P1Ac-15 Bance, Manohar ...... 1F-4 Boisseau, Sebastien ...... 4I-5 Alizad, Azra ...... P2Ac-5 Bantignies, Claire ...... 6B-2 Bok, Tae-Hoon ...... 4J-1, P1Ab-9 Allain, Marjolaine ...... 5I-6 Baravelli, Emanuele ...... 4D-2, 4E-5 Bokov, Alexei ...... 5I-1 Allémann, Eric ...... 3H-3 Barbosa, Daniel ...... 1I-2 Bond, Leonard ...... 4I-3 Alles, E.J...... 6C-6, P4Aa-6, P4C-7 Bardin, David ...... P3Ae-1 Boni, Enrico ...... P1Ac-5, P1B-5 Allon, Michael ...... 2D-6 Bardong, Jochen ...... 6J-1, 6J-2, 6J-5 Boots, Henk ...... 5B-1 Almekkawy, Mohamed ...... P4Ad-10 Barenholz, Yechezkel ...... 4A-2 Borges, Helena ...... P5Ac-5 Alnes, Solveig S...... P1Ab-5 Barkmann, Reinhard ...... 2E-1 Borodina, Irina ...... P5C-1 Alter, Katharine ...... P2Ad-1 Barlage, Douglas ...... 6C-2 Bosboom, E.M.H...... 2D-5 Alves, Kelly ...... P5Ac-5 Baron, Thomas ...... 6F-1 Bosch, Hans ...... 2K-4 Alzina, Francesc ...... 5E-4, PS-11 Bartasyte, Ausrine ...... P5C-4 Bosch, Johannes G...... 2B-6, 2F-2, 3K-3, P2Ab-3, Amador, Carolina ...... 1K-5, 2G-2 Bartusch, Juergen ...... P4B-4 5E-6 Ami, Olivier ...... 1K-2 Basarab, Adrian ...... P2Ae-8, P3Ac-1 Boser, Bernhard E...... P4E-3 Amirian, James ...... 3C-6 Bashford, Gregory ...... P1Ab-10 Bossy, Emmanuel ...... P4Ab-7 Anada, Tetsuo ...... P6C-8 Basnet, Mohan ...... 5E-5 Bouakaz, Ayache ...... 3H-6, P2Ab-4, P2Ab-8, Anderas, Emil ...... P2D-5 Basset, Olivier ...... 1C-4, P3Aa-6, P5Ab-6, P6Ac-7 P3Ad-10, P5Ac-1 Angelsen, Bjørn ...... P3Ae-6 Bassi, Luca ...... 2C-3, P1Ac-5 Bouchard, Richard ...... 3F-3 Antonov, Sergey ...... P2Ca-4 Bassignot, Florent ...... P2D-8 Bouchez, Stefaan ...... 1I-4, 2D-1 Apte, Nikhil ...... P1E-8 Bauer, Christian ...... 6H-1 Bousquet, Laurence ...... 1K-3 Aptela, Florent ...... 1B-4 Bauer, Daniel ...... P6Aa-4 Boussel, Loïc ...... 2H-3 Ara, Yuta ...... P2B-6 Baulac, Michel ...... 1G-6, 3K-1 Bovtun, Viktor ...... P4B-4 Arakawa, Mototaka ...... P4B-5 Bautista, Rick ...... 1H-5 Bozkurt, Ayhan ...... 6A-4, 6D-4 Arapan, Lilia ...... P2D-5 Beaulieu-Ouellet, Emilie...... 2J-5 Brace, Chris ...... P5Ab-1 Araujo, D...... P1D-9 Beckmann, Martin F...... 3F-2 Bradway, David ...... 2A-3 Arditi, Marcel ...... 3G-3, 3H-3 Bednarik, Michal ...... 5K-6, P4C-2, P4C-4 Brand, Sebastian ...... 4E-3 Arendshorst, William ...... P6Ac-6 Beegle, Julie ...... 3D-4, P4Ac-1 Brayman, Andrew A...... 3G-4 Arif, Muhammad ...... P1Aa-9 Beerwinkle, Austin D...... 6C-1 Brekke, Birger...... P2Ae-3 Aristizábal, Orlando ...... 3C-1 Behler, Russell ...... P2Ac-1 Brekken, Reidar ...... 1C-6 Aristizabal, Sara ...... 2F-5 Bejarano-Duran, Fernando ...... P3E-5 Brekow, Gerhard ...... P4B-4 Arnal, Bastien ...... 1B-2 Bel, Alain ...... 2A-6 Bretagne, Alice ...... 1A-6 Arvanitis, Costas ...... 1B-5 Belmar, Francisco ...... P6C-5 Breugnot, Sebastien ...... 4H-6 Asada, Takaaki ...... P2Ae-2 Benachi, Alexandra ...... 1K-2 Brewer, Anthony ...... 6E-2 Asami, Rei ...... 1A-3, P6Aa-9 Benchabane, Sarah ...... 5D-2, 5D-4 Brewin, Mark ...... P3Aa-10 Åsen, Jon Petter ...... 1C-5 Benech, Nicolas ...... 2F-3 Brice, Jean-Michel ...... 6G-2 Ashkenazi, Shai ...... 5I-5, PS-17 Benoit, Roman ...... P1E-6 Bridal, S.Lori ...... P2Ab-10 Assouar, Badreddine ...... 5G-3, 6J-1, 6J-5, P6C-3, Benson, John ...... 2G-4, P3Aa-7 Bridal, Sharon Lori ...... P3Ad-11 PS-12 Bercoff, Jeremy ...... 1K-3, 2G-5 Britz, Gavin ...... 6K-4 Astafiev, Konstantin ...... P2E-4 Berer, Thomas ...... 5G-5, P1B-4 Brodin, Lars-Åke ...... P2Ae-5, P4Ac-4 Atalar, Abdullah ...... 6A-4, 6D-4, 6D-6, PS-18 Berganzo, Javier ...... P3C-3 Brown, Daniel ...... P2Ab-1, P2Ab-2 Aubert, Isabelle ...... 1A-5 Bernal, Maria-Pilar ...... 5D-4 Brown, Jeremy ...... 1F-4, 6C-5, P1Ac-3 Aubert, Thierry ...... 6J-1, 6J-2, 6J-5 Bernal, Miguel ...... 2A-1 Browne, Jacinta ...... P3Aa-10
Ultrasonics, Ferroelectrics, and Frequency Control Society 71 2011 IEEE International Ultrasonics Symposium
Browning, Richard J...... 3I-4 Chen, Jin ...... P5E-5 Costa-Felix, Rodrigo ...... P3Ac-6 Bruckner, Gudrun ...... 6J-1, 6J-2, 6J-5 Chen, Jing ...... 5C-5 Couade, Mathieu ...... 1K-3, 2A-6 Bruenig, Raimund ...... P2D-1 Chen, Johnny L ...... 3B-2, 3B-3 Courjon, Emilie ...... P2D-8 Brum, Javier ...... 2F-3 Chen, Junying ...... P1Ac-7 Courtney, Brian ...... 2K-2 Bubb, Nigel ...... P3Ac-7 Chen, Ke ...... P6Ab-8 Courtney, Charles ...... 4B-5 Bull, Joseph ...... 1D-5 Chen, Lingyao ...... P4D-6 Coussios, Constantin-C...... P5Aa-6 Bullitt, Elizabeth ...... 3J-2 Chen, Lizhuo ...... 5E-2 Couture, Olivier ...... 1A-6, 3G-2, 3H-4 Buma, Takashi ...... 3C-3, 6B-5, P5E-9 Chen, Ming-Yung ...... 4K-2 Coviello, Christian ...... P5Aa-6 Burgess, Alison ...... 1A-5 Chen, Pay-Yu ...... 3E-4 Cowell, David ...... P1Aa-9, P1Ac-2 Burgholzer, Peter ...... 5E-1, 5G-5, P1B-4 Chen, Peter ...... 2I-5, P2Ad-5 Cretu, Edmond ...... P1E-2 Burke, Lauren M. B...... 1K-6 Chen, Ruimin ...... P2E-11 Cristman, Paul ...... 6A-1 Burns, Peter ...... P6Ac-2 Chen, Shigao ...... 1K-4, 1K-5, 2F-6, 2G-2, 2G-3, Croënne, Charles ...... 5G-6 Bush, Nigel ...... P5Ab-2 P6Ab-2, P6Ab-6 Crowley, Anna Lisa ...... 2A-3 Butler, Mairead ...... P3Aa-10 Chen, Shih-Jui ...... P2D-2 Crozatier, Bertrand ...... 2A-6 Byram, Brett ...... 2A-3, 2F-1, 2G-1, PS-2, PS-3 Chen, Siping ...... P6Ab-8 Cruz, Daniela ...... 6B-5 Bzyl, Jessica ...... 3I-6 Chen, Sung-Liang ...... 3F-1 Cueff, Matthieu ...... 5I-6 Chen, Tao ...... 4F-5 Cuffe, John ...... 5E-4, PS-11 Chen, Wei-Tsen ...... P3Ab-6 Cui, Hanyin ...... 4I-4 C Chen, Weizhong ...... 3B-1 CUI, Weicheng ...... 3B-1 C.V., Krishnamurthy ...... 4K-4 Chen, Xucai ...... 2I-6, 3B-4 Culshaw, Brian ...... P1B-4 Cachard, Christian ...... 1C-4, P3Aa-6, P4Aa-7, Chen, Yuling ...... 1H-4 Cumming, David R. S...... P3C-2 P5Ab-6, P6Ac-7 Chen, Yung-Yu ...... P4D-8, P6C-2 Curatalo, Lindey ...... P2Ad-1 Cai, Feiyan ...... 4G-5, P3C-4, P6Ab-5, PS-8 Chen, Yun-Sheng ...... P6Aa-1, PS-5 Czurratis, Peter ...... 4E-3 Caidahl, Kenneth ...... P4Ac-4 Chen, Zao ...... P1Ac-1 Cain, Charles ...... 2D-2, 2I-1, 2I-2, 2I-3, 3A-1, Chen, Zhijun ...... 4F-5, P5B-5 P3Ae-2, P3Ae-7, P5Ab-4 Cheng, Jiqi ...... 2E-3, P4Ab-2 D Calás, Hector ...... P2E-5 Cheng, Po-Wen ...... P3Ac-2 D’hooge, Jan ...... 1C-5 Caliano, Giosue ...... P1E-5, P4B-6 Cheng, Xiaoyang ...... 6K-6 Dahl, Jeremy ...... 1J-2, 1J-4, 2G-6, 3K-4, P2Ad-3, Calle, F...... P1D-9 Cheng, Xin ...... P3C-4 P3Aa-3 Candelas, Pilar ...... P6C-5 Cheng, Yi ...... P5Ad-1 Dahl, Tobias ...... 4A-4 Cannata, Jonathan ...... 2I-5, 2K-1, P4E-6, PS-6 Chenot, Jeremy...... P4Ad-9 Daigle, Ron ...... P1Ab-2 Cannata, Jonathan M...... P5E-1 Chenot, Jérémy...... P3Aa-6 Damiano, Diane ...... P2Ad-1 Cao, Joey ...... P3Ad-8 Chertov, Andriy M...... P1B-5, P6B-1 Damy, Jacques-Antoine ...... 6G-2 Capilla, Jose ...... P4D-1, P4D-4 Cheung, Chris ...... P6Ab-1 Daniau, William ...... 6H-6 Caplain, Emmanuel ...... P3B-2 Cheung, Maurice Cha-Kiu ...... P2E-7 Danilouchkine, Mikhail G...... 3K-3 Carlier, Julien ...... P4E-2, P4E-5 Cheverton, Mark ...... 6E-2 Dantas, Tarcísio ...... P3Ac-6 Carlson, Lindsey ...... P3Aa-3 Chiang, Chi-Shiun ...... P5Ad-4 Daoud, Mohammad I...... P4Aa-2 Carson, Paul ...... 3K-5 Chiba, Toshio ...... 3J-6 Dapp, Robin ...... 1C-2, P3Ab-3 Casey, Jonathan ...... P6Ac-5 Chin, Tao-Lun ...... P2D-10 Darinskii, Alexander ...... P1D-4 Caskey, Charles ...... 3D-4, P4Ac-1, P4Ad-3 Chino, Shota ...... 5F-3 Daschewski, Maxim ...... 5K-3 Casper, Andrew ...... P3Ae-8, P4Ad-10 Chitnis, Parag V...... 3C-1, P2Ab-7 Dave, Jaydev ...... 3B-6, P2Ab-1, P2Ab-2 Catheline, Stefan ...... 2F-3 Chitti Venkata, Krishnamurthy ...... 4K-6 Davenport, Matthew ...... 1I-5 Caughey, Melissa ...... 1K-6, P2Ac-1 Chivukula, Venkata ...... P5B-4 Davies, Catharina de L ...... P3Ae-6 Certon, Dominique ...... P5Aa-1, P5Ac-1 Chlon, Ceciel ...... 3I-2 Davulis, Peter ...... 6J-3, PS-15 Cervenka, Milan ...... 5K-6, P4C-2, P4C-4 Cho, SeungHyun ...... 4G-2, P3B-1 Dawson, Andrew ...... 5J-3, P3Aa-1 Cha, Jung Hyui ...... P5E-4 Choe, Jung Woo ...... 3E-5, 3E-6, P2Ad-5 Dayton, Paul ...... 3J-2, 4A-6, P6Ac-6, PS-10 Chalek, Carl ...... P2Ab-1, P2Ab-6, P2Ac-5 Choe, Youngki ...... 6E-5 Dayton, Paul A...... 3D-5, P2Ab-5, P3Ad-2, Chamaly, Stephane ...... 5C-4 Choi, Hojong ...... P1Ac-11 P3Ad-8, P3Ad-9, P3Ae-1 Chan, Betty ...... 2K-3 Choi, Hon Fai ...... 2B-3, 2B-4, 2D-4 de Borst, Gert Jan ...... 2H-2 Chan, Donald L. S...... P1Ab-1 Choi, Hongsoo ...... 5B-4 de Britto, Marcelo ...... P5Ac-5 Chan, Eva ...... 3D-2 Choi, Jeunghwan ...... P4Ad-6 de Jong, Nico ...... 2B-6, 3B-5, 3D-1, 3I-1, 3K-3, Chan, Peggy ...... 4G-4, 6I-6 Chommeloux, Luc ...... 6F-1 P2Ab-3, P2Ab-9, P3Ad-6, P5E-6, PS-4 Chang, Chih-Hsiung ...... 4D-3 Chong, Wui K...... 1K-6 de Korte, C.L. 2D-5, 2H-2, 3A-3, P4Aa-1, P5Ab-3 Chang, Jin Ho ...... P3Ac-5, P5E-4 Chuembou, Fabrice ...... P5Ac-3 de la Rama, Alan ...... P2Ad-5 Chang, Ping ...... P6C-1 Chung, Hao-Yu ...... P1Ac-13 De Marchi, Luca ...... 4D-2, 4E-5 Chang, Young-Fo ...... 4D-3 Chung, Youngsoo ...... 6B-1 De Santis, Gianluca ...... 2H-1, P4Aa-5 Chapagain, Kamal Raj ...... 6D-2 Cieslik, Lucyna ...... P1Ac-10 De Vieilleville, François ...... P3Ac-1 Chapelon, Jean Yves ...... P1Ac-12 Cinthio, Magnus ...... 2K-6, P2Ca-2 de Wild, Marco ...... 5B-1 Chapelon, Jean-Yves ...... 1B-3, 1B-4, P3Ae-5, Ciplys, Daumantas ...... P5B-4 Declercq, Nico F...... 5G-1 P4Ad-1, P4Ad-9 Claus, Piet ...... 1C-5, 1I-2, 1I-4, 2D-1 Defaÿ, Emmanuel ...... 4I-5, 5D-2, 5I-6, 6G-1 Chapuis, Pierre-Olivier ...... 5E-4, PS-11 Clement, Marta...... P4D-1, P4D-4 Deffieux, Thomas ...... 1K-3 Charrel, Thomas ...... 1B-4 Clezardin, Philippe ...... P3Ae-5 Degertekin, F. Levent ...... 1F-1, 6A-3, 6A-5, Chaudhry, Farooq ...... 2H-6 Cloutier, Guy ...... 2F-4, 2H-5, 3J-4, P3Aa-15 P1Ac-8, P1E-4 Chaudhry, Zaffir ...... 4D-1 Cochard, Etienne ...... 2E-5 Degroote, Joris ...... 2H-1, P4Aa-5 Chauvet, Dorian ...... 2J-4, P4Ad-4 Cochran, Sandy ...... 4B-2, 4B-4, 5H-5, 6K-5, Dekker, James ...... 6I-1 Chavez, Emigdio ...... 5E-4, PS-11 P5E-2, P5E-8 Dekosry, Thomas ...... 5E-4, PS-11 Chavez, Juan Antonio ...... P6B-4 Cohen, Ivan ...... 1G-6, 3K-1 Delarama, Alan ...... 2I-5 Chavrier, Francoise ...... 1B-4, P4Ad-1 collet, bernard ...... 5J-4 Dellepiane, Sara ...... P3Ab-4 Chen, Alan ...... 5C-1 Collis, James ...... P3Ad-10 Demi, L...... 2B-5, 5K-2, P4C-7 Chen, Albert ...... 1H-3 Contag, Christopher ...... 6A-1 Demirli, Ramazan ...... P1B-1 Chen, Harry ...... 5I-4 Corner, George ...... P5E-2 Demore, Christine ...... 4B-2, 4B-4, 5H-5, P5E-8 Chen, Hong ...... 3G-4, P5Aa-8 Coron, Alain ...... 3A-2 den Dekker, Wijnand ...... 2K-1, PS-6 Chen, Jia-Jiun ...... P5Ad-4 Correas, Jean-Michel ...... 3G-3 Denarie, Bastien ...... 2B-2 Chen, Jikai ...... P1Ac-1 Cosconea, Simona ...... 1K-3 Deng, Cheri X...... 2I-4, 3A-1
72 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Deng, Julia ...... 4E-2 Ermert, Helmut...... P3B-6 Fukuda, Makoto ...... P2B-8 Dentinger, Aaron ...... 2I-5, P2Ad-5 Ernsting, Mark ...... 1A-1 Fuller, Michael I...... 1J-6 Derode, Arnaud ...... P4Ab-7 Ertracht, Offir ...... 2D-3 Desmulliez, Marc ...... P5E-8 Esashi, Masayoshi ...... 6I-2, 6I-3 Despesse, Ghislain ...... 4I-5 Escoffre, Jean-Michel ...... 3H-6 G Destrempes, François ...... P3Aa-15 Espinoza, Andreas ...... P2Ad-6 Gaal, Mate ...... P4B-4 Detwiler, Randy K...... 1K-6 Estrada, Hector ...... P6C-5 Gachagan, Anthony ...... P3E-2 Devos, Arnaud ...... P2Ca-3, P4D-1 Evans, Stephen ...... P4Ac-5 Gachagan, Tony ...... P5E-3 DeWall, Ryan ...... P5Ab-1, P6Ab-7 Evans, Tony ...... P3Ac-7 Gachon, Dorian ...... 6F-1 Dhanaliwala, Ali H...... 3B-2, 3B-3, 3H-1 Even, Lisa ...... P4Ad-3 Galipeau, Jeffery ...... 6G-4, PS-14 D'hooge, Jan ...... 1C-6, 1I-2, 1I-4, 2B-3, 2B-4, Everbach, Carr ...... 1A-2, 1D-4 Gallippi, Caterina ...... 1K-6, P2Ac-1, P2Ac-3 2D-1, 2D-4, 5K-4, P2Ad-6, P2Ae-5 Evertsson, Maria ...... P2Ca-2 Gallot, Thomas ...... 2F-3 Di Tullio, Marco ...... 2K-5 Gambhir, Alok ...... 2A-5 Dianis, Scott ...... 1F-5, P2Ab-1, P2Ab-2, P2Ab-6 Gamble, Kevin ...... 5C-1 Diarra, Bakary ...... P4Aa-7 F Gandhi, Gaurav ...... P5E-7 Dickie, Kris ...... 1J-5, 3B-6, P6Ab-1 Faez, Telli ...... 3B-5, 3I-1, PS-4 Gandini, Alessandro ...... 1B-3 Dietenbeck, Thomas ...... 1I-2 Fan, Ching-Hsiang ...... 2J-2, P3Ad-5 Ganguly, Milan ...... 1A-5 Diez, Luis ...... P2E-5 Fan, Liexiang ...... 2G-4, P3Aa-7 Gao, Hang ...... 2B-3, 2B-4 Diou, Odile ...... P2Ab-10 Farag, Fawzy ...... P5Ab-3 Gao, Liming ...... P4C-6 Djuth, Frank ...... P4E-7 Farzbod, Farhad ...... 4H-4 Gao, Shunji ...... 1A-2, 1D-4 Doherty, Joshua ...... 2G-6 Fatemi, Mostafa ...... P2Ac-5 Gao, Xiaohu ...... 3F-4 Doinikov, Alexander ...... P3Ad-10 Fattal, Elias ...... P2Ab-10 Gao, Zheng ...... P1Ac-1 Dominique, Certon ...... P1E-6 Feingold, Steven ...... P3Ae-1, P6Ac-6 Garan, Hasan...... 2A-5 Dominique, Gross ...... P1E-6 Feitz, Wout ...... P5Ab-3 Garbin, Valeria ...... 3D-1 Doring, Joachim ...... P4B-4 Feleppa, Ernest J...... 3A-2 Garcia, Damien ...... 1G-3 Dorr, Adrienne ...... 1G-5 Felmetsger, Valery ...... 6J-4, P2E-1, P4D-1 Garcia, Julien ...... 6H-6 Dos Santos, Serge ...... P2Ab-8 Feltovich, Helen ...... P3Aa-3 Garcia, Leo ...... P5Ab-2 Doucet, Cory ...... P1Ac-9 Feng, Guanping ...... 4F-3, P5E-5 Garcia-Alvarez, Javier ...... P6B-4 Douziech, Florian ...... P2Ae-8 Ferferieva, Vesselina ...... 2D-4 Garcia-Hernandez, Miguel ...... P6B-4 Doyley, Marvin ...... P2Ae-4 Férin, Guillaume ...... P5Ac-1 Garland, Phil ...... 6C-5 Dransart, Estelle ...... 3H-4 Fernandez, Luis ...... P3C-3 Garrett, Nicholas ...... P6Ac-6 Drinkwater, Bruce ...... 4B-5, 4J-4 Ferrara, Katherine ...... 3D-4, P4Ac-1, P4Ad-3 Gaud, Emmanuel ...... 3H-3 Drvol, Lucas ...... 1A-2, 1D-4 Ferrera, Vincent ...... 2J-3, 3I-3 Geers, Bart ...... 3H-6, 3I-1, PS-4 Du, Jianke ...... 4C-6, P5C-2 Ferreri, Suzanne ...... 1D-2 Gelderblom, Erik ...... 3I-1, PS-4 Du, Yigang ...... P4Aa-4, P5Ac-4, P5Ac-6 Feuillard, Guy ...... 4E-4 Gelehrter, Sarah ...... 2I-2 Du, Zhongmin ...... P3Ad-4 Fifer, Carlen ...... 2I-2 Gemmeke, Hartmut ...... 1C-2 Dubus, Bertrand ...... 5G-6 Filoux, Erwan ...... 1F-3, 3C-1, P4B-1 Gencel, Mustafa ...... 3E-6 Dufait, Rémi ...... 6B-2, P5Ac-1 Fink, Mathias ...... 1B-2, 1G-6, 2J-4, 3G-2, Gennisson, Jean-Luc ...... 1K-2, 1K-3, P2Ac-2 Dufilié, Pierre ...... 5A-4, P1D-7, P1D-8 3K-1, P4Ad-4 Gerber, Lynn ...... P2Ac-4 Dumont, Douglas...... 2G-6 Fisher, Melrose W...... 1K-6 Gerber, Tadesse ...... P2Ac-4 Dumont, Erik ...... P4Ad-3 Fite, Brett ...... P4Ad-3 Gerhardt, Nils C...... 3F-2 Duncan, David ...... 2G-4, P3Aa-7 FitzGerald, Michael ...... 4F-2 Gertsch, Andreas ...... 3C-5, P6Aa-3 Dunkin, Bradley ...... 5H-3 Fitzpatrick, Glen...... 6C-2 Gessner, Ryan ...... 3D-5, 3J-2 Dunsby, Chris ...... P2Ac-6, P3Ab-1 Flockhart, Gordon ...... P1B-4 Ghoshal, Goutam ...... P3Aa-12, P3Aa-4 Dupre, Aurélien ...... 1B-3 Flynn, David ...... P5E-8 Giannantonio, Doug...... 2A-3 Duric, Neb ...... 4J-3 Flynn, John ...... P1Ab-2 Giannotti, Elisabetta ...... P5Ab-6 Dutta, Debaditya ...... 2H-4, P5Ab-7 Foiret, Josquin ...... P4Ab-5 Gifani, Parisa ...... 2C-4 Fong, Hoi Yan ...... 5C-4 Gilan, Brian ...... P1Ac-9 Forsberg, Flemming ...... 3B-6, P2Ab-1, P2Ab-2, Gjerald, Sjur Urdson ...... 1C-6 E P2Ab-6 Glaser, Kevin ...... 2F-5 Ealo, Joao ...... 4A-4, P4E-4 Fortineau, Jérôme ...... 4E-4 Glass, Nick ...... 4G-4 Ebbini, Emad ...... P3Ae-8, P4Ad-10, P4Ad-6 Foster, Stuart ...... 1G-5, 2K-2, 3D-2, 3D-3 Gluer, Claus ...... 2E-1 Ebner, Thomas ...... 5C-3 Fowlkes, Brian ...... 1D-5, 2I-1, 3A-1, P5Ab-4 Goehrig, Delphine ...... P3Ae-5 Echizenya, Kazuhiko ...... 5H-1 Franceschini, Emilie ...... 3J-4, 3J-5, P3Ab-2 Goericke, Fabian T...... P4E-3 Eckersley, Robert3I-4, P2Ac-6, P3Ab-1, P4Ac-3, P6Ac-5Franck, Teston ...... P1E-6 Goertz, David ...... 1A-4, 3D-3, 3H-2, 3H-5, Eftekhar, Ali A...... 5D-3 François, Bruno ...... P2D-8 P6Ac-1 Eftekhar, Ali Asghar ...... P4D-7 Franke Johansen, Tonni ...... P6Ad-5 Goettler, Drew F...... 5D-1 Eibert, Thomas ...... P4D-2 Fraser, John ...... 1K-4, P6Ab-4, P6Ab-6 Gómez Álvarez-Arenas, Tomas ...... P2E-5, P2E-8 Eisele, David ...... 6J-2 Fredriksen, Tonje D...... P1Ab-7 Gómez-Lozano, Vicente ...... P6C-5 Eisenbrey, John ...... 3B-6, P2Ab-1, P2Ab-2 Fredriksson, Sarah ...... P2Ca-2 Gomis Bresco, Jordi ...... 5E-4, PS-11 Ekroll, Ingvild ...... P1Ab-8 Freear, Steven ...... P1Aa-9, P1Ac-2, P3Aa-13, Gonzales, Jonathan ...... 5B-2 El Hakiki, Mohamed ...... 6G-2 P3Ac-7, P4Ac-5, P6Ac-4 Gonzalez, Itziar ...... P3C-3 El-Gamal, Mourad ...... P1E-1 Freiburger, Paul ...... P3Aa-7 Gonzalez, Jose ...... P2Ab-1, P2Ab-2 El-Hennawy, Adel ...... P1E-1 French, Brent A...... 1I-3 Gorisse, Marie...... 5D-2 El-Kady, Ihab ...... 5D-1, 5G-2 French, Lester ...... 4F-2 Goto, Rei ...... P1D-2 Ellis, Bill ...... P3Aa-10 Friboulet, Denis ...... 1I-2, P3Ac-3 Gouws, Gideon ...... P3Aa-1 Elmazria, Omar ...... 6J-1, 6J-5, P5C-4 Friedrich, Claus-Stefan ...... 3F-2 Graf, Iulia ...... 3C-2 Elson, Daniel ...... P2Ac-6, P3Ab-1, P5Ad-1 Friend, James ...... 4G-3, 4G-4, 5F-4, 6I-6 Grant, Gerald ...... 6K-4 Elwenspoek, Miko C...... P4D-8 Frinking, Peter ...... 3G-3, 3H-3 Grata, Michelle ...... 2I-6 Emelianov, Stanislav ...... 3C-2, 3C-6, 3F-3, 3K-2, Fromageau, Jeremie ...... P5Ab-2 Gratier, Julien ...... 5C-1 P6Aa-1, PS-1, PS-5 Frydman, René ...... 1K-2 Greenleaf, James ...... 1K-4, 1K-5, 2A-1, 2F-5, Endoh, Nobuyuki...... P6C-8 Fu, Huili ...... 2I-6 2F-6, 2G-2, 2G-3, P6Ab-2, P6Ab-6 Enosawa, Shin ...... 3J-6 Fujii, Satoshi ...... P1D-5 Grégoire, Jean-Marc ...... 6B-2, P2E-4, P5Aa-1 Eranki, Avinash ...... P2Ad-1 Fujiwara, Joji ...... 5A-1 Gregory, Chris ...... 4E-3
Ultrasonics, Ferroelectrics, and Frequency Control Society 73 2011 IEEE International Ultrasonics Symposium
Grenier,Nicolas ...... P2Ac-2 Hata, Masaki ...... 3A-2 Huang, Kai-Han ...... 3E-3, P5Aa-4 Greve, David ...... P2D-10 Hatfield, Karla ...... P3Aa-16 Huang, Lianjie ...... P4Aa-3 Griesmar, Pascal ...... 5E-6, P3B-2 Haugaard, Per ...... 1G-1 Huang, Li-Chung ...... P6C-2 Griffin, Jeffrey ...... 4I-3 Haugen, Bjorn Olav ...... 1G-2 Huang, Lingyun ...... P6Aa-8 Grigorievskii, Valery ...... P6C-7 Haugen, Geir ...... 2B-2 Huang, Sheng-Min ...... P4Ad-2 Grimal, Quentin ...... 2E-1, 2E-5, P4Ab-1 Haumesser, Lionel ...... P6C-4 Huang, Tony ...... P6C-6 Grondin, Julien ...... 2E-1 Haupert, Sylvain...... 2E-2, P4Ab-1 Huang, Tsun-Che ...... P6C-1 Gross, Dan ...... P4B-1 Hayashi, Katsuhiro ...... P5B-3 Huang, Ying ...... P5Ac-2 Gross, Mitchell ...... 6E-5, P2D-2 Hayward, Gordon ...... 4J-2 Huang, Yiping...... P4E-2, P4E-5 Grün, Hubert ...... P1B-4 Hazle, John ...... 3F-3 Huang, Zhihong ...... 5H-5, 6K-5 Guderian, Matthias ...... 5K-3 He, Jianfei ...... 1G-5 Hueting, Ray ...... 6F-4, P4D-3 Guerard, Sandra ...... 2E-1, 2E-2 He, Jingchu ...... P1D-11 Huffman, Alan ...... 4E-3 Guhr, Glen ...... P2D-1 He, Shitang ...... P1D-10 Hughes, David A...... 4B-4 Gui, Ping ...... P1Ac-1 He, Zhihua ...... P1Ac-9 Humphrey, Tye ...... 2F-5 Guibal, Aymeric ...... P3Ad-11, P6Ac-7 Heesakkers, John ...... P5Ab-3 Hunter, Alan ...... 4J-4 Guidi, Francesco ...... P1Ac-5, P2Ab-9 Heger, Stefan ...... P5Ac-3 Huo, Xuan ...... 1A-4, 3D-3, 3H-2, P6Ac-1 Guillaume, Ferin ...... P1E-6 Helfield, Brandon ...... 3D-3, P6Ac-1 Hurley, David ...... 4H-4 Guldiken, Rasim ...... 5B-3 Helguera, Maria ...... P3Aa-16 Hutchins, David ...... P6B-3 Guo, L. Jay ...... P5E-10 Hemmsen, Martin ...... P5Ac-6 Hynynen, Kullervo ...... 1A-4, 1A-5, 3H-2, 3H-5, Guo, Sijia ...... 6K-2 Hemmsen, Martin Christian ...... 1F-2, 1F-6, P4Ad-8 Guo, Xinqing ...... P5E-9 P3Ab-5, P5Ad-3 Hysi, Eno ...... 3F-5 Gupta, Rajan ...... 1I-5 Hensel, Karin ...... P3Ad-1 Hyun, Dongwoon ...... 2A-3, 2G-6 Guracar, Ismayil ...... P6Ac-6 Hergum, Torbjørn ...... 1C-6, P1Ab-7 Gurm, Hitinder ...... 2I-3 Herickhoff, Carl ...... 6K-4 Gurun, Gokce ...... 1F-1, 6A-3, P1Ac-8, P1E-4 Herrera, Gabriela ...... P3Ad-8 I Gust, Norbert ...... P2B-7 Hettich, Mike ...... 5E-4, PS-11 Iborra, Enrique ...... P4D-1, P4D-4 Heyde, Brecht ...... 1I-4, 2D-1, P2Ae-5 Ida, Yasuyuki ...... P1D-6 High, Katherine ...... P2Ac-1 Idzenga, Tim ...... 2H-2, P5Ab-3 H Hikita, Mitsutaka ...... P5B-1 Igarashi, Juei ...... P3B-7 Ha, Kanglyeol ...... P3Aa-9, P5C-6 Hill, Martyn ...... 4B-1 Igarashi, Tatsuo ...... P5Ad-2 Haak, Alexander ...... 2B-6 Hirano, Hideki ...... 6I-3 Ikenaga, Yuki ...... P2Ae-2 Hackenberger, Wesley ...... 5H-3, P2E-10 Hladky, Anne-Christine ...... 5G-6 Ilg, Jürgen ...... 6C-3 Hadj Henni, Anis ...... 2F-4, 2H-5 Hladky-Hennion, Anne-Christine ...... P6C-4 Imamura, Kosuke ...... 4C-3 Hajireza, Parsin ...... 3F-6, PS-7 Ho, Jenny ...... 6I-6 Imano, Kazuhiko ...... P2B-8 Hajnal, Jo ...... 3I-4, P6Ac-5 Ho, Jung ...... 5H-2 Ingham, Elizabeth ...... 3D-4 Hall, Anne L ...... P2Ab-6 Ho, Min-Chieh ...... 6D-5, P1E-3 Ingram, Charles ...... 3K-6 Hall, Timothy ...... 2I-1, P3Aa-3, P5Ab-4, P5Ab-5 Hochman, Michael ...... 1F-1 Ingram, Pier ...... P2Ad-8 Hall, Timothy J...... 3A-5 Hoctor, Ralph ...... 1F-5 Inoue, Shogo ...... 6H-2, 6H-3 Hall, Timothy L...... 3A-1 Hoff, Lars ...... 5I-2, P2Ad-6, P2B-5 Insana, Michael ...... P2Ad-2, P6Ad-1 Halldorsdottir, Valgerdur .. 3B-6, P2Ab-1, P2Ab-2 Hoffman, Joseph ...... 2E-4, P4Ab-3 Ioana, Cornel...... P1B-1 Hamaoka, Yosuke ...... 5A-1 Hofmann, Martin R...... 3F-2 Iriarte, G.F...... P1D-9 Hamidullin, Vakif ...... P3B-5 Holewijn, Suzanne ...... 2H-2 Isago, Ryoichi ...... P2Cb-1 Hammond, Jennifer ...... P2Ac-4 Holland, Mark ...... 2E-4, 3J-3, P4Ab-3 Ishikawa, Mutsuo ...... P1C-1, P2E-3 Han, Jun ...... P3Ad-9 Hollender, Peter ...... 2A-2 Ishikawa, Takahiro ...... P5C-3 Han, Pengdi ...... 5H-4 Holm, Sverre ...... P1Aa-7, P5Aa-7, P6Ad-2, Ishizuka, Takashi ...... P2B-6 Han, Tao ...... P1D-1, P1D-11 P6Ad-5 Ito, Shigeo ...... P2D-4 Hansen, Bernt Inge ...... 5J-2 Hong, Ji-Hong ...... P5Ad-4 Ito, Takumi ...... 3J-6 Hansen, H.H.G...... 2D-5 Hoogi, Assaf ...... 2K-4 Itoh, Hideaki ...... P3B-3, P4C-1, P5C-3 Hansen, Hendrik ...... 2H-2, P4Aa-1 Hooi, Fong Ming ...... 3K-5 Itoh, Susumu ...... P3B-3 Hansen, Jens Munk ...... 1F-2, 1F-6, 1G-1, P1Aa-1, Hopkins, Patrick ...... 5D-1 Iula, Antonio ...... P4B-6 P5Ac-6, P5Ad-3 Horikoshi, Hideharu ...... P4B-5 Iversen, Daniel Høyer ...... P1Ab-3 Hansen, Karsten ...... P2E-4 Horinaka, Hiromichi ...... P3Aa-5 Iwaki, Masafumi ...... 6H-2, 6H-3 Hansen, Peter Møller ...... 1F-2, 1G-1 Horiuchi, Shuhei ...... P3B-4 Iwasaki, Eiko ...... 1B-1 Hansen, Rune ...... P3Ae-6 Hosaka, Jun ...... P5B-1 Iyama, Yoshitada ...... 6G-3 Hansen, Yngve Hofstad ...... P3Ae-6 Hossack, John A...... 1C-1, 1I-3, 1J-6, 3B-2, Izukawa, Yu ...... P3Aa-5 Hara, Motoaki ...... 5A-2, 6H-2, 6H-3 3B-3, 3H-1, 6K-1, P1Aa-4, P3Ac-4 Izyumin, Igor ...... P4E-3 Haritonova, Alyona ..... P3Ae-8, P4Ad-10, P4Ad-6 Hou, Gary Y...... P4Ad-7 Harley, Joel B...... 4E-1, PS-9 Hou, Jiaoli ...... P1D-10 Harput, Sevan ...... P1Aa-9, P3Aa-13, P3Ac-7, Hou, Zhilin ...... 5G-3, PS-12 J P4Ac-5, P6Ac-4 Houle, Helene ...... 1I-2 Jaakkola, Antti ...... 6I-1 Harrer, Andrea ...... 5K-3 Hoyt, Kenneth ...... 2D-6, 3G-5, 3I-5, P4Ac-2 Jacobs, Jim ...... P1D-8 Harris, C. Thomas ...... 5G-2 Hsiao, Wei-Tien ...... 4H-2 Jacobsen, Svein ...... P4B-2 Harris, Paul ...... 5I-3, 5I-4, 5J-3 Hsiao, Yi-sing ...... 2I-4 Jaeger, Michael ...... 3C-5, P6Aa-3 Harris, Robert ...... 4I-3 Hsieh, Bao-Yu ...... 3F-1 Jafari, Sara ...... P2Ab-10 Harrison, Tyler ...... P6Aa-2 Hsin-hsien, Wu...... P1Ab-4 Jakob, Anette ...... 4B-3 Hartmann, Heiko ...... 6G-2 Hsu, Christina ...... 1I-5 Jakovljevic, Marko ...... 2A-3, 3K-4 Harvey, Brian ...... 2K-3 Hsu, Feng-Chia ...... P6C-1 Janeczko, Anna ...... P3Aa-10 Hasegawa, Hideyuki ...... 2B-1 Hsu, Jin-Chen ...... P6C-1 Jang, So Yoon ...... 1K-6 Hashiba, Kunio ...... P2Ae-6 Hu, Xiaoge ...... 3F-4 Jansen, Krista ...... 2K-1, PS-6 Hashimoto, Ken-Ya ...... 5A-1, 5A-2, 5A-3, 5C-2, Hu, Xiaowen ...... 3D-4, P4Ac-1 Jansman, André ...... P4D-3 5C-3, 5C-5, P1D-2, P1D-5, P2D-11 Huang, Chih-Chung ...... 1C-3, 3E-4, P3Aa-14, Jansson, Tomas ...... 2K-6, P2Ca-2 Hashizume, Hiromichi ...... 4D-4, 4D-5, 4D-6, 6I-5 P3Ab-6, P6Ab-3 Jasaityte, Ruta ...... 1I-4, 2D-1 Hashizume, Makoto ...... P4Ad-5 Huang, Dejin ...... 4C-6, P5C-2 Jay, Michael ...... P3Ad-9 Hasler, Paul ...... P1Ac-8 Huang, Guan-Lu...... P1Ac-13 Jen, Cheng-Kuei ...... P2E-7
74 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Jensen, Are Charles ...... P1Aa-7, P5Aa-7 Khuri-Yakub, Butrus (Pierre) T...... 1H-1, 2I-5, Kudo, Motoi ...... P5Aa-2 Jensen, Are FC ...... P6Ad-2 3E-5, 3E-6, 6A-1, 6D-1, 6D-3, 6D-5, P1E- Kühnicke, Elfgard ...... 5K-1, P2B-7 Jensen, Casper Bo...... P5Ad-3 3, P1E-8, P2Ad-5 Kulakova, Liudmila ...... 5K-5 Jensen, Geir Uri ...... 5I-2 Kielczynski, Piotr ...... P1C-4 Kulkarni, Vishal ...... 4D-1 Jensen, Henrik ...... 1J-3, P4Aa-4, P5Ac-4 Kiessling, Fabian ...... 3I-6 Kumar, Biju ...... 5B-1 Jensen, Jonas ...... P5Ad-3 Kikuchi, Tsuneo ...... P1C-1, P2E-3 Kümmritz, Sebastian ...... P2B-7 Jensen, Jørgen Arendt ...... 1F-2, 1F-6, 1G-1, 1G-4, Kikuta, Toshiyuki ...... 6I-3 Kumon, Ronald E...... 2I-4, 3A-1 2C-1, 3E-1, P1Aa-1, P1Aa-3, P1Ab-6, Kilroy, Joseph P...... 6K-1 Kunin, Vitaliy ...... P2B-4 P3Ab-5, P4Aa-4, P5Ac-4, P5Ac-6, P5Ad-3 Kim, Bongsang...... 5D-1, 5G-2 Kuo, Jay ...... 3F-1 Jeong, Jong Seob ...... 2I-5, 4G-1, P5E-1 Kim, CheolGi ...... 4G-2, P3B-1 Kuo, Min-Liang ...... P3Ad-7 Jeong, Mok-Kun ...... P1Aa-8 Kim, Deokyoung ...... 5H-2 Kupnik, Mario...... 6D-5, P1E-3, P1E-8 Jernigan, Kristel L...... 1K-6 Kim, Eun Sok ...... 6E-5, P2D-2 Kurihara, Kenji ...... P6B-2 Ji, Hongfen ...... P2E-11, P2E-6 Kim, Gi Duck ...... P3Ac-5 Kurosawa, Minoru ...... P1C-1, P2E-3 Ji, Xinming ...... P4E-2, P4E-5 Kim, Han ...... 2A-3 Kuroyama, Takanobu ...... P3B-7 Jia, Weidi ...... P2B-4 Kim, Hyung Ham ...... 4B-3, P3C-5 Kushibiki, Jun-ichi ...... 6F-6, P4B-5 Jiang, Jingfeng ...... P5Ab-5 Kim, Jeong Seok ...... 5H-2 Kuypers, Jan ...... 6J-4 Jiang, Pingping ...... 1D-3 Kim, Jin-Ho ...... P5B-4 Kuznetsova, Iren ...... P5C-1 Jiang, Xiaoning ...... 4D-1, 6E-3, 6K-2, PS-19 Kim, Juho ...... 4J-1 Kyouya, Haruki ...... 6H-4 Jin, Qiaofeng ...... 4G-5, P6Ab-5, PS-8 Kim, Jungsoon ...... P3Aa-9, P5C-6 Jo, Myeong Chan ...... 5B-3 Kim, Kang ...... 2H-4, P5Ab-7 Johannes, Ludger ...... 3H-4 Kim, Moojoon ...... P3Aa-9, P5C-6 L Johansen, Jarle André ...... 5J-2 Kim, Raymond ...... 2A-3 Labyed, Yassin ...... P4Aa-3 Johansen, Tonni Franke ...... 5I-2, P3Ae-6 Kim, Sangwon ...... 5B-4 Lafon, Cyril ...... 1B-4, P1Ac-12 Johnson, Christopher ...... 4A-3 Kim, Seungsoo ...... 3K-2, P6Aa-1, PS-1, PS-5 Lagree, Pierre-Yves ...... P2Ae-2 Johnson, Kennita ...... P3Ad-2, P6Ac-6 Kim, Yohan ...... 2D-2, 2I-2 Lal, Amit ...... P2Cb-3 Johnson, Paul A...... 2E-2 Kim, Yongmin ...... P1Ac-15 Lam, Duc ...... 1H-5 Johnstone, Sherri ...... 4I-4 Kimura, Tetsuya ...... P1D-6 Lamberti, Nicola ...... P4B-6 Jong, Nico de ...... 2F-2 Kinnick, Randall R...... P6Ab-2 Lamuraglia, Michele ...... P3Ad-11 Jongen, G.J.L.M...... 2D-5 Kirikera, Goutham R...... 6C-1 Lancée, Charles T...... P5E-6 Jordao, Jessica ...... 1A-5 Kirkhorn, Johan ...... P5Ad-5 Lange, Theis ...... 1F-2 Jose, Sumy ...... 6F-4, P4D-3 Kiss, Gabriel ...... 1C-5 Langer, Mathias ...... P3Ab-4 Joshi, Vidya ...... 4I-2 Kivell, Dayna-Maree ...... P3Aa-1 Lani, Shane ...... 6A-3 Joy, Joyce ...... P5E-2 Kiwitt, Juergen E...... 6H-1 Lantis, John ...... 2H-6 Judd, Robert ...... 2A-3 Kiwitt, Jürgen ...... P4D-2 Laokulrat, Natsuda ...... 4D-5 Juffermans, Lynda J.M...... 3D-1 Klee, Mareike ...... 5B-1 Lardiès, Joseph ...... P1E-7 Jungwirth, Mario ...... P3E-3 Klein, Stefan ...... 2B-6 Laroche, Thierry ...... 6H-6 Klibanov, Alexander ...... 3B-3, 3H-1, P3Ad-4 Larrat, Benoit ...... 2A-4, 2J-4 Kling, Terry ...... 1J-3 Larsson, Malin ...... P4Ac-4 K Ko, Ray ...... 4K-2 Larsson, Matilda ...... P2Ae-5, P4Ac-4 Kaczkowski, Peter ...... P1Ab-2 Koch, Robert D...... 6H-1 Lasaygues, Philippe ...... P3Ab-2 Kadota, Michio ...... 5A-3, P1D-6, P2D-4 Koda, Ren ...... 3J-6 Lassagne, Pierre-Patrick ...... 4I-5, 6F-1 Kaivola, Matti ...... 4C-1 Kogan, Paul ...... P6Ac-6 Lau, Sien-Ting ...... P1Ac-11, P2E-11, P2E-6 Kakimoto, Takashi ...... 3J-6 Kohl, Valerie ...... 1K-2 Laude, Vincent ...... 5D-2, 5D-4, 5G-1 Kakio, Shoji ...... P5B-3 Kokhuis, Tom J.A...... 3D-1 Laugier, Pascal ...... 2E-1, 2E-2, 2E-5, 3A-2, Kakkad, Vaibhav ...... 1J-1 Kokkonen, Kimmo ...... 4C-1 P4Ab-1, P4Ab-5 Kalinin, Victor ...... 5B-5 Kolesov, Vladimir ...... P5C-1 Lavarello, Roberto J...... 3A-4, P3Aa-4 Kaltenbacher, Manfred ...... P3E-3 Kolios, Michael C...... 1A-1, 3C-4, 3F-5, P6Aa-5, Lay, Holly ...... P1Ac-4 Kamijima, Akifumi ...... 5C-4 P6Aa-6 Le Clézio, Emmanuel ...... P6C-4 Kamp, Otto ...... 3D-1 Kondo, Shuichi...... P2Cb-2 Le Diraison, Yohan...... 5E-6 Kanai, Hiroshi ...... 2B-1 Kondoh, Eiichi ...... P5B-3 Le Guillou, Delphine ...... P3Ad-11 Kanda, Takefumi ...... 5F-2 Konicek, Petr ...... P4C-2, P4C-4 Le Huerou, Jean-Yves ...... 5E-6 Kang, Along ...... P1D-1 Konofagou, Elisa ..... 2A-5, 2H-6, 2J-1, 2J-3, 2K-5, Le Louarn, Arnaud ...... P2Ca-3 Kang, Shih-Tsung ...... 3D-6, P3Ad-3, P3Ae-4, 3I-3, P3Ae-3, P4Ad-7 Le Moal, Patrice ...... P1E-7 P4Ac-6 Kooiman, Klazina ...... 3D-1, P3Ad-6 Le Rhun, Gwenael ...... 5I-6 Karadayi, Kerem ...... P1Ac-15 Kook, Taeho ...... 5C-1 Leassort, Franck ...... 6B-2 Karaman, Mustafa ...... 1F-1 Koppolu, Sujeeth ...... P2Ab-7 Lebedeva, Natalia ...... 4A-6, PS-10 Karloff, Anthony C...... P1B-5, P6B-1 Korukonda, Sanghamithra ...... P2Ae-4 Lebrasseur, Eric ...... 6F-1, P2D-8 Karpiouk, Andrei ...... 3C-6, 3F-3 Kotelyanskii, Iosif ...... P6C-7 Lecarpentier, Frederic ...... 5I-4 Karshafian, Raffi ...... 3H-2 Kotter, Elmar ...... P3Ab-4 LeCarpentier, Gerald ...... 3K-5 Kasaeifard, Alireza ...... 4E-6 Kouamé, Denis ...... P3Ac-1 Lediju, Muyinatu ...... 1J-4 Katardjiev, Ilia ...... 4F-1, 6F-5, P2D-5, P4D-5, Koyama, Daisuke .... 5F-1, P2Cb-1, P2Cb-2, PS-13 Lee, Abraham ...... 4B-3, 4G-1, P3Ae-1, P3C-5 P6C-9 Koymen, Hayrettin ...... 6A-4, 6D-4, 6D-6, PS-18 Lee, Byung Chul ...... 3E-5, 3E-6, 6D-3 Kato, Yasuhiro ...... 5F-3 Kozick, Richard ...... P5Aa-6 Lee, Changyang ...... 4B-3, 4G-1, P3C-5 Kawabata, Ken-ichi ...... 1A-3, P6Aa-9 Kreibich, Ondrej...... P1B-3 Lee, Chong Hyun ...... 4J-1 Kawashima, Norimichi ...... P1C-1, P2E-3 Kremer, Florence ...... 2D-4, P2Ae-5 Lee, Choonghwa ...... P5C-6 Kaya, Mehmet ...... 2I-6 Kreutzbruck, Marc ...... 5K-3, P4B-4 Lee, Han-Woo...... P1Aa-8 Kemmerer, Jeremy ...... P3Aa-12 Krishnan, Kajoli ...... P5Ad-5 Lee, Ho-Yong ...... 5H-2 Kenmotsu, Hajime ...... P4Ad-5 Kristoffersen, Kjell ...... P3E-1 Lee, Hyunggyun ...... 2K-2 Kerby, Benjamin ...... P6Ab-1 Kruger, Grant ...... 6K-6 Lee, Jaejin ...... P5Aa-3 Ketterling, Jeffrey A. .. 1F-3, 3C-1, P2Ab-7, P4B-1 Kruizinga, Pieter ...... 3K-2, PS-1 Lee, Jungwoo ...... 4B-3, 4G-1, P3C-5 Keur, Wilco ...... 5B-1 Kruse, Dustin ...... 3D-4, P4Ac-1, P4Ad-3 Lee, Keewon ...... P5Ab-7 Khan, Ammar ...... 6B-5 Kuang, Yang ...... 6K-5 Lee, Po-Yang ...... 1C-3, 3E-4, P3Aa-14 Kheirolomoom, Azadeh ...... 3D-4 Kubart, Tomas ...... 6F-5 Lee, R...... P1D-9 Khelif, Abdelkrim ...... 5D-3, 5G-4, P4D-7 Kubinyi, Michal ...... P1B-3 Lee, Ru-Yue ...... 5A-5
Ultrasonics, Ferroelectrics, and Frequency Control Society 75 2011 IEEE International Ultrasonics Symposium
Lee, Wei-Jiunn ...... P3Ad-7 Liu, Jian-Hung ...... P5Aa-4 Marsac, Laurent ...... 2J-4, P4Ad-4 Lee, Wei-Ning ...... 2A-4, 2A-6 Liu, Ji-Bin ...... 3B-6, P2Ab-2 Martin, Gilles ...... 6F-1, P2D-8 Lee, Woo Youl ...... P5Aa-3 Liu, Jinjin ...... 1A-2, 1D-4 Martin, Guenter ...... 6G-5 Lee, Ya-Hsuan ...... P3Ae-4 Liu, Mengyang ...... 3C-3, P5E-9 Martinez, Loic...... P3B-2 Lee, Ya-Shuan ...... 3D-6 Liu, Minghua ...... P1D-10 Martz, Thomas D...... P3Ae-1 Lefebvre, Jean-Pierre ...... P3Ab-2 Liu, Shen-Iuan ...... 3E-3 Maruyama, Yuko ...... P4B-5 Legrani, Ouarda ...... P5C-4 Liu, Ting-Yu ...... 1C-3, P3Aa-14 Marzani, Alessandro ...... 4E-5 Legros, Mathieu ...... P5Ac-1 Liu, Xin ...... P6Ab-5 Måsøy, Svein-Erik ...... P3Ae-6 Leigh, Simon ...... P6B-3 Liu, Yu ...... P4Ad-3 Masters, Donald ...... 1H-5 Leirset, Erlend ...... 6C-4 Liu, Yu-Shyan ...... 4K-3 Mastik, Frits ...... 3K-3 Leitman, Marina ...... 2D-3 Loboa, Elizabeth ...... 6E-3, PS-19 Masuda, Hiroshi ...... P3Aa-11 Lemmerhirt, David F...... 6K-6 Lockhart, Mark...... 2D-6 Masuda, Kohji...... 3J-6 Lemor, Robert ...... 4B-3 Lockwood, Geoffrey ...... P1Ac-4 Mateo, Philippe ...... 2A-6 Lennon Jr., John M...... 4E-3 Loeckx, Dirk ...... 1I-4 Matéo, Tony ...... 6B-2, P5Aa-1 Lentacker, Ine ...... 3H-6, 3I-1, PS-4 Lof, John ...... 1A-2, 1D-4 Mathieu, Legros ...... P1E-6 Lenz, Michael ...... 5K-1 Logan, Andrew...... 1H-3 Matos, Dyanna ...... P5Ac-5 Lerch, Reinhard ...... 5E-2, 6C-3 Long, Xifa ...... 5I-1 Matsuda, Osamu ...... 5G-5 Lesage, Jean-Marc ...... P2D-8 Lopata, R.G.P...... 2D-5 Matsuda, Satoru ...... 5A-2 Leseman, Zayd C...... 5D-1 Lopata, Richard ...... 2H-2 Matsuda, Takashi ...... 5A-2 Lethiecq, Marc ...... P2E-4 Løvstakken, Lasse ...... 1G-2, 2H-1, P1Ab-3, Matsukawa, Mami ...... 2E-4, 2E-6, 4C-3, 5E-3, Leung, Annie ...... 2K-2 P1Ab-5, P1Ab-8, P4Aa-5 P2Ae-2, P2D-6, P4Ab-3, P4Ab-4, P4Ab-6, Leung, Corina ...... 3B-6 Lu, Jian-yu ...... P5Aa-8 P5C-5 Levassort, Franck ...... P2E-4 LU, Xiaoming ...... 6G-4, PS-14 Matsumoto, Kazuhiro ...... 6H-2 Lewandowski, Marcin ...... P1Ac-10 Lu, Xu ...... 4F-5 Matsumoto, Sayuri ...... P6C-8 Leyvi, Eugene ...... P3Ad-4 Lu, Yufeng ...... P1B-2 Matsumoto, Yoichiro ...... P4Ad-5 Leyvi, Evgeniy ...... 3I-2 Luan, Ying ...... 3I-1, P3Ad-6, PS-4 Matsunaga, Terry O...... P2Ab-5 Li, Brian ...... 2K-2 Lucas, Margaret ...... P3B-8, P3E-5 Matsunaka, Toshiyuki ...... P3Aa-5 Li, Fang ...... P2D-9 Lucidarme, Olivier ...... P3Ad-11 Matsushita, Mitsuyoshi ...... 5H-1 Li, Meng-Lin ...... P4Ad-2, P6Aa-10 Lui, Anthony ...... P1B-5 Matsuura, Naomi ...... P6Ac-2 Li, Minghui ...... 4J-2 Luick, Bob ...... 2G-4, P3Aa-7 Matsuyama, Tetsuya ...... P3Aa-5 Li, Pai-Chi ...... 3E-3, 3F-1, P2Ae-9, P3Ac-2, Luke, Geoffrey ...... P6Aa-1, PS-5 Matte, Guillaume M...... 3K-3 P5Aa-4, P6Ad-3 Lunde, Per ...... P3E-4 Matula, Thomas J...... 3G-4 Li, Qian ...... 3K-6, P2Ad-8 Lundgren, Bo ...... P3Ab-5 Matula, Tom ...... 3B-1 Li, Ronny ...... 2H-6 Luo, Jianwen ...... 2H-6, 2K-5, P4Ad-7 Mauchamp, Pascal ...... 6B-2 Li, Rui ...... P2Ac-6, P3Ab-1, P5Ad-1 Luo, Jun ...... P2E-10 Mauczok, Ruediger ...... 5B-1 Li, Shengcai ...... P1C-2 Luois, Samantha ...... P2Ab-5 Mauldin, Jr., F. William .....1C-1, P1Aa-4, P3Ac-4 Li, Shyh-Dar ...... 1A-1 Maurice, Roch Listz ...... P2Ae-1 Li, Tao ...... P4E-1 Maxwell, Adam ...... 2I-3, P3Ae-7 Li, Wei-Chang ...... 6I-4 M May, Jonathan ...... 1A-1 Li, Xiang ...... 2K-1, 6B-1, P2E-11, PS-6 M. Epelbaum, Boris ...... 6F-6 Mayer, Andreas ...... 5J-1 Li, Ye 1G-4 Ma, Jan ...... P5E-1 Mayer, Elena ...... 6J-2 Li, Yi-Jia ...... 6E-5, P2D-2 Ma, Jieming ...... P1Ac-15 Mayer, Markus ...... 5C-3, 6H-6 Li, Ying ...... P1Ab-9 Ma, Ping ...... P3Ad-2 Mc Sweeney, Sean ...... P2E-9 Li, Ying-Kai ...... P3Ad-7 Ma, Tingfeng ...... 4F-3 McAleavey, Stephen ...... 1J-1 Liang, Yu ...... 5H-3 MacDonald, Mike ...... 4B-2 McDannold, Nathan...... 1B-5 Liao, Ai-Ho ...... P3Ad-7 Mace, Emilie ...... 1G-6, 3K-1 McDonald, Maureen ...... 3B-6 Liao, Yen-Hsun ...... 5A-5 Machado, João ...... P3Ac-6, P5Ac-5 McGough, Robert ...... 4A-3, P4Aa-6 Liebgott, Hervé ...... P2Ae-8, P3Ac-3, P4Aa-7 Machado, Priscilla ...... P2Ab-1, P2Ab-2 McLaughlan, James ...... P4Ac-5, P6Aa-7, P6Ac-4 Lien, Ching-Ling ...... P5Ac-2 Machi, Junji ...... 3A-2 Meairs, Stephen ...... 2J-5 Light, Edward ...... 6B-4, 6K-4 Madden, John ...... 1I-5 Mehdizadeh, Saeed ...... P6Ad-5 Lin, Anderson ...... 6E-5, P2D-2 Madrid, J.G. Rodriguez ...... P1D-9 Mehrmohammadi, Mohammad ...... 3K-2, PS-1 Lin, Chih-Ming ...... 6J-4 Maeda, Yasushige ...... 4D-5, 6I-5 Melandsø, Frank ...... 4A-1, P4B-2 Lin, Dan ...... 1I-3 Maeda, Yoshinori ...... P3Aa-5 Melodelima, David ...... 1B-3, P3Aa-6, P3Ae-5, Lin, Fanglue ...... P6Ac-7 Maehara, Akiko ...... 1E-3 P4Ad-1, P4Ad-9 Lin, Feng ...... 2I-5, P2Ab-6 Maev, Roman Gr...... P1B-5, P6B-1 Meltaus, Johanna ...... 4C-1 Lin, Kuang-Wei ...... 2D-2, 3A-1 Mahajan, Aman ...... 2I-5 Meneou, Kevin ...... 5H-4 Lin, Lung-Chun ...... P2Ae-9 Mahajar, Aman...... P2Ad-5 Meng, Long ...... 4G-5, P3C-4, PS-8 Lin, Shih-Kai ...... 6E-4 Mahakian, Lisa ...... 3D-4, P4Ac-1 Mensah, Serge...... P3Ab-2 Lin, Sz-Chin ...... P6C-6 Malka, Assaf ...... 2D-3 Mercier, Laurent ...... 3G-3 Lin, Wei ...... 2E-3 Mallet, Vincent...... 1K-3 Merricks, Elizabeth ...... P2Ac-1 Lin, Yang ...... 6I-4 Malocha, Donald ...... P2D-7 Merton, Daniel ...... P2Ab-1, P2Ab-2 Lin, Yi-Hsun ...... P3Aa-2 Mamou, Jonathan ...... 3A-2, 3C-1, P2Ab-7 Meseguer, Francisco ...... P6C-5 Lindseth, Frank ...... P1Ab-3 Manasseh, Richard ...... P3Ad-10 Messas, Emmanuel ...... 2A-6 Lindsey, Brooks ...... P6Ad-4 Mandella, Mike ...... 6A-1 Metzger, Bloen ...... 3J-4 Lindström, Kjell ...... 2K-6 Manga, Etoungh Dimitri ...... P6C-4 Meyer-Plath, Asmus ...... 5K-3 Lindvere, Liis ...... 1G-5 Manh, Tung ...... 5I-2 Mézière, Fabien ...... P4Ab-7 Ling, Tao ...... 3F-1, P6Ab-5 Mano, Kazune ...... P3Aa-5 Mienkina, Martin P...... 3F-2 Linkhart, Ken ...... P1Ab-2 Mansfeld, Georgy ...... P1C-5 Miller, Cynthia ...... P2Ab-1, P2Ab-2 Lisenkov, Ivan ...... P4C-5 Mante, Pierre-Adrien ...... P2Ca-3 Miller, James...... 2E-4, 3J-3, P4Ab-3 Litniewski, Jerzy ...... P1Ac-10, P3Aa-8 Mao, Rong-Wei ...... 6E-4 Miller, Ryan ...... 2D-2 Liu, Changgeng ...... P4E-7 Maresca, David ...... 2K-1, PS-6 Millman, Stuart ...... 4I-4 Liu, Dalong ...... P4Ad-10, P4Ad-6 Margaritis, Paris ...... P2Ac-1 Milne, Michelle ...... 3J-3 Liu, Hao-Li ...... 2J-2, P1Ac-13, P3Ad-5, P3Ad-7, Mari, Jean Martial ...... P1Ac-12 Minonzio, Jean-Gabriel ...... 2E-5, P4Ab-5 P4Ad-2 Marquet, Fabrice ...... 2J-3, 3I-3, P4Ad-7 Mitchell, Scott...... 2F-5
76 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Mitobe, Seiichi ...... 6H-3 Neeson, Eimear ...... P3B-8 Orkisz, Maciej...... P2Ae-7 Mitri, Farid G...... P3C-7 Negreira, Carlos ...... 2F-3 Ortiz, Steve ...... 6F-2 Mitton, David ...... 2E-2 Nelson, Amber ...... 2E-4, P4Ab-3 Oruklu, Erdal ...... 4E-6, P1B-2, P2B-4 Miura, Michio ...... 5A-2, 5A-3 Nelson, Andrew ...... 6F-2 Osmanski, Bruno-Felix ...... 2C-2 Miyamoto, Yoshitaka ...... 3J-6 Nelson, Steve ...... 1H-5 Ossant, Frédéric ...... 6B-2, P5Aa-1 Miyasaka, Chiaki ...... 5E-5 Nenadic, Ivan ...... 2A-1, 2F-5 Ostrovsky, Lev ...... 4A-2 Mizuno, Katsunori ...... 2E-4, 2E-6, P4Ab-3, Neville, Ron ...... 1H-5 Otis, Brian ...... 6F-2 P4Ab-4, P4Ab-6 Ng, Jack Hoyd-Gigg ...... P5E-8 Otsu, Kenji ...... 6K-3 Mizuno, Takeshi ...... 5F-3 Ngo, Jacqueline ...... P3Ae-5 Otto, Paul ...... P2Ac-4, P2Ad-1 Mizuno, Yosuke ...... 5F-1, PS-13 Nguyen, Clark T.-C...... 6I-4 Oudich, Mourad ...... 5G-3, P6C-3, PS-12 Mizutani, Koichi ...... P3B-7 Nguyen, Janet ...... 5G-2 Overhoff, Heinrich Martin ...... 2C-5 Mizutani, Kyohei ...... 4D-4 Nguyen, Man ...... 1H-4, P5Aa-5 Owen, Kevin ...... 1C-1, 1J-6, P1Aa-4, P3Ac-4 Mleczko, Michal ...... 5B-1 Nguyen, Nghia ...... P2Ad-2, P6Ad-1 Owens, Gabe ...... 2D-2, 2I-2, 2I-3 Mo, Larry ...... P2Ab-6 Nguyen, Tho ...... 2I-5 Ozgurluk, Alper ...... 6D-6, PS-18 Mofid, Yassine ...... P5Aa-1 Nguyen, Thu-Mai ...... 2G-5 Ozmen-Eryilmaz, N...... 5K-2, P4C-7 Mohammadi, Saeed ...... 5D-3, P4D-7 Nguyen, Thuy ...... P2Ad-6 Moini, Azadeh ...... P2Ad-5 Nguyen, Vu Thanh-Hieu ...... 2A-5 Moiseyenko, Rayisa P...... 5G-1 Nichols, Timothy ...... P2Ac-1 P Mon, Lei ...... P3C-1 Nicolas, Senegond ...... P1E-6 Paeng, Dong-Guk ...... 4J-1, P1Ab-9 Montagnon, Emmanuel ...... 2F-4 Nielsen, Max ...... P1Ac-1 Pajek, Daniel ...... P4Ad-8 Montaldo, Gabriel ...... 1G-6, 2C-2, 3G-2, 3K-1 Nielsen, Michael Bachmann ...... 1F-2, 1G-1 Paks, David ...... P2Ca-1 Moore, Thomas ...... 1H-5 Nightingale, Kathy ...... 1I-5, 1K-1, 2G-1, PS-3 Palmeri, Mark ...... 1I-5, 1K-1, 2F-1, 2G-1, 6K-4, Moos, John ...... 1H-2 Nikitov, Sergey ...... P4C-5, P6C-7 P3Aa-3, PS-2, PS-3 Moran, Carmel ...... P3Aa-10 Nikolov, Svetoslav Ivanov ...... 1J-3, P1Aa-3 Palmowski, Moritz ...... 3I-6 Moreira, Milena ...... 6F-5, P4D-5 Nikoozadeh, Amin ...... 2I-5, 3E-6, 6D-3, P2Ad-5 Pan, Lihong ...... P2Ab-6 Mori, Kazuyoshi ...... P6C-8 Nilsen, Carl-Inge ...... P1Aa-7, P5Aa-7, P6Ad-2 Pandey, Manoj ...... P2Cb-3 Mori, Riccardo ...... P2Ab-9 Nilsson, Jan ...... 2K-6 Papadacci, Clement ...... 2A-6 Moriyama, Kenji ...... P4B-5 Nilsson, Tobias...... 2K-6 Papakonstantinou, Konstantinos ...... 4A-4 Moriyama, Tatsuya ...... 1B-1 Nitta, Naotaka ...... P3Aa-11 Pappalardo, Massimo...... P1E-5 Mortazavi, Omid ...... 1A-4, 3H-2 Niu, Lili ...... 4G-5, PS-8 Park, Ik-Keun ...... 5E-5 Morvan, Bruno ...... 5G-6, P6C-4 Nongaillard, Bertrand ...... P4E-2, P4E-5 Park, Jinhyoung ...... P5Ac-2 Moura, José M.F...... 4E-1, PS-9 Nordon, Alison ...... P5E-3 Park, Kwan Kyu ...... 6D-1, 6D-3 Moussa, Walied ...... 6A-6, 6C-2, P1Ac-14 Nori, Jacopo ...... P5Ab-6 Park, KyeongDong ...... 6I-2 Mouthaan, Koenraad ...... 6G-4, PS-14 Norli, Petter ...... P2B-5 Park, Seok Joon ...... P5Aa-3 Mulholland, Anthony ...... P3E-2 Novell, Anthony ...... P2Ab-4, P3Ad-10, P5Ac-1 Park, Simone ...... 2I-3, P3Ae-7 Muller, James ...... P1Ac-9 Nowicki, Andrzej ...... P1Ac-10, P3Aa-8 Park, Suhyun ...... 2I-5, P2Ab-1, P2Ab-2 Muller, Marie ...... 1K-2, P4Ab-7 Nyrnes, Siri Ann ...... 1G-2 PARK, Suhyun ...... P2Ab-6 Mullin, Lee ...... P3Ad-2, P3Ad-9 Park, Sung-Bae ...... P1Aa-8 Mulvana, Helen ...... 3I-4, P6Ac-5 Park, Yejoon ...... P3Aa-9 Mumper, Russell J...... P3Ad-2 O Parker, Michele ...... 2A-3 Munce, Nigel ...... 2K-2 O’Donnell, Matthew ...... 3F-4, P6Aa-8 Pasterkamp, Gerard ...... 2H-2 Munding, Chelsea ...... 2K-2 O’Flynn, Elizabeth ...... 3C-5, P6Aa-3 Pastore, Chistopher ...... 4K-5 Mung, Jay ...... 1H-2 O'Bannon, Janelle ...... 2G-4, P3Aa-7 Patel, Mihir ...... 4C-4 Murray, Todd W...... P6Aa-7 Odagawa, Hiroyuki ...... 6G-3, P2D-7 Patel, Vivek ...... 6K-4 Musset, Dominique ...... 1K-2 Odawara, Tatsuya ...... P1D-5 Patterson, Kristin ...... 3I-2 Muth, Stéphan ...... 1G-3 O'Donnell, Matthew ...... 2I-5, P2Ad-5 Patterson, Michelle P...... 3C-4 Mylvaganam, Saba ...... 4K-1 Oelze, Michael ...... 3A-2, 3A-4, P3Aa-12, P3Aa-4 Payen, Thomas ...... P3Ad-11 Oguma, Isamu ...... P6B-5 Pedersen, Mads Møller ...... 1F-6, 1G-1, P3Ab-5 Oguzman, Ismail ...... P1Ac-1 Pelissier, Laurent ...... 1J-5, P6Ab-1 N Ohaba, Motoyoshi ...... P2B-2 Pelivanov, Ivan ...... 3F-4, P6Aa-8 Naaijkens, Benno A...... 3D-1 Ohara, Yuya ...... P3Aa-5 Pellegretti, Paolo ...... P3Ab-4 Nabavizadeh, Alireza ...... 2G-2 Ohashi, Yuji ...... 6F-6, P4B-5 Pensala, Tuomas ...... 4C-1, 6I-1 Nagata, Shunro ...... 6F-6 Ok, Jong G...... P5E-10 Pereira da Cunha, Mauricio ...... 6J-3, PS-15 Nagatani, Yoshiki ...... 2E-4, P4Ab-3, P4Ab-4, Okada, Jumpei ...... 1B-1 Perelli, Alessandro ...... 4E-5 P4Ab-6 Okada, Nagaya ...... P2E-3 Periyaswamy, Thamizhisai ...... 4K-5 Naitou, Keiichi ...... P6B-2 Okajima, Kazue ...... 2K-5 Pernot, Mathieu ...... 1B-2, 2A-4, 2A-6, 2C-2, 2J-4, Nakagawa, Ryo ...... 6H-4 Okubo, Kan ...... P1Aa-5, P2B-6, P3Ac-8, P4B-7 P4Ad-4 Nakagawa, Yutaka...... P2B-2 Olcum, Selim ...... 6A-4, 6D-4, 6D-6, PS-18 Perois, Xavier ...... 6H-6 Nakahigashi, Yuta ...... P2D-6 O'Leary, Richard ...... P3E-2, P5E-3 Persson, Hans W ...... 2K-6, P2Ca-2 Nakamura, Hiroshi ...... 6H-2, 6H-3 Olivares, Jimena ...... P4D-1, P4D-4 Petherick, Russell ...... 5I-4 Nakamura, Hiroyuki ...... 5A-1, 5A-3, P1D-2 Olofsson, Tomas ...... 4J-5 Petit, Bénédicte ...... 3H-3 Nakamura, Kentaro ...... 5F-1, P2Cb-1, P2Cb-2, Olsson III, Roy ...... 5G-2 Petzold, Matthias ...... 4E-3 PS-13 Olsson III, Roy H...... 5D-1 Pflugrath, Lauren ...... P1Ab-2 Nakamura, Shigeki ...... 4D-6 Olsson, Fredrik ...... P2Ca-2 Pham, An H...... P3Ab-5 Nakanishi, Hidekazu ...... 5A-1, 5A-3, P1D-2 Olympio, K. Raymond ...... 5G-6 Phillips, Linsey C...... 3H-1 Nakao, Takeshi ...... 5A-3 Omori, Tatsuya...... 5C-2, 5C-5, P1D-5, P2D-11 Piazza, Gianluca ...... 6H-5 Nako, Katsuhiro ...... 6H-4 Omura, Tomohiko ...... P4B-7 Pichichero, Michael ...... P3Aa-16 Nam, Kibo ...... 3A-5 Ong, Chun-Kiat ...... 4B-5 Pierce, Gareth ...... P1B-4 Nam, Sang-Gyu ...... P1Aa-8 Ono, Yuu ...... P4B-3 Pigeat, Philippe ...... P5C-4 Näsholm, Sven Peter ..... P1Aa-7, P5Aa-7, P6Ad-2 Ooi, Andrew ...... P3Ad-10 Pihl, Michael Johannes ...... 1G-1, P1Ab-6 Nauleau, Pierre ...... 2E-5 Oord, Stijn van den ...... 2F-2 Pinton, Gianmarco ...... 2J-5, P2Ad-3 Naumenko, N...... P5B-2 Oppenheim, Irving ...... P2D-10 Piotrzkowska, Hanna ...... P3Aa-8 Naumenko, Natalya ...... 6J-6 Oralkan, Omer ...... 2I-5, 3E-5, 3E-6, 6A-1, 6D-1, Piratla, Sarvani ...... P2Cb-3 Navarro, Victor ...... P2Ab-1, P2Ab-2 P2Ad-5 Pisano, Albert ...... 6J-4, P4E-3
Ultrasonics, Ferroelectrics, and Frequency Control Society 77 2011 IEEE International Ultrasonics Symposium
Pislaru, Cristina ...... 2A-1 Rhim, Sungmin ...... 5H-2 Sato, Toru ...... P5Aa-2 Pitschi, F. Maximilian ...... 6H-1, P4D-2 Ricart, Thibault ...... 4I-5 Satoh, Yoshio ...... 5A-2, 6H-2, 6H-3 Plessky, Victor ...... 6J-2, P6C-9 Ricci, Stefano ...... 2C-3, P1Ac-5, P5Ab-6 Saueressig, Ulrich ...... P3Ab-4 Pluim, Josien ...... 2B-6 Richy, Julien ...... P3Ac-3 Savoia, Alessandro Stuart ...... P1E-5 Poelstra, Anke ...... 2C-5 Riedel, Florian ...... P5E-2 Sawyer, Andrew ...... 5A-4 Pol, Stanislas ...... 1K-3 Rigby, K Wayne ...... P2Ab-6 Sboros, Vassilis ...... P3Aa-10 Polascik, Thomas...... 1I-5 Riley, Christopher B...... 3C-4 Schaa, Dana ...... P1Aa-1 Polzikova, Natalia ...... P1C-5 Rimeika, Romualdas ...... P5B-4 Schiffner, Martin ...... P2Ad-4 Porée, Jonathan ...... P3Aa-15 Ringeard, Jean-Marie ...... P3B-2 Schinkel, Arend ...... 2F-2 Porter, Thomas ...... 1A-2, 1D-4 Ristow, Olivier ...... 5E-4, PS-11 Schmidt, Hagen ...... 6G-5, P1D-4, P2D-1 Posakony, Gerald...... 4I-3 Rivoire, Michel ...... 1B-3 Schmitt, Cédric ...... 2F-4, 2H-5 Pouet, Bruno ...... 4H-6 Ro, R. P1D-9 Schmitz, Georg ...... 2C-4, 3F-2, 3I-6, 5B-1, Pourabolghasem, Reza ...... P4D-7 Ro, Ruyen ...... 5A-5 P2Ad-4, P3Ad-1 Powers, Jeffery ...... 1A-2, 1D-4 Robbin, Michelle ...... 2D-6 Schneider, Fabio ...... P1Aa-2 Prada, Claire ...... 2E-5 Robert, Benjamin ...... 2J-4 Schurink, G.W.H...... 2D-5 Prager, Jens ...... 5K-3 Robert, Jean-Luc ...... 1K-4, P6Ab-4, P6Ab-6 Scola, Mallory...... 1K-6, P2Ac-1, P2Ac-3 Prakash, Raghu V...... 4I-2 Robin, Guillaume ...... 4E-4 Searfass, Cliff ...... P2D-9 Prieto, Jose Carlos ...... P4E-4 Rocheleau, Tristan ...... 6I-4 Seco, Fernando ...... P4E-4 Priev, Aba ...... 4A-2 Rohling, Robert ...... P1E-2, P4Aa-2 Seda, Robinson ...... 1D-5 Prins, Christian ...... 3K-3, P5E-6 Romano, Fabrice ...... 1B-4 Seddon, John ...... P4Ac-3 Probert Smith, Penny ...... P5Aa-6 Rønnekleiv, Arne ...... 6C-4, 6D-2 Segers, Patrick .... 2H-1, P1Ab-5, P1Ab-8, P4Aa-5 Proklov, Valery ...... P2Ca-4 Rosado-Mendez, Ivan M...... 3A-5 Segovia Fernandez, Jeronimo ...... 6H-5 Prosser, Laura ...... P2Ad-1 Rosenthal, Eben ...... 3I-5 Seip, Ralf ...... 3I-2, P3Ad-4 Prost, Remy ...... P3Ac-3 Rostocki, Aleksander ...... P1C-4 Selimovic, Nermin ...... P4D-2 Provost, Jean ...... 2A-5 Rotemberg, Veronica ...... 1K-1 Semkiv, Mykhailo ...... P4C-3 Prunnila, Mika ...... 5E-4, 6I-1, PS-11 Rouvière, Olivier ...... 3G-3 Senesi, Matteo...... 5G-3, PS-12 Puig, Daniel ...... P6C-5 Rouyer, Julien ...... P3Ab-2 Sennoga, Charles ...... P4Ac-3 Purssell, Christopher ...... P6B-3 Rouze, Ned ...... 2G-1, PS-3 Seo, Chi Hyung ...... 2I-5 Pye, Stephen ...... P3Aa-10 Roy, Ronald A...... P6Aa-7 Seo, Minseok ...... P6Ac-2 Rubinstein, Michael ...... 4A-6, PS-10 Serfaty, Stephane ...... 5E-6, P3B-2 Ruby, Rich ...... 6F-2 Serra-Hsu, Frederick ...... 2E-3, P4Ab-2 Q Ruiter, Nicole ...... 1C-2, P3Ab-3 Serusclat, André ...... 2H-3, P2Ae-7 Qi, Aisha ...... 6I-6 Rupitsch, Stefan ...... 5E-2, 6C-3, P3E-3 Sethuraman, Shriram ...... P3Ad-4 Qi, Shijie ...... 2H-5 Ruzzene, Massimo ...... 4D-2, 5G-3, PS-12 Seto, Shuichi ...... P3B-4 Qin, Peng ...... P2Aa-2 Rychak, Joshua...... P4Ac-1 Shah, Jay ...... P2Ac-4 Qin, Yexian ...... 3K-6, 4E-2, P2Ad-8 Rydén Ahlgren, Åsa ...... 2K-6 Shamdasani, Vijay ...... 1K-4, P6Ab-4, P6Ab-6 Qin, Yi-Xian ...... 1D-2, 2E-3, P4Ab-2 Shaner, Eric ...... 5G-2 Qiu, Wei ...... 5F-1, PS-13 Sharma, Srikanta ...... 4B-4 QIU, Weibao ...... 3E-2, P3C-1 S Shchepetov, Andrey...... 5E-4, PS-11 Qiu, Yongqiang ...... 4B-4 Sabra, Karim G...... 6A-3 Sheaff, Clay ...... 5I-5, PS-17 Qiu, Zhen ...... 5H-5 Sadat-Saleh, Said ...... 5D-4 Sheeran, Paul S...... P2Ab-5, P3Ae-1 Qu, Min ...... 3K-2, PS-1 Sadiq, Muhammad ...... 5H-5, 6K-5 Sheiko, Sergei ...... 4A-6, PS-10 Qu, Zhen ...... P4B-3 Sadtler, Sabrina ...... P2Ca-3 Shek, Pang ...... P1Ac-6 Queste, Samuel ...... P4E-2 Saegusa-Beecroft, Emi ...... 3A-2 Shen, Che-Chou ...... P1Ab-4, P3Ac-2 Quinsac, Celine ...... P3Ac-1 Saha, Ratan K ...... 3F-5, P6Aa-6 Shen, Yang ...... P6Ab-5 Sahn, David ...... 2I-5, P2Ad-5 Shen, Yi-Ting ...... P1Ac-6 Sahota, Bhupinder ...... 1G-5 Shevchenko, Talent ...... P3Ad-4 R Sahul, Raffi ...... 5H-3 Shi, Peng ...... P2E-6 Rabl, Michael ...... P3E-3 Saijo, Yoshifumi ...... 1E-1, 3J-1 Shi, Wei ...... 3F-6, PS-7 Radermacher, Klaus ...... P5Ac-3 Saillant, Jean-Francois ...... 6E-1 Shi, William ...... 1A-2, 1D-4, 3I-2, P3Ad-4 Raevskii, Alexander ...... P1C-5 Saini, Reshu ...... 3I-5, P4Ac-2 Shi, Yan ...... 1K-4, P6Ab-4, P6Ab-6 Ragai, Hani ...... P1E-1 Saito, Masashi ...... P2Ae-2 Shi, Yu ...... 5C-5 Raiton, Benjamin ...... P4Ac-5, P6Ac-4 Sakamoto, Takuya ...... P5Aa-2 Shiba, Michihisa ...... P1C-1 Rajagopal, Prabhu ...... 4K-6 Sakharov, S...... P5B-2 Shibusawa, Sakae ...... P2B-2 Raju, Balasundar ...... 3I-2, P3Ad-4 Salazar, Jordi ...... P6B-4 Shigehara, Nobuhiko ...... 3J-6 Ramadas, Nishal ...... P3E-2 Salcudean, Septimiu E...... P4Aa-2 Shih, Cho-Chiang ...... 1C-3, P3Aa-14, P3Ab-6, Ramalli, Alessandro ...... P1Ac-5, P5Ab-6 Salehi, Leili ...... 2C-4 P6Ab-3 Ramos, Antonio ...... P2E-5 Salut, Roland ...... 5D-4 Shih, Jeanne-Louise ...... P2E-7 Rasmussen, Joachim ...... P5Ac-4, P5Ac-6 Salzle, Martin ...... 5K-4 Shih, Ruey-Chyuan ...... 4D-3 Raymer, Robin ...... P2Ac-1 Samala, Ravi ...... P2Ad-7 Shih, Wan Y ...... 6B-1 Reed, Jason D...... 4E-3 Samimi, Kayvan ...... 3A-6 Shih, Wei-Heng ...... 6B-1 Regar, Evelyn ...... 1E-2 Samiotaki, Gesthimani ...... P3Ae-3 Shiina, Tsuyoshi ...... P5Aa-2 Reghu, Manoj ...... 4K-6 Sánchez-Morcillo, Víctor ...... P2Ab-8 Shikata, Shinichi ...... P1D-5 Reindl, Leonhard M...... 6J-2 Sangrador, Jesús ...... P4D-4 Shilton, Richie ...... 4G-4 Reinhardt, Alexandre ...... 5D-2, 6F-1 Saniie, Jafar ...... 4E-6, P1B-2, P2B-4 Shimada, Kenta ...... P2D-11 Reinke, Charles ...... 5D-1 Sano, Hiroyuki ...... 5E-3 Shimizu, Hiroshi ...... 6H-4 Reitinger, Bernhard ...... 5E-1, 5G-5 Sano, Motoaki ...... P2B-2 Shimoshio, Yoshifumji ...... 6G-3 Ren, Wei ...... P2E-11, P2E-6 Santillan, Arturo ...... P3C-6 Shin, Junseob ...... P1Aa-6 Ren, Zeying ...... 6I-4 Sarioglu, Ali Fatih ...... P1E-8 Shirakawa, Takashi ...... P2B-2 Renaud, Guillaume ...... 2F-2, 2K-1, 3B-5, P2Ab-3, Sarioglu, Fatih ...... P2Ad-5 Shivkumar, Kalyanam ...... 2I-5, P2Ad-5 PS-6 Sarvazyan, Armen ...... P5E-7 Shrout, Thomas ...... P2E-10 Reusch, Lisa ...... P3Aa-3 Sasaki, Katsuhiro ...... P2B-8 Shu, Ya ...... P5E-9 Reynolds, Steve ...... 1H-5 Satari, Arman ...... 3C-2 Shui, Yongan ...... P1D-11 Reznik, Nikita ...... P6Ac-2 Satir, Sarp ...... 1F-1, 6A-3, 6A-5, P1E-4
78 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Shung, Kirk ...... 4G-1, 6B-1, P1Ac-11, P2E-11, Sun, Jia-Hong ...... 5D-5, 5G-3, P6C-2, PS-12 Tong, Ling ...... 2B-3, 2B-4 P2E-6, P3C-5, P5Ac-2, P5E-1, P4E-6, Sun, John ...... 3D-2 Torbatian, Zahra ...... 1F-4 P4E-7 Sung, Chia-Chi ...... 5A-5 Torii, Hironori...... P1D-5 Shung, Koping ...... 4B-3 Sutcliffe, Patrick...... P4Ac-1 Torp, Hans ...... 1C-5, 1G-2, 2B-2, P1Ab-3, Shur, Michael ...... P5B-4 Sutin, Alexander...... P5E-7 P1Ab-5, P1Ab-7, P1Ab-8, P2Ae-3 Shvetsov, Alexander ...... P1D-3 Suyama, Takahiro ...... P2D-11 Tortoli, Piero ...... 1C-4, 2C-3, P1Ac-5, P1B-5, Siddique, A. K. M. Ariful Haque ...... 4G-2, P3B-1 Suzuki, Hidenori ...... P3Aa-11 P2Ab-9, P3Aa-6, P4Aa-7, P5Ab-6 Siepmann, Monica ...... 3I-6 Suzuki, Kenji ...... 5A-3 Touboul, David ...... 2G-5 Sikdar, Siddhartha ...... P2Ac-4, P2Ad-1 Suzuki, Masashi ...... 4C-2, 6F-3, PS-16 Trahey, Gregg ...... 1J-2, 1J-4, 2A-2, 2A-3, 2F-1, Singh, Gautam ...... 3J-3 Suzuki, Takanao ...... 6H-4 2G-6, 3K-4, P2Ad-3, PS-2 Singh, Prabhjot ...... 6E-2 Suzumori, Koichi ...... 5F-2 Tranquart, François ...... 3G-1, 3G-3, 3H-3 Singh, Raman P...... 6C-1 Swalwell, Jarred ...... 3B-1 Trevelyan, Jon...... 4I-4 Sinha, Bikash ...... 4C-4, 5J-5 Swanson, Terri ...... 3I-2 Truby, Ryan ...... 3K-2, PS-1 Sinha, Dipen N...... P3C-7 Swillens, Abigail ...... 2H-1, P1Ab-5, P1Ab-8, Tsai, Chen ...... 6E-4 Sinha, Sumedha ...... 3K-5 P4Aa-5 Tsai, Je-Yu ...... 3E-3 Sio, Charles ...... 3I-2 Szabo, Thomas ...... 2K-3 Tsai, Shirley ...... 6E-4 Sit, Wai-Hung ...... P2Aa-1 Szalewski, Marek ...... P1C-4 Tsang, Fu Keung ...... 3E-2 Skachkov, Ilya ...... 3I-1, P3Ad-6, PS-4 Szymanska, Elzbieta ...... P3Aa-8 Tsapis, Nicolas ...... P2Ab-10 Skjelvareid, Martin ...... 4J-5 Tseng, Lin-Yi ...... P2Ae-9 Sknarya, Anatolii ...... P5C-1 Tseng, Po-Yen ...... 4D-3 Small, Martha ...... 6F-2 T Tseng, Sheng-Po ...... 4H-3 Smalling, Richard ...... 3C-2, 3C-6 Tabeling, Patrick ...... 1A-6 Tseng, Yi-Chieh ...... P6Aa-10 Smid, Radislav ...... P1B-3 Tabib-Azar, Massood ...... P4D-6 Tsuchiya, Takao ...... P2B-6 Smith, Caroline ...... 2K-3 Tagami, Tatsuaki ...... 1A-1 Tsuchiya, Takenobu...... P6C-8 Smith, Lowell S...... P2Ad-5 Tagawa, Norio ...... P1Aa-5, P2B-6, P3Ac-8, P4B-7 Tsujino, Jiromaru ...... 4I-1 Smith, Peter ...... P1Aa-9, P1Ac-2 Takada, Keisuke ...... 1B-1 Tsujino, Shuichi ...... P2B-1 Smith, Scott ...... 6E-2 Takagi, Shu ...... P4Ad-5 Tsurunari, Tetsuya ...... 5A-1 Smith, Stephen ...... 6B-4, 6K-4, P6Ad-4 Takaski, Masaya...... 5F-3 Tsutsumi, Jun ...... 6H-2, 6H-3 Snook, Kevin ...... 5H-3 Takayanagi, Shinji ...... 4C-3, 5E-3, P5C-5 Tu, Juan ...... 3B-1 So, Hayden K. H...... P1Ac-7 Takeuchi, Shinichi ...... P1C-1, P2E-3 Tue, Lei ...... 3E-2 Sofotasios, Paschalis C...... P3Aa-13, P4Ac-5 Taki, Hirofumi ...... P5Aa-2 Tung, Po-Hsien ...... 4F-4 Solal, Marc ...... 5C-1 Taki, Kousuke ...... P5Aa-2 Tung, Yao-Sheng ...... 2J-3, 3I-3, P3Ae-3 Soldan, Mônica ...... P5Ac-5 Takigawa, Kazuhiro ...... 6H-4 Turnbull, Daniel H...... 3C-1 Soletti, Rossana ...... P5Ac-5 Talmant, Maryline ...... P4Ab-5 Turo, Antoni ...... P6B-4 Solgaard, Olav ...... 6A-1 Tanabe, Masayuki ...... P1Aa-5, P3Ac-8, P4B-7 Tymkiewicz, Ryszard ...... P1Ac-10 Soliman, Yasser M...... 5D-1 Tanaka, Shuji ...... 6I-2, 6I-3 Song, Il Seob ...... P3Ac-5 Tanaka, Tomohiko ...... P2Ae-6 Song, Lipei ...... P5Ad-1 Tang, Mengxing ...... 3I-4, P2Ac-6, P3Ab-1, U Song, Pengfei ...... 2F-6, 2G-3, P6Ab-2 P4Ac-3, P5Ad-1, P6Ac-5 Uchida, Takeyoshi ...... P1C-1, P2E-3 Song, Tai-Kyong ...... P5E-4 Taniguchi, Takaoki ...... 6G-3 Ueda, Masanori ...... 5A-2, 5A-3, 6H-2, 6H-3 Soong, Alan ...... 2K-2 Tanter, Mickael ...... 1A-6, 1B-2, 1G-6, 1K-2, Ulliac, Gwenn ...... 5D-4, P2D-8 Sorace, Anna ...... 2D-6, 3G-5, 3I-5, P4Ac-2 1K-3, 2A-4, 2A-6, 2C-2, 2G-5, 2J-4, 2J-5, Umemura, Shin-ichiro ...... 1A-3, 1B-1, 1B-6, 6K-3 Sørnes, Anders ...... 2B-2 3G-2, 3H-4, 3K-1, P2Ac-2, P4Ad-4 Umezawa, Hitoshi ...... P1D-5 Sotomayor Torres, Clivia M...... 5E-4, PS-11 Tas, Niels R...... P4D-8 Urban, Alan ...... 1A-6 Soulez, Gilles ...... P3Aa-15 Tatebe, Hiroshi ...... P4C-1 Urban, Matthew ...... 1K-5, 2A-1, 2F-6, 2G-2, Spalding, Gabriel ...... 4B-2 Tazzoli, Augusto ...... 6H-5 2G-3, P2Ac-5, P6Ab-2, P6Ab-6 Speciale, Nicolò ...... 4D-2, 4E-5 Teh, Shia Yen ...... 4G-1 Uris, Antonio ...... P6C-5 Ssekitoleko, Robert ...... P5E-8 Teh, Shia-Yen ...... 4B-3, P3C-5 Utagawa, Noriyuki ...... P2B-1 Stading, Mats ...... P6B-6 Teichert, Tobias ...... 2J-3, 3I-3 Stage, Bjarne ...... P3Ab-5 Teissier, Guilhem ...... 5D-2 Stefanovic, Bojana...... 1G-5 Tekes, Coskun ...... 1F-1 V Steiner, Kurt ...... 5C-1 Temple, Dorota S...... 4E-3 V., Srikrishnan ...... P2Ad-7 Stephens, Douglas ...... 2I-5, P2Ad-5 ten Cate, Folkert J...... 3K-3 Vaidya, Kunal ...... P3Aa-16 Stergiopoulos, Stergios ...... P1Ac-6 Ten Kate, Gerrit L...... 2F-2 Vainer, Alexander ...... P2Ca-4 Stone, Brandon ...... 5H-4 Ter Haar, Gail ...... 1D-1 Vaithilingam, Srikant...... 6D-5, P1E-3, P1E-8 Storheim, Espen ...... P3E-4 Thiebaud, Marine ...... 3H-4 Valente, Alex ...... P5E-2 Støylen, Asbjørn ...... P2Ae-3 Thiebaut, Stephane ...... 2A-5 Van Assche, Lowie ...... 2A-3 Strauss, Bradley ...... 2K-2 Thijssen, Johan ...... 3A-3 van Burken, Gerard ...... 2B-6 Streeter, Jason E...... 3D-5, P3Ad-8 Thind, Amandeep ...... 2K-2 van de Vosse, F.N...... 2D-5 Strohm, Eric ...... P6Aa-5 Thomenius, Kai ...... 2I-5, P2Ab-1, P2Ab-2, van der Graaf , Marinette ...... 3A-3 Stuart, Matthias Bo ...... 3E-1 P2Ab-6, P2Ac-5, P2Ad-5 van der Spek, Sacha ...... 3K-5 Su, Cherng-Yuh ...... 4H-2 Thompson, Mitchell ...... P2E-2 van der Steen, Antonius F.W...... 2B-6, 2F-2, Su, Fong-Chin ...... P3Aa-2 Thomson, Adrian ...... P3Aa-10 2K-1, 2K-4, 3D-1, 3I-1, 3K-3, P1Ac-9, Su, Jimmy ...... 3C-6, 3F-3 Thomson, Matthew ...... 5I-4 P2Ab-3, P3Ad-6, P5E-6, PS-4, PS-6 Su, Mehmet F...... 5D-1 Tian, Jian ...... 5H-4 van Dongen, K.W.A.2B-5, 5K-2, 6C-6, P4Aa-6, P4C-7 Subramanian, Navneeth ...... P2Ad-7 Tian, Yuan ...... 2E-3 van Heesch, Chris ...... 5B-1 Suchkov, Sergey ...... P6C-7 Tijero, María ...... P3C-3 van Neer, Paul L.M.J...... 3K-3 Sugimoto, Masanori ...... 4D-4, 4D-5, 4D-6, 6I-5 Ting, Chien-Yu ...... P3Ad-5 van Raaij, Martijn ...... 1G-5 Sugimoto, Takeshi ...... 5E-3 Tinschert, Joachim ...... P5Ac-3 van Soest, Gijs ...... 2K-1, PS-6 Sugimoto, Tsuneyoshi ...... P2B-1, P2B-2, P2B-3 Tittmann, Bernhard ...... 5E-5, P2Ca-1, P2D-9 van Stralen, Marijn ...... 2B-6 Sugiura, Toshihiko ...... P6B-2, P6B-5 Toda, Minoru ...... P2E-2 Vandenheuvel, Michael ...... 1I-4, 2D-1 Sum, Steve ...... P1Ac-9 Todorova, Margarita ...... 1A-4, 3H-2 Vander Meulen, François ...... 4E-4 Sun, Chao ...... P3Aa-10 Toma, Catalin ...... 2I-6 Vappou, Jonathan ...... 2K-5 Sun, Fanping ...... 4D-1 Tomov, Borislav G...... P1Aa-3
Ultrasonics, Ferroelectrics, and Frequency Control Society 79 2011 IEEE International Ultrasonics Symposium
Varghese, Tomy ...... 3A-6, P5Ab-1, P5Ab-5, Wang, Zhaohui ...... 3K-6, P2Ad-8 Xu, Zhen ...... 2D-2, 2I-1, 2I-2, 2I-3, 3A-1, P6Ab-7 Wanten, Geert ...... 3A-3 P3Ae-2, P3Ae-7, P5Ab-4 Varray, François ...... 1C-4, P3Aa-6, P6Ac-7 Wartelle, Alexis ...... 4H-6 Vasanth, Karthik ...... P1Ac-1 Washburn, Michael ...... P2Ad-7 Vasseur, Jérôme ...... 5G-6 Watanabe, Yoshiaki ...... 4C-3, P2Ae-2, P2D-6, Y Venkataramani, Venkat ...... 6E-2 P5C-5 Yagubizade, Hadi ...... P4D-8 Ventura, Pascal ...... P1D-7 Watarai, Nobuyuki ...... 3J-6 Yamada, Ken ...... P3B-4 Vered, Zvi ...... 2D-3 Waters, Kendall ...... 1H-5 Yamagishi, Hideki ...... P2B-8 Veres, Istvan A ...... 5E-1, 5G-5, P1B-4 Weaver, Fred ...... 1H-2 Yamaguchi, Daisuke ...... 5F-2 Versluis, Michel ...... 3D-1, 3I-1, PS-4 Wei, Chenwei ...... 3F-4, P6Aa-8 Yamaguchi, Masatsune ...... P2D-11 Verweij, M.D...... 2B-5, 5K-2, 6C-6, P4C-7 Weigel, Matthias ...... P3Ab-4 Yamaguchi, Tadashi ...... 3A-2, P5Ad-2 Vest, John ...... 2A-5 Weigel, Robert ...... 6H-1 Yamakawa, Makoto ...... P5Aa-2 Vestrheim, Magne ...... P3E-4 Weihnacht, Manfred ...... P1D-4 Yamamura, Takuya ...... P1Aa-5, P3Ac-8 Vetelino, John ...... 4F-2 Weijer, Kees ...... 4B-4 Yamaner, Yalcin ...... 6A-4, 6D-4 Vicari, Marco ...... P3Ab-4 Weijers, Gert ...... 3A-3, P4Aa-1 Yamanouchi, Kazuhiko ...... 6G-3, P2D-7 Vierendeels, Jan ...... 2H-1, P4Aa-5 Weitzel, William F...... 6K-6 Yamashita, Keisuke ...... 2E-6, P4Ab-4 Vigevani, Gabriele...... P4E-3 Wells, Dominic J...... 3I-4 Yan, Feng ...... 3H-3 Vignon, Francois ...... 1A-2, 1D-4 Whelan, William M...... 3C-4 Yan, Wei ...... 4C-6, P5C-2 Vignot, Alexandre ...... P4Ad-1 Whitehead, Sonya B...... 1K-6 Yan, Xinwei ...... P2E-6 Villanueva, Flordeliza ...... 2I-6, 3B-4 Wijkstra, Hessel ...... 3G-3 Yanagihara, Eugene ...... 3A-2 Villar, Pilar ...... P1D-9 Wiklund, Johan ...... P6B-6 Yanagitani, Takahiko...... 4C-2, 4C-3, 5E-3, 6F-3, Vincenot, Jeremy ...... P4Ad-1 Wilcox, Paul ...... 4B-5, 4J-4 P2D-6, P5C-5, PS-16 Vincent, Brice ...... 5G-3, PS-12 Wildes, Douglas ...... 2I-5, P2Ad-5 Yang, Che-Hua ...... 4F-4, 4H-2, 4H-3, 4H-5 Viti, Jacopo ...... P2Ab-9 Wilkie-Chancellier, Nicolas ...... 5E-6 Yang, Hao-Chung ...... P1Ac-11, P4E-6 Viumdal, Håkon ...... 4K-1 Williams, Jay ...... P4E-6 Yang, Tai-Hua ...... P3Aa-2 Vlachos, Fotios ...... P3Ae-3 Williams, John ...... 6E-3, PS-19 Yang, Zhengyi ...... 4B-2 Vlaisavljevich, Eli ...... 2I-2, P3Ae-2 Williams, O.A...... P1D-9 Yantchev, Ventsislav . 4F-1, P2D-5, P4D-5, P6C-9 Vletter, Wim ...... 3K-3 Williams, Ross ...... P6Ac-2 Yao, Aiping ...... P6Ab-8 Vogt, Michael ...... 4A-5, P3B-6 Winkler, Andreas ...... P2D-1 Yao, Xi ...... P2E-6 Vollborn, Thorsten ...... P5Ac-3 Winnacker, Albrecht ...... 6F-6 Yasuda, Jun ...... 1B-6 Volovick, Alex ...... 4B-2 Winter, Reidar ...... P4Ac-4 Ye, Zuo-Guang ...... 5I-1 Voormolen, Marco M...... 5K-4 Witte, Russell ...... 3K-6, P2Ad-8, P6Aa-4 Yeh, Cheng-Hung ...... 4H-2 Vray, Didier ...... 2H-3, P2Ae-7 Wolf, Mario ...... P2B-7 Yeh, Chih-Kuang ..... 2J-2, 3D-6, P1Ab-4, P3Ad-3, Vriezema, Dennis ...... P4Aa-1 Wolf, Patrick ...... 2A-2 P3Ad-5, P3Ae-4, P4Ac-6, P5Ad-4, P6Ac-3 Wolfart, Stefan ...... P5Ac-3 Yeh, Jen Jen ...... P3Ad-8 Wolny, Wanda. W...... P2E-4 Yen, Jesse ...... 1H-2, 1H-4, P1Aa-6, P5Aa-5 W Wong, Lawrence ...... 1H-3 Yen, Ting-Ta...... 6J-4 W. Remme, Espen ...... P2Ad-6 Worthington, Arthur ...... 1A-1 Yen, Tzu-Chen ...... 2J-2, P3Ad-5 Waag, Grunde ...... P2B-5 Wouters, Patrick ...... 1I-4, 2D-1 Yeo, Leslie ...... 4G-4, 5F-4, 6I-6 Wada, Kenji ...... P3Aa-5 Wright, Alan ...... 5I-3 Yeow, John ...... 1H-3 Wagner, Karl ...... 5C-3, 6H-6 Wright, Oliver B...... 5G-5 Yin, Ching-Chung ...... 4K-3 Wakatsuki, Naoto ...... P3B-7 Wright, William M.D...... P2E-9 Yin, Meng ...... P6Ab-2 Walker, Alan ...... P3E-2 Wu, Chia Han ...... 4H-5 Yiu, Billy Y. S...... P1Ab-1, P1Ac-7 Wall, Bert ...... 6G-5 Wu, Dawei ...... 5I-3, 5I-4 Yoder, Merle ...... P1D-8 Wallaschek, Jörg ...... 5F-5 Wu, Kuo-Ting ...... 4K-1 Yong, Yook-Kong ...... 4C-5 Wamhoff, Brian R...... 3H-1 Wu, Lingqi ...... 6I-4 Yoo, Yangmo ...... P3Ac-5, P5Aa-3 Wan, Jennifer M. F...... 1D-3, P2Aa-1 Wu, Ming-Fang ...... P3Ad-7 Yoon, Chang Han ...... P3Ac-5 Wang, Bo ...... 3C-6 Wu, Rongxing ...... 4C-6, P5C-2 Yoshida, Sanichiro ...... 5E-5 Wang, Chih-Hung ...... P3Ad-7 Wu, Sean ...... 5A-5 Yoshioka, Masahiro ...... P2E-3 Wang, Chin-Hung ...... P6C-1 Wu, Tsung-Tsong ...... 5D-5, 5G-3, P6C-2, PS-12 Yoshizawa, Shin ...... 1B-6, 6K-3 Wang, Chuangnan ...... P5E-3 Wu, Tung-Yeh ...... P4Ac-6 Yosizawa, Shin ...... 1B-1 Wang, Chung-Hsin ...... 3D-6, P3Ae-4, P6Ac-3 Wu, Wei ...... 6B-1 You, Wei ...... P1E-2 Wang, Han ...... 4B-2 Wu, Xiaoqing ...... P2E-6 Young, Roger ...... 5J-3 Wang, Hualei ...... 5C-5 Wu, Ziqi ...... 2I-4 Yu, Alfred C. H...... 1D-3, P1Ab-1, P1Ac-7, Wang, Hualin ...... 1D-3 Wygant, Ira ...... 6A-2 P2Aa-1, P2Aa-2 Wang, Ji ...... 4C-6, P4C-6, P5C-2 Yu, Francois T.H...... 3B-4 Wang, Jun-Ru ...... 3E-3 Yu, Jiao ...... P5Ab-7 Wang, Lingtao ...... 6E-5, P2D-2 X YU, Yanyan ...... 3E-2 Wang, Lingyan ...... P2E-6 Xia, Jinjun ...... 3F-4, P6Aa-8 Yu, Yanyan ...... P3C-1 Wang, Mengyang ...... P5B-5 Xia, Qianliang ...... 4F-5, P5B-5 Yun, Cheol-ho...... 5F-4 Wang, Michael ...... 2G-1, PS-3 Xiang, Dan ...... 4E-2, P2D-9 Wang, Po-Hsun ...... P6Aa-10 Xiao, Yang ...... P6Ab-5 Wang, Shiying ...... 3B-2, 3B-3 Xie, Feng ...... 1A-2, 1D-4 Z Wang, Shyh-Hau ...... P3Aa-2 Xie, Hua ...... 1K-4, P6Ab-4, P6Ab-6 Zabelin, A...... P5B-2 Wang, Stephanie ...... P4Ab-2 Xie, Yujuan ...... 5I-1 Zafar, Fouzaan ...... 3K-5 Wang, Tianfu ...... P6Ab-8 Xin, Hao ...... P6Aa-4 Zagzebski, James A...... 3A-5 Wang, Tzu-Yin ...... 2I-1, 3A-1, P5Ab-4 Xu, Haiyan ...... P5Ab-5 Zahiri Azar, Reza ...... P6Ab-1 Wang, Wen ...... P2D-3 Xu, Jimmy ...... P5B-4 Zahnd, Guillaume ...... 2H-3, P2Ae-7 Wang, Weng ...... P1D-10 Xu, Lin ...... P2Aa-2 Zahorian, Jaime ...... 1F-1, P1E-4 Wang, Wenyan ...... 4F-3 Xu, Tiantian ...... P1Ab-10 Zaitsev, Boris ...... P5C-1 Wang, Xiong ...... P6Aa-4 Xu, Toby ...... 1F-1 Zani, Michele ...... P3Ab-4 Wang, Yadong ...... P5Ab-7 Xu, Weijiang ...... P4E-2, P4E-5 Zanin, Leonardo ...... P1Aa-2 Wang, Yu-Hsin ...... P6Ad-3 Xu, Xiaochen ...... P1Ac-1 Zapf, Michael ...... 1C-2, P3Ab-3 Wang, Yu-Tai ...... 4K-3 Xu, Yaqin ...... 1I-3 Zelenka, Robert ...... 1H-5
80 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Zemp, Roger ...... 3F-6, 6A-6, 6C-2, P1Ac-14, P6Aa-2, PS-7 Zenbutsu, Satoki ...... P5Ad-2 Zeng, Chengzhi ...... P6Ab-5 Zhang, Chao ...... 4F-3, P5E-5 zhang, jie ...... 4J-4 Zhang, Jing ...... P2Aa-1 Zhang, Jinying ...... P4E-2, P4E-5 Zhang, Jiqi ...... 1D-2 Zhang, Peiyu ...... 6A-6, 6C-2, P1Ac-14 Zhang, Shu ...... 1D-2 Zhang, Shujun ...... P2E-10 Zhang, Yuning ...... P1C-2 Zhang, Zhitian ...... 4F-3, P5E-5 Zhao, Heng ...... 2F-6, 2G-3, P6Ab-2 Zhao, Kangqiao ...... P3E-1 Zheng, Eugene ...... P6Ab-8 Zheng, Hairong ...... 4G-5, P3C-4, P6Ab-5, PS-8 Zheng, Wei ...... 6A-6, 6C-2, P1Ac-14 Zheng, Yi ...... P6Ab-8 Zhgoon, S...... P5B-2 Zhgoon, Sergei ...... P1D-3, P5C-4 Zhong, Wenjing ...... 1D-3, P2Aa-1, P2Aa-2 Zhong, Zheng ...... P4C-6 Zhou, Qifa...... 2K-1, 6B-1, P1Ac-11, P2E-11, P2E-6, P4E-7, PS-6 Zhou, Shiwei ...... 1K-4, P6Ab-4, P6Ab-6 Zhuang, Bo ...... 1J-5 Zhushma, Aleksandr ...... 4A-6, PS-10 Ziaei-Moayyed, Maryam ...... 5D-1 Zibetti, Marcelo ...... P1Aa-2 Zienkiewicz, Boguslaw ...... P1Ac-10
Ultrasonics, Ferroelectrics, and Frequency Control Society 81 2011 IEEE International Ultrasonics Symposium
82 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Floor Plan
Ultrasonics, Ferroelectrics, and Frequency Control Society 83 2011 IEEE International Ultrasonics Symposium
Condensed Program (Tuesday)
and Practice Quantitative Applications Methods and Short Course 5A Short Course 5B Boca Rooms VIII Elasticity Imaging: Ultrasound, Theory
Principles to Systems: from Implementation Implementation Phonoic Crystals Boca Rooms VII Short Course 4B Short Course 4A Ultrasound Imaging Ultrasound
Lunch Integrated Transducers ctric Devices 07:00 – 18:00 Challenges for Processing and Boca Rooms VI Characterization Short Course 3A Short Course 3B Medical Ultrasound Ferroelectric/Piezoele
Processing for Boca Rooms V Symposium Registration Symposium Ultrasonic Signal Short Course 2A Short Course 2B and Compression Friction drive and Energy Harvesting Ultrasonic Motors: Detection, Estimation Estimation Detection, Vibration Generation,
Experiment Driving Fluids Driving Boca Rooms IV Short Course 1A Short Course 1B and Ultrasonics for Agents: Theory and Ultrasound Contrast Microscale Acoustics Acoustic Microfluidics: 8:00 . - 12:00 1 3 :00 . - 17:00 12:00 - 13:00 Tuesday, Oct. 18 Tuesday, Oct. 18
84 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Condensed Program (Wednesday)
Session 6C. Session 6A. Session 6B. Caribbean Transducers Ballroom VI Medical Imaging Transducer Modeling CMUTsI Applications
(6J) Session 5C. Session 5B. Session 5A. Caribbean inSAW (6F) Ballroom II TCF Reduction Transverse Modes Microacoustic Sensors Microacoustic
Caribbean Ballroom III-V, 09:00 - 17:00 Caribbean
Sensing Exhibits Devices I Lunch Session 4C. Session 4A. Session 4B. Caribbean Ballroom I Physical and Biological Acoutic Acoustic Tweezers I Bulk Wave Effects and ibbean Ballroom III-V) ibbean Ballroom III-V)
Refreshments Refreshments
Session 3C. Session 3A. Session 3B. Caribbean Attenuation Applications Ballroom VII Scattering and Photoacoustics: Photoacoustics: Contrast Agents I
Poster Session P1 (Car Poster Session P2 (Car Poster Session 07:00 – 18:00
VIII Forming Session 2C. 2C. Session Session 2A. Session 2B. Elasticity and Cardiac Beam Cardiac Visco- Advanced Flow Strain Imaging Boca Rooms VI- Estimation Algorithms Estimation Algorithms and Functional Imaging Plenary Session
IV Session 1C. Monitoring Session 1B. Session 1A. Ultrasound Drug Simulation Tools Tools Simulation Or Gene Delivery Boca Rooms II- and Enhancement 3D Imaging & Fast Fast 3D Imaging & Symposium Registration HIFU Application and
8:00 – 9:30 9:30 – 13:00 10:30– 12:00 10:30– 12:00 – 1 4 :00 13:00 – 16:30 16:30 – 18:00 14:00 - 15:30 Wednesday, Oct.19
Ultrasonics, Ferroelectrics, and Frequency Control Society 85 2011 IEEE International Ultrasonics Symposium
Condensed Program (Thursday)
Tunability Session 6F. Session 6E. Session 6G. Session 6D. Caribbean Devices Applications SAW Design, Ballroom VI Integration& CMUTs II CMUTs II BAWComponents and Technology (5B)
Crystals Actuators I Session 5F. Session 5E. Session 5G. Optical and Session 5D. Caribbean Ballroom II Interactions I Electromagnetic Radio Frequency Frequency Radio Phononic Crystals Crystals Phononic Physics of Phononic UltrasonicMotors and Caribbean Ballroom III-V, 09:00 – 17:00 Caribbean Ballroom
Fluidics Sensors Lunch Processing Session 4F. Session 4E. Session 4G. Session 4D. Caribbean Ballroom I Exhibits Phased Arrays Acoustic Micro Imaging andSignal Novel Acoustic Wave ibbean Ballroom III-V) ibbean Ballroom III-V)
Refreshments Refreshments Agents
Systems Session 3F. Session 3E. Session 3G. Session 3D. Caribbean Technology Development Ballroom VII argeted contrast Photoacoustics: Photoacoustics: Novel Ultrasound T Contrast AgentsII Poster Session P3 (Car Poster Session P4 (Car Poster Session 07:00 – 18:00
VIII Bone Imaging Methods Session 2F. Session 2E. Session 2G. Session 2D. Shear Wave Elastography Cardiovascular Boca Rooms VI- Elastography:New
IV Dosimetry Session 1F. Session 1E. Session 1G. Session 1D. Beam Forming Bio-effects and Clinical Session Boca Rooms II- Synthetic Aperture Aperture Synthetic Symposium Registration Blood Flow Imaging Flow Blood
:00 4
8:00 – 9:30 9:30 – 13:00 Thursday, Oct. 20 10:30– 12:00 10:30– 12:00 – 1 13:00 – 16:30 16:30 – 18:00 14:00 - 15:30
86 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011
Condensed Program (Friday)
(5C) MEMS Devices Devices Session 6J. Session 6I. Session 6K. Caribbean Session 6H. Ballroom VI Medical Therapy Harsh Environment SAW Simulation and
Materials Session 5J. Session 5I. Session 5K. Caribbean Session 5H. Ballroom II Propagation I Single Crystal Piezoelectrics Application of Propagation II Acoustic Wave Acoustic Wave
Caribbean Ballroom III-V, 09:00 –Caribbean Ballroom 13:00
Analysis Lunch Session 4J. Session 4I. Session 4K. Caribbean Ballroom I Session 4H. High Resolution Exhibits Applications and Acoustic Imaging Measurements of Laser Ultrasonics UltrasonicEnergy NDE Methods and Methods NDE Caribbean Ballroom) Caribbean ( ibbean Ballroom III-V) ibbean Ballroom III-V)
Refreshments Refreshments
Session 3J. Session 3I. Session 3K. Session 3H. Caribbean Ballroom VII Image Quality Drug Delivery I Drug Delivery II Characterization Functional Imaging & Cardiovascular Tissue Closing Ceremony Closing Ceremony Poster Session P5 (Car Poster Session P6 (Car Poster Session 07:00 – 13:00
VIII Session 2J. Session 2I. Session 2K. Session 2H. of the Brain Histotripsy and GeneralTherapy Vascular Imaging Boca Rooms VI- Ultrasound Therapy Vascular Elastography
IV Systems Session 1J. Session 1I. Abdominal Session 1K. Session 1H. Elastography CMUT, 3D and Beam Forming Boca Rooms II- Image Processing Symposium Registration Intravascular Imaging
Friday, Oct.21 8:00 – 9:30 9:30 – 13:00 10:30– 12:00 10:30– 12:00 – 1 4 :00 13:00 – 16:30 16:30 – 18:00 18:30 – 19:30 14:00 - 15:30
Ultrasonics, Ferroelectrics, and Frequency Control Society 87 2011 IEEE International Ultrasonics Symposium
Closing Ceremony Caribbean Ballroom, Friday, October 21, 2011 06:30 p.m. - 07:30 p.m.
Final remarks by Ken-ya Hashimoto and Clemens Ruppel, General Co-Chairs
Invitation to IUS 2012 in Dresden Manfred Weihnacht, General Chair
2011 UFFC-S Plenary Speaker William D. Hunt, Ph.D., Acoustic Based Biosensors―A Window Into the Soul of Biology
Abstract: There are a variety of biosensor approaches in the literature―all with the express intent of transducing some biochemical interaction into an electrical signal. A typical embodiment requires that one first immobilize a molecular recognition element, e.g. an antibody, onto the device surface. When an antigen binds to the antibody the surface physical properties of the device are perturbed, resulting in a change in the electrical signal from the device. For optical biosensors, such as surface plasmon resonance or fiber optic sensors, the operative physical property is the dielectric permittivity of the antibody-antigen space. For acoustic-based biosensors the physical properties perturbed can include mass attachment and stiffness changes in the antibody-antigen space. If we look more closely into the world of biology, we find that every biomolecular event has three essential components: i) molecular recognition, ii) conformational change and iii) ATP (adenosine triphosphate) as an energy source. The beer you will be drinking during this talk would not be possible if the yeast (e.g. Saccharomyces cerevisiae) involved in the brewing did not actively engage in the use of molecular recognition, conformational change and ATP. Acoustic wave biosensors inherently probe i) and ii) of this canonical set of molecular biology. In this talk we will present more on the underlying molecular biology. In addition we will discuss work from our lab at Georgia Tech as well as from labs around the globe where acoustic-based biosensors are being used to tease out information regarding the details of biomolecular events. The seeds of this approach have been laid in theoretical work within the UFFC community as well as those who have delved into digital radio in such areas as QAM (quadrature amplitude modulation) systems.
Biography of the speaker
William D. Hunt, Ph.D. is Professor of Electrical Computer Engineering at the Georgia Institute of Technology and is Adjunct Professor in the Department of Hematology and Oncology at the Emory University School of Medicine. He runs the Microelectronics Acoustics Group at Georgia Tech and has a diverse collection of graduate students which has included students from Electrical Engineering, Biomedical Engineering and Chemistry.
He joined the electrical engineering faculty at Georgia Tech following completion of his Ph.D. degree. Special recognitions he has received include the NSF Presidential Young Investigator Award in 1989, the DuPont Young Faculty Award in 1988, the University of Alabama Distinguished Engineering Fellowship in 1994. Dr. Hunt was a Rhodes Scholar Finalist in 1975. His "dog on a chip" invention which is a chip which can do specific molecular
88 Institute of Electrical and Electronics Engineers Orlando, Florida October 18-21, 2011 recognition of compounds in the vapor phase garnered world-wide press culminating in Dr. Hunt's appearance in the January 12, 2004 issue of Time Magazine in their inaugural article on Innovators. His area of expertise is in the area of Microelectronic acoustic devices for wireless applications as well as chemical and biological sensors based on this technology. He has published over 70 papers in refereed journals and conference proceedings. He holds 8 US patents and 6 provisional patents. He is a Senior Member of the IEEE and served as a Distinguished Lecturer for the IEEE Sensors Council from 2006 to 2008 and is currently serving as a Distinguished Lecturer for the IEEE Ultrasonics, Ferroelectrics and Frequency Control Society.
Ultrasonics, Ferroelectrics, and Frequency Control Society 89 2011 IEEE International Ultrasonics Symposium
Notes
90 Institute of Electrical and Electronics Engineers