Conference Programme Europe’S Premier Microwave, Rf, Wireless and Radar Event

SIX DAYS THREE CONFERENCES ONE EXHIBITION

EUROPEAN MICROWAVE WEEK 2018 IFEMA - FERIA DE MADRID, MADRID, SPAIN MICROWAVE WEEK 23RD – 28TH SEPTEMBER 2018 IFEMA FERIA DE MADRID, SPAIN 23-28 SEPTEMBER 2018 www.eumweek.com

EUROPEAN MICROWAVE WEEK 2018 CONFERENCE PROGRAMME EUROPE’S PREMIER MICROWAVE, RF, WIRELESS AND RADAR EVENT

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® SPONSORS

European Microwave Week 2018 Sponsors The organisers would like to thank the following companies for their help and valued support throughout this year’s event:

Platinum Sponsor

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Sponsors Inside Front Cover Welcome Messages 4 EuMW 2018 Special Issue 10 The EuMW 2018 Team 11 Prizes and Awards 12 Conference Committees 14 General Information 18 Social Events 20 Conference Registration Information 21 Special Conference Events 24 Partner Programme 30 CONFERENCE PROGRAMME Monday 24th September 32 Tuesday 25th September 36 Wednesday 26th September 44 Thursday 27th September 58 Friday 28th September 66 Hotel Booking Form Centre Pages Workshops & Short Courses 70 Exhibitor Workshops & Seminars 99 Conference Sessions Matrix Pages 101 IFEMA - FERIA DE MADRID Floor Plan 108 Exhibitor List Back Cover

European Microwave Week Future Events EuMW 2019 - Paris EuMW 2020 - Utrecht

Details in this booklet were correct at the time of going to press. They are subject to change. For up-to-date information visit our website: www.eumweek.com

www.eumweek.com 3 WELCOME MESSAGES

Welcome to the 21st European Microwave Week

Welcome to Madrid, the economic and cultural centre of Spain and the a presentation by Giuliano Gatti, Space Segment Manager of ESA Galileo third largest city in the European Union! It is our great pleasure to welcome Satellite Navigation Program. you to the 21st European Microwave Week (EuMW) to be held at IFEMA Following the format introduced in EuMW 2017 of Session Keynotes to boost Feria de Madrid from Sunday 23rd to Friday 28th September 2018. After industrial participation and intensify the interaction between industry and the very successful edition in Nuremberg (2017) the EuMW comes to the academia, this year’s programme again includes fifteen industrial keynotes lively, cosmopolitan and friendly city of Madrid. This conference event, which by internationally recognized experts from industry who will open selected was started by the European Microwave Association (EuMA) in 1998, is sessions with presentations on challenges and state-of-the-art achievements comprised of the 48th European Microwave Conference (EuMC) to be held in their field. from 25th to 27th September, the 13th European Microwave Integrated Circuits Conference (EuMIC) which will take place from 24th to 25th The traditional Women in Microwave Engineering (WiM) event, co-sponsored September, and the 15th European Radar Conference (EuRAD) which will by the IEEE MTT-Society, will focus on communications technology for space run from 26th to 28th September. The three conferences are accompanied exploration, and both women and men are welcome. Attendees will visit one by the traditional 3-day trade show on microwaves and RF, which attracts of the following two centres located near Madrid: the NASA-MDSCC (Madrid about 300 exhibitors and is the largest of its kind in Europe. Deep Space Communications Complex) or the ESA-ESAC (European Space Astronomy Centre). Besides visiting the centre, presentations will be given Based on the invaluable commitment of over 430 reviewers, the 110 members by scientists working at MDSCC or ESAC. As initiated during EuMW 2017, of the Technical Programme Committee constituted an excellent programme the WiM attendees will have the opportunity to interact with high school comprising 521 presentations. The programme also includes six Special students who are invited to participate in this event. Early registration is Sessions. We are proud to host in particular the Special Session celebrating encouraged, since the number of participants is limited. the 20th anniversary of EuMW, which encompasses presentations by our esteemed colleagues who launched this successful event as envisioned The EuMW 2018 will host several events especially for the younger by, at-the-time, a recently established EuMA. Two other Special Sessions generation. These include the very stimulating and successful Student highlight the research activities in Latin America and 5G Technology in the Challenge, which will have the same format as in previous years. The Student Asia Pacific Region. Two more Special Sessions present the latest research on Design Competition comprises two tasks to be prepared in advance. It will Additive Manufacturing and High Frequency Flexible Bendable Electronics also feature a design task to be carried out on-site. This will take place in the for Wireless Communication Systems. Finally, a Special Session is devoted to frame of a hands-on design experience event. The latter is also part of the Radar Projects at the European Defence Agency. Student and the Doctoral School, which both start with a high-level, half-day lecture programme. The Career Platform will continue the successful format The regular programme is organised in 87 oral sessions and five interactive of previous years. Finally, two sessions devoted to Young Professionals are sessions. The programme is complemented by 33 Workshops and eight Short offered Courses covering the most relevant topics ranging from Millimetre-Wave Circuits to 5G, from Power Amplifiers to Automotive Radar, and from THz The ‘Week’ wouldn’t be the ‘Week’ without its traditional social events. These Technology to Satellite Communications. include Monday’s EuMIC Get-Together, which this year will be held at a beautiful restaurant located in the heart of Madrid’s modern down-town, This year’s Defence, Security and Space Forum (DSS), a well-established Tuesday’s Welcome Reception sponsored by Keysight Technologies, which and highly appreciated event at the EuMW, is devoted to ‘Integrating will also be held off-site at the Palacio del Negralejo, and the EuRAD lunch Unmanned Aerial Vehicles (UAVs) into Defence and Security Scenarios’. The on Friday. In addition, a private visit to the Thyssen-Bornemisza Museum, one popularity of UAVs is growing due to a reduction in costs and the increasing of Madrid’s Golden Triangle of Art, together with the Prado and the Reina capabilities and benefits provided by such systems. Currently, the estimated Sofía national galleries, followed by a cocktail dinner, has been organised number of existing UAVs is believed to be a few million with that figure for Wednesday evening. estimated to grow exponentially in coming years. The DSS Forum organisers have succeeded in attracting high-level speakers to discuss the need from The week’s programme will let you enjoy Europe’s Microwave event in 2018 a Defence and Security perspective of integrating UAVs into current air and will give you plenty of opportunities to satisfy your professional PASSION traffic control and air defence systems, together with related technological FOR MICROWAVES. Don’t forget to explore the friendly city of Madrid where challenges and solutions. everyone feels at home. Madrid’s rich artistic and natural heritage, cutting edge transport network, quality accommodation, fine cuisine and the passion Internationally renowned speakers will discuss the latest trends and locals show when enjoying their city’s day and night life make it one of the developments in their keynotes at the conferences Plenary Sessions. At the most attractive cities in the world. If time permits we invite you to visit some Opening Session of the EuMW Enrique Blanco, Telefónica Global CTIO, will of the many nearby landmarks, from Alcalá de Henares, where Miguel de outline how the 5G technologies will impact future communication networks. Cervantes, the well-known author of Don Quijote de la Mancha, was born The EuMIC opens with presentations by Chuck Campbell, Engineering Senior 471 years ago, to Segovia, Toledo, and more… Fellow with the Infrastructure and Defense Products Division of Qorvo, USA, on the progress and problems of Gallium Nitride MMIC design and by Sebastián Gómez-Díaz from University of California, Davis, USA, on Terahertz nanoplasmonics with 2D materials. Bill Deal, Distinguished Engineer in the RF and Mixed Signal Department of Northrop Grumman, USA, has accepted the invitation to close the EuMIC with a review on Terahertz transistors and their applications. During the EuRAD Opening, which is held in conjunction with the DSS Forum, M. Carmen Barbero, Head of Naval Radar Programmes, Indra Sistemas, Spain, will present the new radar generation for the F-110 frigate integrated masts, and Stefano Pirandola, from York Centre for Quantum Technologies, UK, will discuss Quantum Radar. Domingo Castro, Rafael Casado and Jacobo Martínez-Villa, from Indra Sistemas, Spain will will present the S3T Spanish ESA (European Space Agency) Radar facility Magdalena Salazar Palma José Ignacio Alonso Montes for space debris at the EuRAD Closing Session. The EuMW will close with General Chair General Co-Chair

4 www.eumweek.com Promoting European Microwaves

Archiving through the Editing the Organising the Knowledge Centre International Journal European Records papers written of Microwave and Microwave Week by the best international Wireless Technologies Europe’s Premier Microwave, scientists in our secure RF, Wireless and Radar database. The Journal solicits original and review papers. Event. Conferences are 20.000 papers set to be cutting edge and Impact factor Download as many as you groundbreaking. Free e-access wish at no extra cost Future events 8 issues / year 2019 Paris 2020 Utrecht 2021 London 2022 Rome NEW, the European Microwave Conference in Central Europe www.eumweek.com

May 2019 Prague www.eumce.com

EuMA, the European Microwave Association® is an international non-proﬁ t organisation with a scientiﬁ c, educational and technical purpose, under Belgian law.

For more information and contact, visit : www.eumwa.org Join the EuMA Community WELCOME MESSAGES

Welcome from the President of the European Microwave Association

Welcome to Madrid on behalf of the European Microwave As everybody knows, preparing and hosting the EuMW is a major Association (EuMA)! Our mission as EuMA is to promote microwaves effort, from paper submission and review to on-site organisation in Europe and to foster networking between microwave scientists at the venue, and this is accomplished by a team of volunteers year and engineers in Europe. We are pursuing this in various ways but by year. Therefore, my special and sincere thanks go to Magdalena our key event is the European Microwave Week. Salazar Palma and José Ignacio Alonso Montes, 2018 General Chair and Co-chair, to Almudena Suárez Rodríguez, General TPC For those who are not familiar with EuMA: We are open to Chair, to José Carlos Pedro, Workshops and Short Courses Chair, membership for all working in the field of microwaves, particularly and to Daniel Segovia Vargas, Treasurer, as well as to Vicente Boria from Europe, but also from around the world. The General Esbert and Ferran Martín, EuMC Chair and TPC Chair, to Teresa Assembly, the highest governing body of the Association, gathers Martín Guerrero and José Ángel García García, EuMIC Chair and representatives from European countries, from North America, from TPC Chair, and to Mateo Burgos García and Manuel Rosa Zurera, the Asia-Pacific region, and from North Africa and Middle East. If EuRAD Chair and TPC Chair - just to name a few on behalf of the you are not a EuMA member yet, I encourage you to join. Among entire team. Thank you! other benefits, you will enjoy reduced fees for attending the Week and other EuMA-sponsored conferences and workshops as well as It is the first time we are holding the European Microwave Week the IEEE International Microwave Symposium. Moreover, you will in Spain, in the beautiful city of Madrid with its many attractions. have access to the internal part of our website, which provides All members of the team have been working hard to set up an an archive of publications, the on-line version of the International outstanding technical and scientific programme for you and I am Journal on Microwave and Wireless Technologies and further sure they will make your stay in Madrid exciting, enjoyable, and a networking opportunities. rewarding experience of Spanish hospitality.

The European Microwave Week (EuMW) is the premier microwave With this, I would like to cordially invite you to EuMW 2018. I hope conference and exhibition event in Europe. Its centrepiece is the you will not only gain new insights from presentations and posters European Microwave Conference (EuMC), the largest of the 3 but also find enough time to meet with colleagues and friends. Join conferences composing the Week. It is complemented by the us and see you in Madrid! European Microwave Integrated Circuits Conference (EuMIC) focusing on semiconductor device and circuit technologies, and the European Radar Conference (EuRAD), targeting the field of radar, from components to applications. The success of EuMW is also a result of the collaboration with the IEEE MTT Society (technical co-sponsor of the Week) and the GAAS Association (co-sponsor of EuMIC). But the Week is not only conferences, the Exhibition organised by our long-standing partner Horizon House forms an integral part of it.

Wolfgang Heinrich President European Microwave Association

6 www.eumweek.com WELCOME MESSAGES

Welcome to the 48th European Microwave Conference, EuMC 2018

In its 48th anniversary, the European Microwave Conference courses have been accepted in the present edition of EuMC. (EuMC) comes again to Spain, after 25 years. The last Spanish Moreover, 5 special sessions will be held in the following selected edition of the EuMC was held in Madrid in 1993, and in that time domains: “20th Anniversary of the European Microwave Week”, the flagship conference of the current European Microwave Week “Microwave Research in Latin America”, “5G Technology in Asia (EuMW) was not associated to the European Radar Conference Pacific”, “Additive Manufacturing”, and “High Frequency Flexible (EuRAD) and to the European Microwave Integrated Circuits Bendable Electronics for Wireless Communication Systems”. Conference (EuMIC). In its present format, the EuMC is able to reach a wider audience, since its traditional and widespread set Conference delegates are also warmly encouraged to attend the of covered topics (mainly focused on microwave and wireless opening and closing sessions of EuMC (which are also the main components, systems and technologies) is enriched with radar plenary sessions of the whole EuMW) on Tuesday and Thursday, technologies and microwave integrated circuits (in this edition respectively, where prominent speakers have been invited. through 4 joint sessions with EuMIC and 9 with EuRAD). Thus, Particularly, Enrique Blanco, Global CTIO of Telefónica, Spain will the simultaneous celebration of the three conferences during the give a plenary talk on Tuesday 25th September on 5G networks same week, plus the high number of technical workshops, short and communication systems; and Giuliano Gatti, Galileo Space courses, associated events, as well as the Industry Exhibition, will Segment Manager at European Space Agency (ESA), will contribute to the continuous success that EuMW and particularly contribute with a presentation about the Galileo global satellite EuMC experiences yearly. navigation system during the closing session to be held on Thursday 27th September. The EuMC 2018 will be closed with We, the entire Team of the EuMW 2018, and particularly the the traditional awards ceremony, when the best paper prizes will EuMC 2018 Team, with the help of the TPC members and paper be announced. reviewers, have done our best to generate an exciting, coherent, balanced, and complete program for this year’s conference, with We do hope that you find the conference of interest and fruitful special emphasis on the latest trends in microwave, millimeter- from a scientific and technical viewpoint. We do also expect wave, THz and wireless technologies. In summary, 355 papers that you get in touch with our culture and traditions during the grouped in 51 technical sessions or presented in the 4 interactive conference week. Finally, we will be very happy if, after the week, forums, 9 industrial session keynotes, 28 workshops and 8 short you experience a higher motivation and passion for microwaves. Enjoy the event!

Vicente Boria Esbert Miguel Ángel Gómez Laso Ferran Martín Francisco Mesa Ledesma EuMC Chair EuMC Co-Chair EuMC TPC Chair EuMC TPC Co-Chair

www.eumweek.com 7 WELCOME MESSAGES

Welcome to the 13th European Microwave Integrated Circuits Conference, EuMIC 2018

It is a great pleasure and an honor to welcome you all to the 13th The EuMIC Opening and Closing plenary sessions will feature three European Microwave Integrated Circuits Conference, EuMIC 2018. invited speakers, world-class in their fields. During the Opening EuMIC arrives to Spain after a long journey that started in Rome ceremony Charles F. Campbell, Engineering Senior Fellow with the in 1990 organised by the GAAS® Association and continued, after Infrastructure and Defense Products Division of Qorvo, USA, will 2004, in the framework of the European Microwave Week. The city present a realistic perspective of the present challenges that GaN of Madrid is proud to receive the visit of the Passionate European monolithic designs faces. In addition, J. Sebastián Gómez-Díaz, Microwave Community. Assistant Professor in the Electrical and Computer Engineering Department of the University of California, Davis, USA, will This conference is the result of huge efforts made by the panel of address the use of graphene and other 2D materials as a powerful, reviewers and TPC members. We would like to thank all of them. reconfigurable, CMOS compatible, and miniaturized on-chip platform We also want to thank all authors, workshop and short-course for THz device fabrication. During the Closing session William R. organisers for their submissions and proposals, which has allowed Deal, Distinguished Engineer in Northrop Grumman’s RF and Mixed the organisers to guarantee that this event will have great interest Signal Department, USA, will talk about the status of transistor-based and high quality levels. We would especially like to acknowledge the electronics operating above 100 GHz and will describe recent progress extremely generous help received from previous EuMIC teams. in communications and sensors at these frequencies. Also during the Closing ceremony, the best contributed paper to EuMIC2018 and The scientific panel is composed of 12 regular EuMIC sessions and the Young Engineer Prize will be awarded by the EuMIC Technical 3 EuMC/EuMIC joint sessions covering topics from device to system Program Committee and the EuMW Steering Committee. Three level. Millimetre-wave technologies have gained an important GAAS® Association PhD student fellowships will also be celebrated. presence in this edition, reflecting their role in paving the way for 5G and beyond. Device modelling is also present with 4 regular The members of the Organising Committee of this EuMIC 2018 have sessions, showing how a classic topic remains a challenge for our done our utmost to make this event possible. EuMIC 2018 is from community. The 5 sessions on amplifiers will focus on system level now on mostly in your hands and we hope you will enjoy days of issues. The interactive poster session has been organised jointly fruitful discussion, knowledge exchange and networking. with the EuMC and will be held on Tuesday, enjoying the lively atmosphere of the Exhibition. No less interesting is the offer of We are looking forward to welcoming you in Madrid. Short Courses and Workshops: EuMIC delegates will find a not to be missed appealing offer on Sunday. Finally, it is worth mentioning that EuMIC has included 3 relevant Industrial Keynotes thanks to the kind participation of prominent speakers from Cree, Globalfoundries and Televés. Invited manufacturers will take the floor during the traditional ‘Foundry Session’ hosted by the GAAs® Association.

Teresa Martín Guerrero Carlos Camacho Peñalosa José Ángel García García Ángel Mediavilla Sánchez EuMIC Chair EuMIC Co-Chair EuMIC TPC Co-Chair EuMIC TPC Co-Chair

8 www.eumweek.com WELCOME MESSAGES

Welcome to the 14th European Radar Conference, EuRAD 2018

It is a pleasure for me, on behalf of the EURAD 2018 organisation Castro, Rafael Casado and Jacobo Martínez-Villa, from Indra team, to welcome you to this important event for radar Sistemas, Spain, will describe the new impressive radar facility for professionals, scientists and researchers in Europe. The European space debris surveillance that is starting to be installed in Spain. Radar Conference reaches this year its 15th edition, after walking a path of continuous growing, both in absolute terms and in terms of This year, 156 papers were submitted to the conference, and after a its weight and significance within the European Microwave Week. rigorous selection process, the 93 accepted papers were organised This year we are proud to host the EuRAD in Madrid from 26th to into 22 oral sessions and two interactive sessions, some of them 28th September at IFEMA Feria de Madrid. During these days, top shared with EuMC. Prominent industrial keynotes speakers will professionals will present their latest research and development, open four of these sessions, showing the latest industry approaches and discuss about the present status and future trends in the to the addressed technologies. A Special Session about radar fields of radar technology, system design and performance, radar projects in the European Defense Agency (EDA) has been organized components, radar propagation and target modelling, advanced by Dr. Roland Krebs (Project Officer RF sensor Technologies at signal processing techniques, as well as the most innovative radar EDA) to present the framework of R&T collaboration at EDA. The architectures, concepts and applications. most relevant outcomes of recent projects in the frame of the RF Sensor Technologies CapTech will be presented by top level In the opening session on Wednesday, we will enjoy the presence speakers, representing the European cooperation in this domain. of two excellent keynote Speakers. First, Mrs M. Carmen Barbero, An attractive topical workshops program will be running alongside from Indra Sistemas will present their radar global concept for the the conference programme. next generation of F110 frigates for the Spanish Navy, in which advanced concepts such as full digital implementation using Finally, we would like to express our gratitude to all the reviewers software defined radio concepts, and multiple function front-end and the TPC members for undertaking their task in a professional sharing are included. Later on, Dr. Stefano Pirandola from the and timely manner, and for their contribution to the success of University of York, will present a more long-term vision of our the conference. We look forward to meeting you in our nice city, technologies, exploring the capabilities of the quantum radar at the EuRAD 2018 conference, and wish you a very pleasant stay concept. For the closing session our keynote speakers, Domingo in Madrid.

Mateo Burgos García Gonzalo de Miguel Vela Manuel Rosa Zurera Pilar Jarabo Amores EuRAD Chair EuRAD Co-Chair EuRAD TPC Chair EuRAD TPC Co-Chair

www.eumweek.com 9 WELCOME MESSAGES

Welcome from the General TPC Chairs

This year the European Microwave Week is held in Madrid for the Peter Schmidt for organising and chairing the hand-over meetings, first time and we are thrilled about this excellent opportunity for as well as the members of the EuMA BoD for their useful comments the microwave community to meet, share advances and interact. As and suggestions. General Technical Programme Committee Chairs, we are grateful for For the second year, the TPC has been managed with the CONVERIA the excellent scientific revision and management of the submitted software. We want to thank Matthias Rudolph, Marc van Heijningen, manuscripts by the reviewers and TPC members, meeting all the Cristina Andrei and the staff from CONVERIA, who have actively required deadlines. The total number of contributions submitted was supported us during the whole review process and TPC meeting. over 900. The reviews were performed by 110 TPC members and Their help has been invaluable. We are also very grateful to the three more than 430 reviewers, listed in the programme book. The TPC conference and TPC Chairs, the Chairs of the Workshops and Short meeting was held in April 7th in Madrid, where an intense scientific courses, the Chairs of the Special and Focus Sessions, and the whole activity took place in a friendly atmosphere. The TPC members and EuMW2018 team who have been extremely responsive during the reviewers are fundamental to preserve the high scientific standards whole process. of the EuMW and we strongly recognize their dedication, which guarantees a thorough and fair decision, typically based on six We wholeheartedly hope that you will enjoy the technical reviews per paper. Eventually, a total of 521 regular papers were programme of EuMW2018 and the lively city of Madrid, with its accepted, arranged in 87 oral sessions and 5 interactive sessions. In renowned museums and historic neighborhoods and landmarks. addition to the regular papers, and following an initiative started in Our warmest welcome to EuMW2018 in Madrid, Spain! the past EuMW, there are 15 invited industrial keynotes, which will open some of the technical sessions of the three conferences. It has been a unique opportunity for both of us to chair the TPC, both scientifically and personally. Going through all the submitted papers for the initial review setup, we have been able to appreciate the high global quality of the contributions and the significant advances in the broad diversity of topics covered by EuMW. At a personal level, we have had the pleasure to fruitfully interact with TPC members and reviewers for an optimum execution of the revision procedure. We are grateful to the previous TPC chairs and EuMW teams for their precious help and availability, especially to Prof. Thomas Zwick for his timely answers to numerous questions and the valuable documents Almudena Suárez Rodríguez Juan-Mari Collantes he provided us. We would also like to acknowledge Prof. Lorentz- General TPC Chair General TPC Co-Chair

SPECIAL ISSUE

International Journal of Microwave and Wireless Technologies: EuMW 2018 Special Issue

The International Journal of Microwave and Wireless Technologies was created in 2009 by the European Microwave Association (EuMA) and Cambridge University Press for the benefit of the microwave research community in Europe and overseas. The journal is published ten times a year. It allows academic and industrial researchers to promote their work and stay connected with the most recent developments in microwave and RF technology. The journal is referenced in databases such as Scopus and Google Scholar and is indexed in the Thomson Reuters Web of Science. Following the success of previous microwave weeks, the journal will again publish a special issue dedicated to European Microwave Week 2018. The authors of a number of highly ranked papers presented at the conferences will be invited to submit an extended version for publication in the journal. The special issue will be guest edited by Vicente Boria Esbert, chair of EuMC 2018, Teresa Martín Guerrero, chair of EuMIC 2018, and Mateo Burgos García, chair of EuRAD 2018. Accepted papers will be published online at http://journals.cambridge.org/MRF and can be referenced using their DOI (Digital Object Identifier). Once all submissions are received, the articles will be collated into the Special Issue and published in print, which is expected to appear in June 2019. Vicente Boria Esbert Teresa Martín Guerrero Mateo Burgos García EuMC 2018 Chair EuMIC 2018 Chair EuRAD 2018 Chair

10 www.eumweek.com THE EuMW 2018 TEAM

The EuMW 2018 Organising Committee

Magdalena Salazar Palma José Ignacio Alonso Montes Daniel Segovia Vargas Manuel Sierra Castañer Luis Emilio García Castillo Jorge A. Ruiz-Cruz Almudena Suárez Rodríguez EuMW General Chair, Universidad EuMW General Co-Chair, Universi- EuMW Treasurer, Universidad Carlos EuMW Operational Office Chair, EuMW Operational Office Co-Chair, Arrangements Committee Chair, General TPC Chair, University of Carlos III de Madrid, Spain dad Politécnica de Madrid, Spain III de Madrid, Spain Universidad Politécnica de Madrid, Universidad Carlos III de Madridf, Autonomous University of Madrid, Cantabria, Spain Spain Spain Spain

Juan-Mari Collantes Vicente Boria Esbert Miguel Ángel Gómez Laso Ferran Martín Francisco Mesa Ledesma Teresa Martín Guerrero Carlos Camacho Peñalosa General TPC Co-Chair, University of EuMC Chair, Technical University of EuMC Co-Chair, Public University of EuMC TPC Chair, Autonomous EuMC TPC Co-Chair, University of EuMIC Chair, Universidad de EuMIC Co-Chair, Universidad de the Basque Country, Spain Valencia, Spain Navarra, Spain University of Barcelona, Spain Seville, Spain Málaga, Spain Málaga, Spain

José Ángel García García Ángel Mediavilla Sánchez Mateo Burgos García Gonzalo de Miguel Vela Manuel Rosa Zurera María Pilar Jarabo Amores José Carlos Pedro EuMIC TPC Chair, Universidad de EuMIC TPC Co-Chair, University of EuRAD Chair, Universidad Politéc- EuRAD Co-Chair, Universidad EuRAD TPC Chair, University of EuRAD TPC Co-Chair, University of Workshops and Short Courses Chair, Cantabria, Spain Cantabria, Spain nica de Madrid, Spain Politécnica de Madrid, Spain Alcalá, Spain Alcalá, Spain University of Aveiro, Portugal

Telmo Cunha Arturo Mediano Heredia Mónica Fernández Barciela Manuel J. Padilla-Cruz Petronilo Martín Iglesias Germán Torregrosa Penalva José Luis Gómez Tornero Workshops and Short Courses Co- Poster Sessions Chair, University of Women in Microwave Engineering Industrial Liaison and Sponsor Career Platform Chair, European Student Activities Committee Chair, Student Activities Committee Chair, University of Aveiro, Portugal Zaragoza, Spain Chair, University of Vigo, Spain Committee Chair, Thales Alenia Space Agency, The Netherlands University of Elche, Spain Co-Chair, Technical University of Space, Spain Cartagena, Spain

Joan O’Callaghan Fernando Las Heras Lluís Pradell i Cara Nuno Borges Carvalho Marisol Martínez Tirado César Ramos Félix Pérez Martínez Special/Focused Sessions Chair, Special/Focused Sessions Co-Chair, Awards Committee Chair, Universi- Publications Committee Chair, Defence, Security and Space Forum Defence, Security and Space Forum Defence, Security and Space Forum Universitat Politècnica de Catalu- University of Oviedo, Spain tat Politècnica de Catalunya, Spain University of Aveiro, Portugal Chair, Technologies for Defence and Co-Chair, Spanish Association Organiser, Technologies for Defence nya, Spain Security Foundation, FCTDS, Spain of Defence, Aeronautic & Space and Security Foundation, FCTDS, Technological Companies, TEDAE, and Universidad Politécnica de Spain Madrid, Spain

Frank van den Bogaart Matthias Rudolph Marc van Heijningen Cristina Andrei Sara Barros Justin King Defence, Security and Space Forum Electronic Submission Chair, Electronic Submission Co-Chair, Electronic Submission Officer, Young Professionals in Microwave Young Professionals in Microwave Advisor, TNO, The Netherlands Brandenburg University of Technol- TNO, The Netherlands Brandenburg University of Technol- Engineering Chair, Thales Nederland Engineering Co-Chair, University ogy, Germany ogy, Germany B.V., The Netherlands College Dublin, Ireland www.eumweek.com 11 EuMW PRIZES

2017 European Microwave Week in Nuremberg Best Paper Prizes

EuMC Microwave Prize (sponsored by EuMA) EuRAD Young Engineer Prize (sponsored by Hensoldt) Sub-THZ Micromachined Waveguides for Wafer Level Integration of MMICs Range Sidelobes Attenuation of Pseudorandom Waveforms for P. Pursula, A. Lamminen, Civil Radars M. Kantanen, F. De Palo, G. Galati J. Saarilahti, V. Ermolov University of Rome Tor VTT Technical Research Vergata Centre of Finland

EuMC Young Engineer Prizes (sponsored by Thales Deutschland GmbH) EuMIC Best Paper Prize (sponsored by Rohde & Schwarz)

High Precision Realtime RF-Measurement System for Imaging of 80-GHz Impulse Radio Receiver with Quadrature PPM Stroke Demodulation in 55-nm CMOS Technology S. Poltschak1, H. Matsumura, M. Freilinger1, R. Feger1, Y. Yagishita, I. Soga, A. Stelzer1, K. Oishi, Y. Kawano, A. Hamidipour2, Y. Nakasha, T. Iwai T. Henriksson2, Fujitsu Laboratories Ltd M. Hopfer2, R. Planas2, and S. Semenov2 1Johannes Kepler University Linz, 2EMTensor GmbH EuMIC Young Engineer Prize Non-Reciprocal Mode-Converting Substrate Integrated (sponsored by Rohde & Schwarz) Waveguide A. Afshaniaghajari Global Modeling of GaN HEMT Resistive Current Including and K. Wu Charge Trapping and Self-Heating for Multi-Bias Multi-Class PA Ecole Polytechnique de Performance Prediction Montreal G.P. Gibiino, R. Cinani, A. Santarelli, F. Filicori University of Bologna

EuRAD Best Paper Prize (sponsored by Thales Netherlands)

Automotive Radar Interference Mitigation Using a Sparse Sampling Approach J. Bechter, F. Roos, M. Rahman, C. Waldschmidt Ulm University

12 www.eumweek.com EuMA AWARDS

2018 EuMA Pioneer Award 2018 EuMA Distinguished Service Award

Vittorio Rizzoli received his degrees Robert Weigel was born in Ebermannstadt, in Electronic Engineering from the Germany, in 1956. He received the Dr.-Ing. and University of Bologna, Italy, in 1971 the Dr.-Ing.habil. degrees, both in electrical and 1980. In 1972 he was appointed a engineering and computer science, from the Professional Engineer. In 1974 he joined Munich University of Technology in Germany the University of Bologna as an Assistant where he respectively was a Research Engineer, to the Chair of Electromagnetic Fields a Senior Research Engineer, and a Professor and Circuits. In November, 1980, he for RF Circuits and Systems until 1996. During joined the University of Bologna as a 1994 to 1995 he was a Guest Professor for SAW Full Professor of Electromagnetic Fields. Technology at Vienna University of Technology in His main research interests are in the Austria. From 1996 to 2002, he was Director of areas of nonlinear microwave circuit the Institute for Communications and Information Vittorio Rizzoli simulation and design with emphasis Robert Weigel Engineering at the University of Linz, Austria on modern CAD techniques for large- where, in August 1999, he co-founded the size problems, electromagnetic design of microwave and millimetre-wave company DICE, since split into an Infineon Technologies (DICE) and an Intel (DMCE) integrated circuits, and nonlinear/electromagnetic co-simulation of wireless company with a total now of 450 staff members which are devoted to the design of systems including environmental aspects. He is author or co-author of RFICs for mobile radio and MMICs for vehicular radar applications. In 2000, he was over 220 technical papers, most of which have been published in English appointed a Professor for RF Engineering at the Tongji University in Shanghai, China. in refereed international journals or presented to selected international Since 2002 he is Head of the Institute for Electronics Engineering at the University meetings (again in English). In these areas he participated in a large number of Erlangen-Nuremberg, Germany. Since 2017, he is Spokesman of the University’s of national and international research programs funded by national and Department of Electrical Engineering. In Erlangen, respectively in 2009, in 2012, and international Institutions, in many cases as the principal investigator. From in 2015 he co-founded the companies eesy-id, eesy-ic and eesy-innovation. 1987 to 2002 he coordinated an applied research program in cooperation Prof. Weigel has been engaged in research and development of microwave theory between the Department of Electronics and Computer Science of the and techniques, electronic circuits and systems, and communication and sensing University of Bologna and Compact Software Inc. (New Jersey, USA), aimed systems. In these fields, he has published more than 900 papers. He received the 2002 at the development of the first general-purpose software suite for nonlinear VDE ITG-Award, the 2007 IEEE Microwave Applications Award, the 2016 IEEE MTT-S microwave circuit simulation and design. The resulting set of design tools Distinguished Educator Award, and the 2018 IEEE Rudolf Henning Distinguished was systematically used for many years by Industrial R&D labs worldwide. Mentoring Award. Prof. Rizzoli was a member of the Editorial Board of IEEE Microwave and Prof. Weigel is a Fellow of the IEEE, an Elected Member of the German National Wireless Components Letters, IEEE Transactions on Microwave Theory and Academy of Science and Engineering (acatech), and an Elected Member of the Senate Techniques, and of John Wiley's International Journal of RF and Microwave of the German Research Foundation (DFG). He is and has been serving on numerous Computer Aided Engineering. He is also a member of the Paper Review advisory boards of government bodies, research institutes and companies in Europe Board of Electronics Letters. In the years 2005/2007 he served as Associate and Asia. Furthermore, he is and has been serving on various editorial boards such as Editor of the IEEE Transactions on Microwave Theory and Techniques, with that of the Proceedings of the IEEE. He has been a member of numerous conference autonomous decision capabilities. steering and technical program committees. He was General Chair of several From 1987 to 1995, in 2002, and in 2009, he was on the Technical Program conferences such as the 2004 URSI International Symposium on Signals, Systems and Committee of the European Microwave Conference. In 1995 he served as Electronics (ISSSE) in Linz, Austria and Technical Program Chair of several conferences Chairman of the 25th European Microwave Conference that was held in such as the 2002 IEEE International Ultrasonics Symposium in Munich, Germany. He Bologna, Italy, in conjunction with the Celebrations for the First Centenary served in many roles for the IEEE MTT and UFFC Societies. He has been Founding Chair of the Invention of the Radio. In 1995/96 he served as Chairman of the of the Austrian COM/MTT Joint Chapter, Region 8 MTT-S Coordinator, Distinguished Management Committee of the European Microwave Conference. In Microwave Lecturer, MTT-S AdCom Member, and the 2014 MTT-S President. 2001 he organised and chaired a Special Marconian Session devoted to Prof. Weigel also served in many roles for the European Microwave Association the celebration of the first centenary of Marconi’s 1901 transatlantic radio (EuMA). Since about 1990, he has served as a reviewer and, most of the years, also transmission, that was held in London, UK, in conjunction with the 31st as a TPC member of one the EuMW conferences (EuMC, ECWT or EuMIC). He was European Microwave Conference. General Chair of the EuMW 2013 and Honorary Chair of the EuMW 2017, both in In 1990 Prof. Rizzoli was appointed by the IEEE “Distinguished Microwave Nuremberg, Germany. Prof. Weigel was the Founding Editor of the Proceedings of Lecturer” of IEEE MTT-Society for Region 8. In this capacity, in 1990/1993 the European Microwave Association and served as Editor until 2009 when the he presented 15 lectures at top scientific Institutions in Europe, U.S.A., and Proceedings were transferred into the International EuMA Journal of Microwave and Middle East (Israel) on "Simulation and Design of Nonlinear Microwave Wireless Technologies. He was TPC Chair of the ECWTs 2003 and 2007 in Munich, Circuits". In 1994 he was elected Fellow of the IEEE with the citation Germany. For EuMW 2003 he served as the Treasurer. At the EuMW conferences "For Contributions to the Simulation and Design of Nonlinear Microwave he organised several workshops as well as special and focused sessions, submitted Integrated Circuits". From 1999 to 2007 he was a member of the numerous papers of his research groups and contributed to and organised many Technical Program Commit-tee of the IEEE MTT-S International Microwave special EuMW events such as the Bavarian State Receptions when EuMW has been Symposium. held in Germany since 1999. At EuMW 2013, he initiated the 1st European Microwave Student School enabling students of European Universities to receive ECTS points for Since 1993 he has been a member of IEEE MTT-1, the Technical Committee their curricula; and also at EuMW 2013, he initiated the 1st Graduate Student Industrial of Computer-Aided Design whose institutional task is the promotion, Career Platform for Ph.D., master and bachelor students. During his time as a Voting development, and dissemination of CAD techniques among the members Member of the AdCom of the IEEE MTT-Society (2004 to 2017) he always served as of the Scientific Community. In this capacity, he also cooperated in a constructive bridge between EuMA and IEEE MTT-S through several functions and the organisation and presentation of several Workshops aimed at the activities, e.g. as chair of MTT-S’s AdCom Subcommittee for International Liaison, and illustration of key aspects of microwave CAD techniques to non-specialist in particular when he was the MTT-President in 2014, when the EuMA President and audiences. he worked out the new EuMA/MTT-S agreement signed at the EuMW 2014 in Rome. www.eumweek.com 13 EuMA AND EuMW COMMITTEES

EuMA EuMA International Journal Editor EuMW Steering Committee 2018 General Assembly 2018 Almudena Suárez Rodríguez EuMA Board of Directors Board of Directors Honorary Secretary EuMW Officer Wolfgang Heinrich Andrew F. Wilson Lorenz-Peter Schmidt EuMW Officer Gilles Dambrine GAAS Representative Patrice Gamand Countries Represented Paolo Colantonio, GAAS ( 2017 - 2019) Andrew Gibson Group 1 - France, Monaco Willem Hol Group 2 - Germany EuMW Chairs Luca Perregrini Group 3 - Italy, San Marino, Vatican City Arne Jacob, 2017 Chair Magdalena Salazar Palma, 2018 Chair Almudena Suárez Rodríguez Group 4 - United Kingdom, Ireland, Denis Barataud, 2019 Chair Frank van den Bogaart Gibraltar, Malta Frank van Vliet, 2020 Chair Danielle Vanhoenacker-Janvier Group 5 - Belgium, The Netherlands, Nick Ridler, 2021 Chair Luxembourg Luca Perregrini, 2022 Chair EuMW Chairs Group 6 - Iceland, Norway, Sweden Arne Jacob, EuMW2017 Group 7 - Denmark, Faroe Islands, MTT-S Observer Magdalena Salazar Palma, EuMW2018 Finland, Greenland Jozef Modelski Denis Barataud, EuMW2019 Group 8 - Bulgaria, Czech Republic, APMC Delegate 2018-2020 Hungary, Romania, Slovakia Kamran Ghorbani Ordinary Members Group 9 - Estonia, Latvia, Lithuania, Conference Software Officers Denis Barataud, Group 1 Poland Matthias Rudolph, Software Officer Ingmar Kallfass, Group 2 Group 10 - Armenia, Azerbaijan, Georgia, Marc van Heijningen, Software Dep.Officer Luciano Tarricone, Group 3 Moldova, Ukraine Peter Aaen, Group 4 Group 11 - Albania, Bosnia and 2018 Conference Chairs, TPC Chair and Treasurer Wim van Capellen, Group 5 Herzegovina, Croatia, Cyprus, FYR Almudena Suárez Rodríguez, TPC Chair Joachim Oberhammer, Group 6 Macedonia, Montenegro, Vicente Boria Esbert, EuMC Dmitri Lioubtchenko, Group 7 Greece, Israel, Serbia, Slovenia, Turkey Teresa Martín Guerrero, EuMIC Gabriel Banciu, Group 8 Group 12 - Belarus, Russia Mateo Burgos García, EuRAD Slawomir Gruszczynski, Group 9 Group 13 - Austria, Liechtenstein, Daniel Segovia Vargas, Treasurer Yuliya Averyanova, Group 10 Switzerland Constantinos Angelis, Group 11 Group 14 - Andorra, Portugal, Spain 2019 Conference Chairs, TPC Chair and Treasurer vacant, Group 12 Group 15 - North America Nathalie Deltimple, TPC Chair Wolfgang Bösch, Group 13 Group 16 - Asia-Pacific Stéphane Bila, EuMC Juan-Mari Collantes, Group 14 Group 17 - Africa and Middle East Farid Madjoub, EuMIC Ke Wu, Group 15 countries Ichihiko Toyoda, Group 16 Philippe Eudeline, EuRAD Islam Eshrah, Group 17 Serge Verdeyme, Treasurer Oksana Shramkova, IEEE Reg 8 EuMW Operational Officers 2017-2020 Sascha Meyne, 2017 Oper. Officer Founder Members Manuel Sierra Castañer, 2018 Oper. Officer Leo Ligthart Bernard Jarry, 2019 Oper. Officer Asher Madjar Marcel van der Graaf, 2020 Oper. Officer Holger Meinel HH Representatives Steve Nightingale Ivar Bazzy Roberto Sorrentino Michel Zoghob André Vander Vorst By Invitation Roberto Sorrentino, International Officer André Vander Vorst, Secretary Emeritus Andrew F. Wilson, Hon Secretary Annemie Van Nieuwerburgh, HQ Assistant 14 www.eumweek.com EuMA AND EuMW COMMITTEES

EuMC Technical Programme Jozef Modelski Christophe Gaquiere Committee Carlos Montesano Jose A. Garcia Michal Mrozowski Giovanni Ghione Lutfi Albasha Bart Nauwelaers Franco Giannini José Ignacio Alonso Montes Steve Nightingale Vadim Issakov Herve Aubert José Carlos Pedro Ingmar Kallfass Shmuel Auster Luca Perregrini Teresa M. Martín-Guerrero Denis Barataud Christian Person Farid Medjdoub César Barquinero Jyri Putkonen Jean-Christophe Nallatamby Stéphane Bila Cédric Quendo Dimitris Pavlidis Pierre Blondy Antti Raisanen Michael Schlechtweg Vicente Boria Ilona Rolfes Patrick Schuh Maurizio Bozzi Kamal Samanta Ho-Jin Song Carlos Camacho Peñalosa Dominique Schreurs Frank Van den Bogaart William Deal Oksana Shramkova Frank van Vliet Nathalie Deltimple Richard Snyder Herbert Zirath David Escot Bocanegra Santiago Sobrino Arias Philippe Eudeline Roberto Sorrentino EuRAD Technical Programme Georg Fischer Jan Stake Committee Alessandro Galli Noriharu Suematsu Patrice Gamand Luciano Tarricone Mateo Burgos García Anthony Ghiotto Ichihiko Toyoda Carlos Castillo Andy Gibson Wim Van Cappellen Jean-Yves Dauvignac Wolfgang Heinrich Serge Verdeyme Jacco de Wit Ian Hunter Ville Viikari Alfonso Farina Arne Jacob Jan Vrba Reinhard Feger Mehmet Karaaslan Ke Wu Laurent Ferro-Famil Mehmet Kaynak Peter Zwamborn Stephen Harman Justin King Thomas Zwick Willem A. Hol Ioan Lager María Pilar Jarabo Amores Tuami Lasri EuMIC Technical Programme Krzysztof Kulpa Giuseppe Macchiarella Committee Pierfrancesco Lombardo Jan Machac Claire Migliaccio Asher Madjar Eric Bergeault Nils Pohl Ferran Martín Georg Boeck Mayazzurra Ruggiano Petronilo Martín Iglesias Nuno Borges Carvalho Andreas Stelzer Diego Masotti Tom Brazil Felix Yanovsky Marion Matters-Kammerer Paolo Colantonio Alexander Yarovoy Francisco Medina Gilles Dambrine Volker Ziegler Francisco Mesa Luisa de la Fuente Jerzy Michalski Didier Floriot 2018 Technical Programme Committee

Image courtesy of Shmuel Auster www.eumweek.com 15 EuMW 2018 REVIEWERS

Peter Aaen Carlos Crespo Elisa Giusti Edward Ackerman Diego Cristallini Mike Golio Janne Aikio Iñigo Cuiñas Roberto Gómez-García Beatriz Aja Ana Isabel Daganzo-Eusebio Jose Manuel González Pérez Mustafa Akkul Thomas Dallmann Ramón Gonzalo Giandomenico Amendola Christian Damm George Goussetis Ann-Marie Andersson Plamen Dankov Maria Greco Mykhaylo Andriychuk Francois Danneville Katia Grenier Iltcho Angelov Peter De Hek Ian Gresham Fritz Arndt Gonzalo De Miguel Vela Marco Guglielmi Holger Arthaber Pedro De Paco Mehrdad Hajivandi Natanael Ayllon Andy Dearn Svein-Erik Hamran Christoph Baer Christophe Delaveaud Henri Happy Dominique Baillargeat Sébastien Delcourt Reinhold Herschel Damienne Bajon Nicolas Delhote Jan Hesselbarth Chris Baker Franz Dielacher Michael Höft Maher Bakri-Kassem Marco Dionigi Jiasheng Hong John Bandler Massimiliano Dispenza Peter Hoogeboom Juraj Bartolic Ralf Doerner Silvio Hrabar Taylor Barton Simona Donati Guerrieri Zhirun Hu Jean-Baptiste Begueret Stefan Dr. Lindenmeier H.alfred Hung Didier Belot Daniela Dragomirescu Stavros Iezekiel Olof Bengtsson Achim Dreher Tatsuo Itoh Tibor Berceli David Dubuc Timo Jaeschke Manfred Berroth Damien Ducatteau Bernard Jarry Alexandre Bessemoulin Guillaume Ducournau John Jelonnek Jan Geralt Bij De Vaate Anna Dzvonkovskaya Thomas Johnson Hans Ludwig Bloecher Jens Engelmann Noushin Karimian Luigi Boccia Nasrin Esfahani Stephane Kemkemian Fabrizio Bonani Christian Fager Bumman Kim Joachim Boukamp Francisco Falcone Dietmar Kissinger Stefan Brueggenwirth Jean-François Favennec Marek Kitlinski Christian Brylinski Michael Feiginov Jens Klare Javier Cabo Freixedas Mónica Fernández Barciela Peter Knott Pedro Cabral Fabien Ferrero Alexander Koelpin Dwight Cabrera Fabio Filicori Nicholas Kolias Vittorio Camarchia Michele Fiorini Hiroshi Kondoh Marc Camiade Erwan Fourn Slawomir Koziel Juan Luis Cano Anne-Laure Franc Oleg Krasnov Amerigo Capria Marc Franco Viktor Krozer Christian Carlowitz Sebastien Fregonese Yury Kuznetsov Vincenzo Carrubba Vincent Fusco Michèle Lalande Corrado Carta Michael Gadringer Claudio Lanzieri Luca Catarinucci Piotr Gajewski David Lautru Robert Caverly Gaspare Galati Laurent Le Coq Jean-Louis Cazaux Peter Gardner Remy Leblanc Nickolay (Mykola) Cherpak Matthias Geissler Herve Leblond J.-C. Chiao Bertrand Gerfault Tim Lee Debabani Choudhury Friedel Gerfers Jonathan Lees Renato Cicchetti Spartak Gevorgian Friedrich Lenk Elisa Cipriani Kamran Ghorbani Mauro Leonardi Riccardo Colella Pere L. Gilabert Yoke Choy Leong Gayle Collins Raphael Gillard Giorgio Leuzzi Alessandra Costanzo Rocco Giofre Ernesto Limiti

16 www.eumweek.com EuMW 2018 REVIEWERS

Fujiang Lin Luca Pelliccia Ammar Sharaiha Julien Lintignat Felipe Peñaranda-Foix Hasan Sharifi José Raul Loo Yau André Perennou Uwe Siart Ernesto López Cuaresma Juan Carlos Pérez Ambrojo Manuel Sierra Castañer Errikos Lourandakis Jerzy Piotrowski Hjalti Sigmarsson Ali Louzir Sergio Pires Bart Smolders Cyril Luxey Marco Pirola Eran Socher Tzyh-Ghuang Ma Emanuele Piuzzi Klaus Solbach María J. Madero Florence Podevin Jacques Sombrin Robert Malmqvist Jean-Luc Polleux Andreas Springer Cristell Maneux Mabel Ponton Alexandru Takacs Cyril Mangenot Benjamin Potelon Gérard Tanné Dirk Manteuffel Arnaud Pothier Thierry Taris Wnuk Marian David Poyatos Manos Tentzeris Paulo Marques Gaetan Prigent Manfred Thumm Audrey Martin Dimitra Psychogiou Karsten Thurn Fernando Martín Roberto Quaglia Harrie Tilmans Holger Maune Rüdiger Quay Cristiano Tomassoni Linus Maurer Antonio Raffo Eric Tournier Markus Mayer Franco Ramirez Pier Andrea Traverso Giuseppe Mazzarella Gustavo Rehder Stefano Turso Ángel Mediavilla Sánchez Andreas Reigber Thomas Ussmueller Cyrille Menudier Apolinar Reinoso Valeria Vadalà Wolfgang Menzel Nick Ridler Eddy Van Eeuwijk Stephane Meric Eric Rius Marc Van Heijningen Sascha Meyne Francois Rivet Danielle Vanhoenacker-Janvier Werner Mohr Fabian Riviere Giorgio Vannini Priyanka Mondal Michael Roberg Andriy Vasylyev Mauro Mongiardo Duncan Robertson Valerie Vigneras Giuseppina Monti Stephane Rochette Jean-Francois Villemazet Ignacio Montiel Sánchez António Rodrigues Roberto Vincenti Gatti Gabriel Montoro Hendrik Rogier Michael Vogt Alberto Moreira Yves Rolain Stefan Vossen Amir Mortazawi Luke Rosenberg André Vander Vorst José-María Muñoz-Ferreras Jorge A. Ruiz-Cruz Tan Phu Vuong Hiroshi Murata Anders Rydberg Simon Wagner Guillaume Neveux Juergen Sachs Christian Waldschmidt Dirk Nüßler Djamschid Safi Yide Wang Morten Olavsbråten Amr Safwat Huei Wang Karl Erik Olsen Magdalena Salazar Palma Simon Watts Homayoon Oraizi Piotr Samczynski Robert Weigel F. Javier Ortega Atsushi Sanada Matthias Weiß Damien Pacaud David Sánchez-Hernández Werner Wiesbeck Cristiano Palego Miguel Sánchez-Soriano Bianca Will George Papaioannou Sergio Sancho Ben Willetts Youngjin Park Alberto Santarelli Ke-Li Wu Marco Pasian Bruno Sauviac Zhipeng Wu Daniel Pasquet Christian Schaeffer Traianos Yioultsis Debora Pastina Christoph Scheytt Naruto Yonemoto Parbhu Patel Lorenz-Peter Schmidt Paul Young Mario Pauli Christian Schulz Ming Yu Graham Pearson Hermann Schumacher Marco Zappatore Alain Peden Jonathan Scott Thomas Zimmer Ana Peláez Pérez Daniel Segovia Vargas

www.eumweek.com 17 GENERAL INFORMATION

Welcome to EuMW 2018

European Microwave Week, being held in the effervescent and wildly exciting city of Madrid, comes to Spain for the first time ever. Bringing industry and academia together, European Microwave Week 2018 is a SIX day event, including THREE cutting edge conferences and ONE exciting trade and technology exhibition featuring leading players from across the globe. EuMW 2018 provides access to the very latest products, research and initiatives in the microwave sector. It also offers you the opportunity for face- to-face interaction with those driving the future of microwave technology.

The 21st European Microwave Week combines: Online registration opens on 28th May 2018 and remains open up to and • Three Major Conferences during the event until 28th September. During the event, you can also register • Associated Workshops onsite from Saturday 22nd September 2018 (16.00 -19.00) and from 08.00 • Tailored Courses and Seminars for industrialists, academics and researchers each morning from Sunday 23rd September 2018 to Friday 28th September • Leading International Trade Show. 2018.

In addition, Exhibitor Workshops and Seminars will be provided by several Conference rooms are located at the North Convention Centre. The top organisations with superior expertise in Microwave, RF, Wireless or Radar. conferences will be held in different rooms over the conference dates. Please refer to the Conference Matrix at the back of this booklet for a detailed overview. Delegates can register for one, two or all three of the conferences. BADGES Registration at one conference does not allow any access to other conference Online registrants will automatically be e-mailed their badge barcode and sessions. Those who wish to register for two or more conferences will receive an order confirmation receipt immediately after they pay. All those who have a discount on these registrations. pre-registered should bring their badge barcode and confirmation with them to the conference where they can print out their badge by scanning their Fees and discounts are all explained in the Conference Registration barcode at the Fast Track desk onsite. Once you have collected your badge, Information section of this booklet. conference attendees can collect the proceedings which are on a USB stick and the delegate bag. Processing will be quick and easy but queues may PROCEEDINGS ON USB STICK form at busy times, so please arrange to collect your badge well in advance All papers published for presentation at your chosen conference will be on of your first conference session. a USB stick given out with the delegate bags. There will be one USB stick combining all three conferences. No hard copies of workshop slides will be The registration area will be located at the lobby of IFEMA North Convention provided. All workshop slides will be available on a USB stick for workshop Centre, close to the North Entrance as signposted. participants.

Those who have not pre-registered can do so on site. There will be onsite INTERACTIVE SESSIONS registration terminals located within the registration area, where delegates The interactive poster papers will be presented on electonic screens, which are can enter their details and pay immediately by swiping their credit or debit located in the conference area on Monday and Friday, and in the exhibition as cards through the card readers attached to the terminals. signposted on Tuesday, Wednesday and Thursday.

Alternatively, you can pay at the Cashier desk if you require a printed receipt. SPEAKER PREPARATION SPACE A speaker preparation area is located in the conference area. If you have any questions regarding registration procedures and payment, please email: [email protected]. EXHIBITION HOURS CONFERENCES The exhibition area will be located in Hall 9 (North Entrance) as shown on the Floor Plan on page 109 of this booklet. As a registered delegate you will Choose from three separate but complementary conferences. Spanning the have full access to the exhibition area. length of the week, starting from Sunday 23rd September, the conferences and workshops are scheduled as follows: The exhibition opening hours are: • Tuesday 25th September 9.30-18.00 • European Microwave Integrated Circuits Conference (EuMIC) (followed by the Welcome Reception) 24th-25th September 2018 • Wednesday 26th September 9.30-17.30 • European Microwave Conference (EuMC) 25th-27th September 2018 • Thursday 27th September 9.30-16.30 • European Radar Conference (EuRAD) 26th-28th September 2018 • Plus Workshops and Short Courses (23rd - 28th September 2018) See the back cover for a full listing of the exhibitors (correct at the time of • In addition, EuMW 2018 will include for the 9th year, the Defence, Security going to press). and Space Forum on 26th September 2018.

The conferences encompass a wide range of subject areas including: • Microwave, Millimetre-wave and Submillimetre-wave Systems • Antennas and Propagation • Wireless Technologies • Telecommunication (RF, Microwave and Optical) • ICs, Semiconductor Materials and Packaging • Radar Architectures, Systems and Subsystems • Sensors and Remote Systems • Test and Measurement 18 www.eumweek.com GENERAL INFORMATION

EuMA MEMBERSHIP By Taxi: One can apply for EuMA membership by ticking the appropriate box during With ranks at each entrance to the exhibition complex, more than 15,000 registration for EuMW. In general, membership applications received after taxis are available to visitors to Feria de Madrid. August 1, or through the EuMW registration form are intended for the next calendar year. However, the discount for the EuMW fees applies immediately. By Car: Feria de Madrid is linked by road to Madrid's major access routes and ring roads: the M11 (Exits 5 and 7), the M40 (Exits 5, 6 and 7) and the A2 (Exit 7). EuMA membership fee is €25 for Professionals and €15 for Students. There is direct access to the various parking areas. EuMA offers a three-year free membership for people residing in NIS and some African countries. OTHER USEFUL INFORMATION PERSONAL INVITATION EUMA KNOWLEDGE CENTRE A valid passport will be required for entry into the organising country, in this case The EuMA website has its Knowledge Centre which presently contains over Spain. Since EuMW events are held in the European Union, no visa is usually 20,000 papers published under the EuMA umbrella. Full texts are available to required for travellers with passports from a number of countries, like for instance: EuMA members only, who can make as many copies as they wish, at no extra-cost. European Union, Australia, Brazil, Canada, Japan, Singapore, South Korea or the United States. At: http://www.exteriores.gob.es/Portal/en/ServiciosAlCiudadano/ EUMA INTERNATIONAL JOURNAL InformacionParaExtranjeros/Paginas/RequisitosDeEntrada.aspx you can find The ‘International Journal of Microwave and Wireless Technologies’ is additional information to know whether you are required to apply for a visa published annually with 8 issues. EuMA members are entitled to free for Spain. If you are registering as speaker, delegate or exhibitor and you need electronic access to the Journal. There is a special offer when subscribing a visa, we recommend that you speak with the Spanish Consulate, in your own to both Membership and printed Journal: €67 for Professionals, €57 for country. You should organise this at least 3 to 4 months prior to EuMW. Students. The organisers will be pleased to send a letter of invitation to any exhibitor, conference delegate or speaker requesting it. HOTELS AND TRAVEL For requesting this letter of invitation, please pre-fill the invitation letter at HOTEL RESERVATION http://www.eumweek.com/visitors/passport-visa.html and return it to Prof. Dr. Horizon House has teamed up with Connex Hotels and Events, our official Luis Emilio García Castillo, Visa Chair EuMW 2018, Universidad Carlos III de hotel booking supplier, to offer you the ability to book your accommodation Madrid, Leganés, Madrid via [email protected] for EuMW at the most competitive rates available. It is very easy to make an immediate hotel booking. INSURANCE It is highly recommended that all participants carry the proper travel and health Simply visit their booking page http://www.connexhotelsandevents. insurance, as the organiser cannot accept any liability for any accidents or com/eumw-2018-madrid.html and make your booking, or email sally@ injury that occur during or when travelling to the event. Please also insure that connexhotelsandevents.com. You will find a wide range of accommodation to suit personal items are covered for loss, damage or theft either through a personal every budget. Alternatively, see the hotel booking pages within this programme. policy or by a corporate policy. We cannot accept any liability for personal items that are lost, damaged or stolen during or travelling to and from European GETTING TO IFEMA - FERIA DE MADRID CONVENTION CENTRE Microwave Week 2018. The city of Madrid is located in the geographic centre of Spain and it is ELECTRICITY well connected to the European motorway, rail and flight networks. IFEMA Electricity is supplied at 230V, 50 Hz (socket type F ("Schuko plug")). Feria de Madrid Convention Centre can be accessed through a variety of transportation means. SOCIAL EVENTS & PARTNER PROGRAMME Full details of the social events & dinners that are taking place during EuMW By Plane: 2018 can be found in the 'Social Events & Partner Programme' section of this Adolfo Suárez Madrid-Barajas International Airport, or simply Madrid-Barajas programme. Airport, is located only 10 minutes from the exhibition complex, and just 15 CREDIT CARDS kilometres from the city centre, with which it is connected by Metro (Airport All major hotels and most restaurants and shops will accept credit cards. It is stations T-1, T-2, T-3 and T-4). A top international airport that guarantees daily advisable to carry other identification as well. Visa and MasterCard are the most direct connections from Feria de Madrid to most Spanish cities and to those widely accepted cards. throughout the world. WIFI By Metro: Wifi is available in the exhibition hall and conference area. Login details can be Access to Feria de Madrid is possible from anywhere in the city by means found within your delegate bag. of Feria de Madrid station on Line 8, whose exit is at the South Entrance of SHOPPING & SIGHTSEEING the complex. Line 8 also connects the venue with the different terminals of MADRID, its special dynamism as a business centre goes hand in hand with its Barajas International Airport. vibrant vitality, tourist appeal and fervent cultural and recreational life. By Bus: Come and discover its sites, iconic museums and spectacular range of hotels and A wide bus network provides access to Feria de Madrid from different points restaurants; and enjoy its endless nightlife and the flood of designs, fashion and in the city: trends you will find in the shop windows of one of Europe's leading capitals. Route 112-Feria de Madrid-Bº Aeropuerto. Route 122-Avda. de América-Feria de Madrid. A great city that boasts a rich treasure of art, culture and natural environments, Route 828-Universidad Autónoma-Alcobendas-Canillejas-Feria de Madrid. set in a region packed with history and modernity. Visit https://www.esmadrid.com/en for information on top attractions and tips BY EUMW SHUTTLE BUSES for your stay. In order to facilitate the delegate transportation to (and from) IFEMA, a shuttle bus route has been organised from local hotels as well as Alternatively, see the ‘’Social Events & Partner Programme’’ section of this from the South Entrance (metro) to the North (EuMW) Entrance. booklet for tours and excursions before, during and after EuMW 2018.

For the complete time tables, please check the EuMW website. www.eumweek.com 19 SOCIAL EVENTS

EuMIC Get-Together Private Visit to the Thyssen-Bornemisza Museum and Date: Monday 24th September 2018 Cocktail Dinner Duration: from 20:00 until 22:00 Date: Wednesday 26th September 2018 Location: Larumbe, La Terraza, 4th floor, Centro Comercial ABC Duration: 19:30 until 21:00 Serrano, Serrano 61, 28006 Madrid Location: Museo Thyssen-Bornemisza, Paseo del Prado, 8, 28014 Cost: Free to EuMIC delegates Madrid Cost: € 45 for delegates, € 60 for exhibitors Following the tradition of the European Microwave Integrated Circuits Conference, delegates are invited to enjoy an informal dinner that will be offered by a first-class catering service in a unique location (Edificio ABC Serrano, a 19th century building) and located in the heart of Madrid, facing Serrano Street and Paseo de la Castellana. An unrivalled setting to have a good time with colleagues and friends and taste the excellent Spanish cuisine.

Welcome Reception Date: Tuesday 25th September 2018 Duration: 18:30 until 21:30 Location: Palacio del Negralejo, Ctra. San Fernando a Mejorada., km 3, 28522 Rivas-Vaciamadrid, Madrid Cost: Free to conference delegates & invited exhibitors

A private visit to the Thyssen-Bornemisza Museum, one of Madrid’s Golden Triangle of Art together with the Prado and the Reina Sofía national galleries, has been organised, followed by a cocktail dinner, on Wednesday, 26th September 2018, starting at 19:30. With over 1,600 paintings and sculptures, the Thyssen-Bornemisza was the second largest private collection in the world after the British Royal Collection. The Museum houses now the core of the collection and fills the historical gaps in its counterparts’ collections. Guides will be available through the different rooms of this magnificent museum. This unique experience will be complemented with a cocktail dinner. All registered conference delegates, as well as invited representatives Subsidised tickets at € 45 for delegates, and € 60 for exhibitors, are from companies participating in the exhibition are invited to limited, so register as soon as possible. the EuMW 2018 Welcome Reception, sponsored by Keysight Technologies, Horizon House Publications and EuMA. Young Professionals Meet-Up Delegates will need to bring their badge and exhibitors their invite Date: Thursday 27th September 2018 along with them to gain entrance. The evening will begin with drinks Duration: 19:30 until 22:00 at 18:30 followed by the General Chairs’ handover from EuMW Location: A downtown Cafeteria to be announced 2018, Madrid to EuMW 2019, Paris as well as an address from the Cost: Free to all YPs Platinum Sponsor, Keysight Technologies. The open-buffet dinner will be served from 19:00. EuRAD Lunch Bus transportation to and from Palacio del Negralejo will be provided Date: Friday 28th September 2018 Duration: 12:30 until 13:50 Location: Retiro room, IFEMA Cost: Free to EuRAD delegates and Friday WS/SC delegates

20 www.eumweek.com CONFERENCE REGISTRATION INFORMATION Fast Track Badge Retrieval Register online and print out your badge in seconds onsite from the Fast Track Check In Desk Register Online at www.eumweek.com ONLINE registration is open from 28th May 2018 up to and during the event until 28th September 2018. ONSITE registration is open from 16:00 on 22nd September 2018. ADVANCE DISCOUNTED RATE (up to and including 23rd August) STANDARD RATE (from 24th August & Onsite).

CONFERENCE REGISTRATION FEES • Delegates can also choose to ‘Pay at Cashier’ and then proceed to the Cashier Point There are TWO different rates available for the EuMW and pay using credit cards or cash. Receipts will be given accordingly. conferences: • ADVANCE DISCOUNTED RATE – for all registrations If you have any questions regarding registration procedures and payment, please made online up to and including 23rd August (these are contact: [email protected]. approximately 40% cheaper than the Standard Rate). • STANDARD RATE – for all registrations made online from BADGE COLLECTION AT FAST TRACK CHECK IN DESK 24th August and onsite. • All online registrants should bring a printed copy of their email registration receipt Please see the Conference Registration Rates table on the with the barcode and a photo ID. At the entry to the convention centre, they may following page for complete pricing information. All payments scan the barcode at the Fast Track check-in desks and present their ID to obtain the must be in € (Euros) – cards will be debited in € (Euros). badge. • Online registrants without printed emails may also obtain their badges at the Self CONFERENCE REGISTRATION DETAILS Service registration terminals (photo ID required). Online Registration • All onsite registrants using the Self Service terminals will receive their printed • All registrations should be made online at www.eumweek. badge upon payment. com. Those completed up to and including 23rd August will • Once you have collected your badge, you can collect the conference proceedings on be charged at the ‘Advance Discounted Rate’ and those from USB stick and the delegate bag for the conferences from the specified delegate bag 24th August will be charged at the ‘Standard Rate’. area by scanning your badge. Processing will be quick and easy but queues may • Online registration is open from 28th May 2018 up to and form at busy times, so please arrange to collect your badge well in advance of your during the event until 28th September 2018. You can also first conference session. register ONSITE from 16:00 on Saturday 22nd September 2018 and then at the times detailed below. COFFEE BREAKS, EUMIC GET-TOGETHER, WELCOME RECEPTION AND EURAD LUNCH Onsite Registration • Upon presentation of their badge conference delegates will be served free coffee Onsite registration is available: during the coffee breaks. • Saturday 22nd September 16:00 - 19:00 • There will be two coffee breaks per day. On Friday, there will be only one coffee • Sunday 23rd September 08:00 - 17:00 break in the morning. • Monday 24th September 08:00 - 17.00 • Monday’s EuMIC Get-Together, which will be held off-site at Larumbe, La Terraza, is • Tuesday 25th September 08:00 - 17.00 free of cost for EuMIC delegates. • Wednesday 26th September 08:00 - 17.00 • Tuesday’s Welcome Reception, sponsored by Keysight Technologies, which will be held • Thursday 27th September 08:00 - 17.00 off-site at the Palacio del Negralejo, is free for delegates and invited exhibitors. Badges • Friday 28th September 08:00 - 10.00 must be presented at the entrance. • Friday’s EuRAD lunch, which will be held at Retiro room in IFEMA is free of cost for Onsite registration will be charged at the Standard Rates (see EuRAD delegates and Friday's WS/SC delegates pricing table on the following page). DELEGATE LUNCHBOXES HOW TO REGISTER • Subsidised lunchboxes for delegates, WS/SC, doctoral and student school attendees Online are being offered by EuMW at the reduced cost of € 5 per lunchbox (one per day). • All registrations should be made online at www.eumweek. In order to guarantee availability, it is required to order the lunchboxes at the time of com. registration. Lunchboxes for the student challenge, the student design competitions • Delegates can register for one, two or all three of the and the WiM event should be ordered separately when you register for these activities. conferences, workshops and short courses. Visit www.eumweek.com for more information. • Discounts will be given to those registering for two or more conferences. PRIVATE VISIT AND COCKTAIL DINNER AT THE THYSSEN-BORNEMISZA • Payment can be made online using Amex, Visa, Mastercard MUSEUM – 26TH SEPTEMBER 2018 or Bank Transfer. A private visit to the Thyssen-Bornemisza Museum, one of Madrid’s Golden Triangle of • Registrants paying by Credit Card will be sent an automatic Art together with the Prado and the Reina Sofía national galleries, has been organised, email confirmation, with a receipt and badge barcode. followed by a cocktail dinner, on Wednesday, 26th September 2018, starting at 19:30. • Registrants choosing to pay by Bank Transfer will receive With over 1,600 paintings and sculptures, the Thyssen-Bornemisza was the second largest their confirmation, but their receipt and badge barcode will private collection in the world after the British Royal Collection. The Museum houses be sent only once payment has been received and cleared by now the core of the collection and fills the historical gaps in its counterparts’ collections. Horizon House. Guides will be available through the different rooms of this magnificent museum. This unique experience will be complemented with a cocktail dinner. Subsidised tickets at € 45 Onsite for delegates, € 60 for exhibitors are limited, so register as soon as possible. • The registration area will be located at the entrance to the conference centre as signposted. CONFERENCE LOCATION • There will be Self Service terminals in the registration area The conferences will be held in different rooms over the conference dates. Please refer where delegates can enter their details and pay immediately to the Conference Matrix. Registration at one conference does not allow access to the by swiping their credit cards through the readers attached to sessions of the other conferences. the terminals. www.eumweek.com 21 CONFERENCE REGISTRATION INFORMATION EUROPEAN MICROWAVE WEEK 2018, 23rd - 28th September, Madrid, Spain

Register Online at www.eumweek.com ONLINE registration is open from 28th May 2018 up to and during the event until 28th September 2018. ONSITE registration is open from 16:00 on 22nd September 2018. ADVANCE DISCOUNTED RATE (up to and including 23rd August) STANDARD RATE (from 24th August & Onsite).

Reduced rates are offered if you have society membership to any of the following*: EuMA, GAAS, IET, EurAAP or IEEE. EuMA membership fees: Professional € 25/year, Student € 15/year. If you register for membership through the EuMW registration system, you will automatically be entitled to discounted member rates. Reduced Rates for the conferences are also offered if you are a Student/Senior (Full-time students 30 years or younger and Seniors 65 or older as of 28th September 2018). The fees shown below are invoiced in the name and on behalf of the European Microwave Association. EuMA’s supplies of attendance fees in respect of the European Microwave Week 2018 are exempted from Spanish VAT.

ADVANCE REGISTRATION CONFERENCE FEES Other Items (UP TO AND INCLUDING 23RD AUG.) PRIVATE VISIT TO THE THYSSEN-BORNEMISZA MUSEUM & CONFERENCE FEES ADVANCE DISCOUNTED RATE COCKTAIL DINNER – 26TH SEPTEMBER 2018 Society Member Tickets for the private visit and cocktail dinner at the Thyssen-Bornemisza (*any of above) Non Member Museum are offered at the price of € 45 for delegates, € 60 for exhibitors. 1 Conference Standard Student/Sr. Standard Student/Sr. Tickets are limited and available on a first-come, first-served basis. EuMC € 470 € 130 € 660 € 190 EuMIC € 360 € 120 € 510 € 170 Proceedings on USB Stick EuRAD € 320 € 110 € 450 € 160 All papers published for presentation at the conferences will be on a 2 Conferences USB stick, given out FREE with the delegate bags to those attending EuMC + EuMIC € 670 € 250 € 940 € 360 conferences. The cost for an additional USB stick is € 50. EuMC + EuRAD € 640 € 240 € 890 € 350 International Journal of Microwave and Wireless EuMIC + EuRAD € 550 € 230 € 770 € 330 Technologies (8 issues per year) 3 Conferences International Journal combined with EuMA membership: EuMC + EuMIC + EuRAD € 810 € 360 € 1140 € 520 € 67 for Professionals or € 57 for Students. STANDARD REGISTRATION CONFERENCE FEES Partner Programme and Social Events (FROM 24TH AUG. AND ONSITE) Full details and contacts for the Partner Programme and other Social CONFERENCE FEES STANDARD RATE Events can be obtained via the EuMW website www.eumweek.com. Society Member (*any of above) Non Member EUROPEAN MICROWAVE WEEK WORKSHOPS & SHORT COURSES 1 Conference Standard Student/Sr. Standard Student/Sr. SUNDAY 23rd September TUESDAY 25th September EuMC € 660 € 190 € 930 € 270 Full Day WS-01 EuMC/EuMIC Half Day PM WTu-01 EuMC EuMIC € 510 € 170 € 720 € 240 Half Day AM WS-02 EuMC/EuMIC EuRAD € 450 € 160 € 630 € 230 Half Day PM WS-03 EuMC/EuMIC WEDNESDAY 26th September 2 Conferences Half Day AM WS-04 EuMC Half Day PM WW-01 EuMC/EuRAD EuMC + EuMIC € 940 € 360 € 1320 € 510 Half Day PM WS-05 EuMC Full Day WW-02 EuRAD Full Day WS-06 EuMC/EuMIC EuMC + EuRAD € 890 € 350 € 1250 € 500 Half Day AM WS-07 EuMC THURSDAY 27th September EuMIC + EuRAD € 770 € 330 € 1080 € 470 Full Day WS-08 EuMC/EuMIC Full Day WTh-01 EuMC 3 Conferences Full Day WS-09 EuMC/EuMIC Half Day AM WTh-02 EuMC EuMC + EuMIC + EuRAD 1140 520 1600 740 € € € € Full Day WS-10 EuMC Half Day PM WTh-03 EuRAD Full Day WS-11 EuMC/EuMIC WORKSHOP AND SHORT COURSE FEES Half Day AM WTh-04 EuMC/EuRAD (ONE STANDARD RATE THROUGHOUT) Full Day WS-12 EuMC/EuMIC Half Day PM WTh-05 EuMC Half Day PM SS-01 EuMC/EuMIC Half Day AM WTh-06 EuMC FEES STANDARD RATE Full Day SS-02 EuMC/EuMIC Half Day PM WTh-07 EuRAD Society Member Full Day SS-03 EuMC/EuMIC (*any of above) Non Member MONDAY 24th September Standard Student/Sr. Standard Student/Sr. FRIDAY 28th September Full Day WM-01 EuMC Half Day AM WF-01 EuRAD Half day WITH Conference registration € 100 € 80 € 130 € 100 Full Day WM-02 EuMC Full Day WF-02 EuMC Full Day WM-03 EuMC Full Day WF-03 EuMC Half day WITHOUT Conference registration € 130 € 100 € 170 € 130 Full Day WM-04 EuMC Half Day AM WF-04 EuRAD Full day WITH Conference Full Day SM-01 EuMC Full Day WF-05 EuMC registration € 140 € 110 € 180 € 130 Full Day SM-02 EuMC Full Day WF-06 EuMC Full Day SM-03 EuMC Full Day WF-07 EuMC Full day WITHOUT 180 140 240 170 Conference registration € € € € Full Day SM-04 EuMC Half Day AM SF-01 EuMC/EuRAD SPECIAL FORUMS & SESSIONS Date Time Title Location No. of Days Fee N101 + € 20 for delegates (those registered € 60 for all others (those not Wednesday 26th September 10:50 - 17:50 Defence, Security & Space Forum N102 1 for EuMC, EuMIC or EuRAD) registered for a conference) Monday 24th - Wednesday One full day and 26th September 08:30 - 17:50 European Microwave Student School N107 two half-days € 40 Monday 24th - Wednesday One full day and 26th September 08:30 - 17:50 European Microwave Doctoral School N108 two half-days € 80 22 www.eumweek.com EUROPEAN MICROWAVE WEEK WORKSHOPS AND SHORT COURSES

SUNDAY 23rd September Full Day WS-01 EuMC/EuMIC GaN HEMT Characterization and Modeling for micro- and mm-Wave Power Amplifier Applications Half Day AM WS-02 EuMC/EuMIC High Efficiency mm-Wave Power Amplifiers for 5G Half Day PM WS-03 EuMC/EuMIC Current Trends in Broadband, Efficient and Linear PAs for 5G Wireless Applications Half Day AM WS-04 EuMC RF Techniques for Cellular Carrier Aggregation and Beyond Half Day PM WS-05 EuMC 5G Systems & Millimeter Wave Communications in Smart Public Transport Full Day WS-06 EuMC/EuMIC Terahertz Technologies from Fundamentals to Implementations: A Device and Application Prospective Half Day AM WS-07 EuMC Broadband Power Amplifiers for Wireless Applications Full Day WS-08 EuMC/EuMIC Transmitter Modules for Smart Antennas and MIMO Systems Full Day WS-09 EuMC/EuMIC Metamaterials, Metasurfaces and Applications Full Day WS-10 EuMC Radioastronomy Instrumentation Full Day WS-11 EuMC/EuMIC Highly Integrated RF Transceiver Systems Full Day WS-12 EuMC/EuMIC Wideband Supply Modulated RF Power Amplifiers for Energy Efficient Wireless Communication Infrastructure Half Day PM SS-01 EuMC/EuMIC Introduction to SSPA Design and Considerations for Spaceborne Applications Full Day SS-02 EuMC/EuMIC Fundamentals of Microwave PA Design Full Day SS-03 EuMC/EuMIC Additive Manufacturing of Radio-Frequency Components

MONDAY 24th September Full Day WM-01 EuMC Digital Calibration and Nonlinear Compensation Techniques for MIMO Wireless Transmitters in 5G and Beyond Full Day WM-02 EuMC High Power RF Breakdown and PIM in Space Applications Full Day WM-03 EuMC Recent Advances in RF/Microwave Filters for Space Application Full Day WM-04 EuMC Substrate Integration Technologies and Applications Full Day SM-01 EuMC Microwaves for Quantum Information Technology Full Day SM-02 EuMC Classical and Novel Synthesis Methods for Filters and Multiplexers Full Day SM-03 EuMC Coupling-Matrix-Based Design of RF/Microwave Filters Full Day SM-04 EuMC High-Speed Interconnects and Signal Integrity

TUESDAY 25th September Half Day PM WTu-01 EuMC Microwaves for Biomedical Applications

WEDNESDAY 26th September Half Day PM WW-01 EuMC/EuRAD Relevance of Electromagnetics in Communication System Design Full Day WW-02 EuRAD Automotive Radar and HAD

THURSDAY 27th September Full Day WTh-01 EuMC THz Applications: Present and Future Half Day AM WTh-02 EuMC Wearable and Smart Electronics: Design, Materials and Applications Half Day PM WTh-03 EuRAD Millimeter-wave Radar for Industrial and Consumer Applications Half Day AM WTh-04 EuMC/EuRAD THz Electronics for Communication and Remote Sensing Systems Half Day PM WTh-05 EuMC New Generations of Microwave Measurements and the Impact of Uncertainty/Sensitivity Half Day AM WTh-06 EuMC Doherty Legacy: from Invention to Revival Half Day PM WTh-07 EuRAD Coexistence in the Crowded Spectrum between 1 and 100 GHz

FRIDAY 28th September Half Day AM WF-01 EuRAD Advanced mm-Wave Circuits and Systems for Emerging Radar Applications Full Day WF-02 EuMC Modern Trends in Terahertz Electronics and Systems Full Day WF-03 EuMC Tunable/Reconfigurable Filters and Multiplexers for Multi-Band Applications Half Day AM WF-04 EuRAD Future Automotive Radar towards Autonomous Driving Full Day WF-05 EuMC Advances toward Autonomous RF Filter Design Full Day WF-06 EuMC Advanced Solutions for Near-field and Far-field Wireless Charging Full Day WF-07 EuMC Backscatter Communications the Next Paradigm for IoT Approaches Half Day AM SF-01 EuMC/EuRAD Multibeam Antennas and Beamforming Networks

www.eumweek.com 23 SPECIAL CONFERENCE EVENTS

The 2018 Defence, Security and Space Forum Wednesday 26th September, Room N101-N102, 08:30 - 18:30

The Defence, Security and Space (DSS) Forum is jointly organised by the Programme European Microwave Association (EuMA) and Microwave Journal, to complement European Microwave Week’s activity in the defence, security 08:30 - 10:10 EuRAD Opening Session and space sector. This year, local input has been welcomed from: Fundación 10:10 - 10:50 Coffee Break Círculo (Circle of Technologies for Defence and Security Foundation), TEDAE 10:50 - 12:30 New Concepts, Technologies and Systems for UAV Integration (Spanish Association of Technological Defence, Aeronautics and Space and Their Role in Future Hybrid Scenarios. Companies) and UPM (Universidad Politécnica de Madrid). Moderator: Alfonso Farina, IEEE Fellow. Italy Each year the DSS Forum focuses on a hot topic that is engaging industry, • Technological Demonstrator of Enhanced Situation Awareness in Naval academia and organisations/agencies to develop, test and implement Environment with the Use of Unmanned Systems – Dr. Tony Arecchi, Ocean leading edge technology. In 2018 the topic is: Integrating Unmanned Aerial 2020 Project Coordinator, Leonardo S.p.A. Italy. Vehicles (UAVs) into Defence and Security Scenarios. • UAV Integration: European and Spanish Situation, Challenges and Potential Solutions – Isabel Maestre, Executive Director of Spanish Aviation Safety The popularity of Unmanned Aerial Vehicles is growing due to a reduction in and Security Agency (AESA). Spain. costs and the increasing capabilities and benefits provided by such systems. • Anti-UAV Defence Systems – Miguel Acitores, Director of Security Business Currently, the estimated number of existing UAVs is believed to be a few Development, Indra. Spain. million, with that figure estimated to grow exponentially in coming years. 12:40 - 13:40 Strategic Analytics Lunch & Learn Session From a Defence and Security perspective, there is the need to provide UAVs The Implications of Expanding the UAS Mission Envelope in Military and Civilian with innovative technologies enhancing performances for safe and secure Airspace – Asif Anwar, Strategy Analytics. UK systems, and to defend against threats posed by terrorists and insurgents utilising UAVs to achieve their own objectives. Offering an economic perspective, the session will address the questions that will be faced when expanding the ‘UAS Mission Envelope’ including: What will be the Microwave technologies are essential to meet these challenges by providing challenges for suppliers of systems and subsystems across radar, EW, communications UAVs with new and more advanced sensors and communications equipment. and EO-IR sensors? How will AI and Big Data be leveraged? Also, as the expansion of However, going forward the development of such systems also anticipates commercial UAS use brings to the fore disruptive potential, intentional or otherwise, the use of new technologies such as Big Data and Artificial Intelligence as well their implementation in the asymmetric threat arsenal, is the threat being which will result in a high level of autonomy that, using the data obtained recognized, and more importantly budgeted for? by the sensors, will provide the ability to learn from the environment and 13:50 - 15:30 Microwave Journal Industry Session their own errors, eventually facilitating autonomous decision making in a This session offers a perspective on the endeavour, innovation and investment that constantly evolving environment. industry is committing to the development of Unmanned Aerial Vehicles in the Keynote speakers will consider the state of the art of leading technologies and defence and security sector. Speakers will offer an insight into such areas of activity as systems for unmanned operations, the estimated evolution of technologies microwave sensors/sub-systems, the test and measurement challenges that are being and trends and consider expected capabilities and functionalities to address addressed and the issue of UAV identification and detection. future conflicts. The efforts made by the main players in the sector will be 15:30 - 16:10 Coffee Break analysed and their views on new trends and technological developments 16:10 - 17:50 Round table: Efforts & Investment Needs to Drive UAV will be offered. Technologies to Market The industry session will reflect the effort and investment that is being High level speakers from key governmental agencies and commercial companies made to innovate, develop and bring UAV technologies to market. Specific involved in the development of UAV Systems and Technologies and their implementation areas of activity include radar systems being developed for UAV security – and integration into security and defence markets will offer their opinions and outline detection, identification and denial and obstacle detection for autonomous the opportunities and challenges that can be expected in the coming years. Speakers flying and crash avoidance. From an industry perspective, the emphasis will will also focus on the research needs and technological trends that will define the be on development at system and sub-system level, with particular focus architectures and technical characteristics of future unmanned systems. Among others, on sub-system integration, not forgetting the significant role that test and the following topics will be analysed: Emerging technologies, operational and military measurement has to play in moving the sector forward. visions, architectures and regulatory aspects together with the threat of hostile drones. Moderator: Ignacio Montiel Sánchez, Project Officer Information Technologies. The Executive Forum will present the points of view of the different European Defence Agency (EDA). Belgium established and regulatory bodies that allow coexistence between the different aerial platforms and describe the activity of the different players Speakers: already established and emerging in the field. • Paolo Salieri, Principal Scientific and Policy Officer in the Directorate General for Enterprise and Industry of the European Commission. Belgium • Fernando Mijares, Head of Future Projects of AIRBUS Defence & Space. Germany • Juan Besada, Professor, Information Processing and Telecom Center, Universidad Politécnica de Madrid (IPTC-UPM). Member of SESAR Scientific Committee. Spain • Fernando Arias, Senior Expert, ISDEFE. Spain 17:50 - 18:30 Cocktail Reception The opportunity to network and discuss informally the issues raised throughout the Forum.

Registration and Programme Updates Registration fee is €20 for those who registered for a conference and €60 for those not registered for a conference. The Conference Special Events section of the EuMW 24 www.eumweek.com website will give further details and updates. SPECIAL CONFERENCE EVENTS

EuMW 2018 Student Challenge

Evaluation Criteria When: Wednesday 26th September, 2018 • Novelty of the idea • Relevance of the solution/vision proposed Location: Exhibition Hall • Feasibility of the idea Eligible students are invited to take part in the Student Challenge • Clarity of the poster during EuMW 2018. The Student Challenge is an opportunity for • Clarity of the oral presentation and discussion Bachelor, Master, and Doctoral students from all over the world with a variety of academic backgrounds, to work together on a specific Registration topic in the wide and challenging field of microwaves. The aim is to To register, please send an e-mail to student_contests@eumw2018. promote innovative thinking, teamwork and pro-active behaviour; com and attach a copy of your student identity card or a confirmation, skills future employers will highly value. Kick-off will take place signed by your responsible professor. The deadline for registration during the first break on Monday 24th at both the student and the is 7th September 2018. Updated information can be found at the doctoral school. EUMW 2018 web site.

Teams Programme Each team is composed of a maximum of four members, preferably from different institutions and with a variety of backgrounds. All Monday 24th September teams will present, explain, and defend a fresh, visionary, application 10:10-10:50 Kick-off meeting: Theme disclosure, oriented concept by a short presentation (ePoster). The presentation instructions, team formation (room N108) must be based on at least two papers presented at the EuMW 2018, of which only one paper may be authored by a member of the team. Wednesday 26th September Eventually, each team will give an elevator pitch of the innovative 13:50-17:50 Poster presentation to jury and audience concepts they have devised. Hurry up, register promptly, the number (exhibition hall) of participants is limited!

EuMW 2018 Student Design Competitions

Thrust 2: Video Bandwidth Enhancement for High Power When: Tuesday 25th September and Wednesday 26th Amplifiers (sponsored by Ampleon) September, 2018 Thrust 2 is dedicated to the development of a power amplifier (transistors are provided by the sponsor) with enhanced video Location: Exhibition Hall (Tuesday) bandwidth performance at 3.6 GHz before the conference. This thrust N109 (Wednesday) is supervised by Dr. Osman Ceylan and Dr. Lázaro Marco-Platón. Organisers: Prof. Roberto Gómez García (Universidad Winners will be awarded € 1500 (1st place) and € 1000 (2nd place). de Alcalá, Spain) & Prof. Miguel Ángel Sánchez Soriano Promising designs will be also awarded € 500. The competition will (Universidad de Alicante, Spain) be held on Tuesday in the exhibition hall. Please refer to the students activities web site for design rules and specifications. The Student Design Competitions involve master and doctoral students designing and measuring a microwave device developed prior to and also at the conference. Thrust 3: Planar Filter Design at C-Band (sponsored by Ansys) This year, three competitions will be offered: Thrust 3 is meant to develop a planar filter design at C-band prior to the conference. This thrust is supervised by Prof. Roberto Gómez Thrust 1: Transceiver Design García and Prof. Miguel Ángel Sánchez Soriano. The winner will Thrust 1 is made to learn designing and measuring a transceiver as a be awarded an ANSYS Research HF licence for six months (worth result of the European Microwave Student/Doctoral Schools and the 2400). The competition will be held on Tuesday in the exhibition actual competition will be held at the end of the school on Wednesday € hall. Please refer to the students activities web site for design rules in room N109. Registration at the school is required. This thrust is and specifications supervised by Prof. David S. Ricketts (North Carolina State University, USA).

www.eumweek.com 25 SPECIAL CONFERENCE EVENTS

3rd European Microwave Student School ‘Microwave Circuits in Planar Technologies’ Programme When: Monday 24th September until Wednesday 26th September, 2018 Monday 24th September 8:30-8:40 Student School presentation Location: N107 (Monday and Tuesday) N109 (Wednesday) 8:40-9:30 Co-simulation and optimization of microwave planar circuits Organisers: Ernesto Ávila & Germán Torregrosa (Miguel Lluís Pradell, Universidad Politécnica de Hernández University of Elche, Elche, Spain) Cataluña, Barcelona, Spain About the European Microwave Student School 9:30-10:10 Integrated electromagnetic modeling and This year‘s European Microwave Week features the third European simulation to do more efficient microwave design Microwave Student School for bachelor and master students Keysight, Spain from all over Europe. This year‘s topic is “Microwave Circuits in Planar Technologies”, spanning from fundamentals of microwave 10:10-10:50 Break circuits design to new designing techniques, technologies and 10:50-11:40 Addressing Microwave Beamforming challenges implementations of microwave planar circuits. The programme in design and test features experts from academia and industry and it will enable a Markus Lörner, Rohde & Schwarz theoretical and practical understanding of microwave circuits in planar technologies. The course will be formed by an intensive full 11:40-12:30 Wideband matching networks day of lectures accompanied by a hands-on design experience event Càndid Reig Escrivà, Universidad de Valencia, on the second and third days. Together with the Doctoral School, Valencia, Spain students will build a modern digital transceiver. The best concepts 12:30-13:50 Lunch will enter the Student Design Competition. The School is also open to interested PhD students. 13:50-14:40 Antenna feeding technologies Sergio Llorente Romano, Universidad Carlos III de Earning Credit Points Madrid, Leganés, Spain The European Microwave Student School will offer certificates to 14:40-15:30 Low profile planar antennas: fundamentals and all attendees for earning credit points within the European Credit applications Transfer System (ECTS). If you need to have a written or oral exam, José Luis Masa Campos, Universidad Autónoma please contact your professor well in advance for arranging the de Madrid, Madrid, Spain details of the examination process. By request of your professor via email to [email protected] we will provide an exam 15:30-16:10 Break sheet for oral or written examination by the beginning of October 16:10-17:00 Design of coupled-line bandpass filters by using 2018. an energetic coupling approach Miguel Ángel Sánchez Soriano, Universidad de Registration Alicante, Alicante, Spain The registration fee for this event is €40. For the registration, bachelor and master students will need a valid student ID of an accredited 17:00-17:50 Power amplifier design university. ADS and HFSS temporary licenses will be available during Osman Ceylan, Ampleon, Nijmegen, The the school. Students are prompted to bring their own laptops. For Netherlands registration, please go to the registration site and select EuMW Tuesday 25th September Student School. Students may also register for lunchboxes. For 8:30-12:30 Hands on activity - Building a modern digital further information please visit: www.eumweek.com. transceiver in one day David S. Ricketts, North Carolina State University, Registration closes 7th September 2018. Space is limited, so Raleigh, USA purchase your ticket well in advance. 12:30-13:50 Lunch

Wednesday 11th October 8:30-12:30 Student Design Competition. Hands on activity. David S. Ricketts, North Carolina State University, Raleigh, USA 12:30-13:50 Lunch

26 www.eumweek.com SPECIAL CONFERENCE EVENTS

3rd European Microwave Doctoral School ‘Emerging Technologies in Microwave Engineering’ 12:30-13:50 Lunch When: Monday 24th September until Wednesday 26th September, 2018 13:50-14:40 Metasurface-based leaky-wave antennas Elena Abdo, Universidad de Málaga, Málaga, Location: N108 (Monday and Tuesday) Spain N109 (Wednesday) 14:40-15:30 Filter synthesis using slope parameters: Organisers: Enrique Bronchalo, Germán Torregrosa (Miguel application to dual behaviour resonator Hernández University of Elche, Elche, Spain) Cédric Quendo, Université de Bretagne About the European Microwave Doctoral School Occidentale, Brest, France Following the success of the previous editions, this year‘s European Microwave Week features the third European Microwave Doctoral 15:30-16:10 Break School. The aim of the Doctoral School is to offer to PhD students, 16:10-17:50 Theoretical and practical aspects of the design of beyond the normal conference programme, an overview of various SIW filters emerging technologies in Microwave Engineering. The School Benjamin Potelon, Université de Bretagne gathers several speakers that develop their research in different Occidentale, Brest, France topics of the microwave field. The talks of the School are longer (50 min) than typical conference presentations. Additionally, the School Tuesday 25th September includes a Hands-on Design Experience on Wednesday. 8:30-9:20 Novel design techniques with sharp/smooth filter profiles Registration Israel Arnedo, Universidad Pública de Navarra, The School is dedicated (but not limited) to PhD students in the Pamplona, Spain microwave field. The registration fee for this event is €80. For the Iván Arregui, Universidad Pública de Navarra, registration, bachelor and master students will need a valid student Pamplona, Spain ID of an accredited university. ADS and HFSS temporary licenses will be available during the school. Students are prompted to bring 9:20-10:10 High power harming effects in space hardware their own laptops. For registration, please go to the registration site Carlos Vicente, Aurorasat, Valencia, Spain and select EuMW Doctoral School. Students may also register for lunchboxes. Registration is open until 7th September 2018. Space is 10:10-10:50 Break limited, so secure your ticket well in advance. 10:50-11:40 Substrate Integrated Waveguide (SIW) Programme Technology: State-of-the-Art and Perspectives Maurizio Bozzi, University of Pavia, Pavia, Italy Monday 24th September 8:30-8:40 Doctoral School presentation 11:40-12:30 Radio astronomy receivers development in Yebes 8:40-9:20 ANSYS HFSS solvers for accurate and large scale Observatory RF and antenna design José A. López-Pérez, Observatorio de Yebes, David Prestaux, Lead HF application engineer, Instituto Geográfico Nacional, Spain Ansys Europe. 12:00-12:30 Hands on activity presentation 9:20-10:10 Metamaterial-inspired resonators and David S. Ricketts, North Carolina State University, applications Raleigh, USA Ferran Martín, Universidad Autónoma de Barcelona, Barcelona, Spain 13:00-13:50 Lunch

10:10-10:50 Break Wednesday 26th September 10:50-11:40 Simulation of nonlinear microwave circuits. The 8:30-12:30 Student Design Competition. Hands on activity. instability problem. David S. Ricketts, North Carolina State University, Almudena Suárez, Universidad de Cantabria, Raleigh, USA Santander, Spain 12:30-13:50 Lunch 11:40-12:30 Metasurfaces at THz: sensing and communication devices Miguel Beruete, Universidad Pública de Navarra, For updates to the programme, visit www.eumweek.com/ Pamplona, Spain students/doctoralschool.html

www.eumweek.com 27 SPECIAL CONFERENCE EVENTS

Young Professionals in Microwave Engineering at the European Microwave Week

Following last year initiative, EuMW 2018 has arranged two sessions devoted to Young Professionals (YPs) in Microwave Engineering. As a group of young scientists and engineers at an early career stage, YPs in the field would like to share their knowledge, enthusiasm and collaboration around the globe. Multidisciplinarity and diversity in perspectives are some of the YPs’ tools for pushing new technologies. The session on Tuesday, 25th September, from 13:50 to 15:30, is dedicated to “Career Opportunities in Microwave Engineering”, while the session on Thursday, 27th September, from 16:10 to 17:50, will present successful stories of “Microwave Engineering in Humanitarian Projects” and existing volunteering opportunities for advancing technology for the benefit of humanity. Finally, all Young Professionals are invited to a “Young Professionals Meet-Up" within the casual atmosphere of one of Madrid’s downtown cafeterias on Thursday, 27th September, starting at 18:30.

EuMW 2018 Career Platform The Career Platform is a two-day event (25th and 26th September) within the European Microwave Week 2018 and it is part of the student activities organised by the EuMW 2018 team. The Career Platform is an opportunity for young European graduates to get in touch with those companies making an impact in today’s high-frequency business and to know their main activities, application fields, and market indicators, and for the companies to recruit young talent in the areas of microwave / millimetre-wave, radar, wireless and integrated circuits engineering. The main aim of the EuMW 2018 Career Platform initiative is to foster relationships between the young engineers and the job market. To this end, a special session will be held on “Professional Opportunities in the European Microwave Industry” on Tuesday, 25th September. The Career Platform will also include a speed-recruiting lounge where companies and institutions will show their current job/internship offers. All this will be complemented by an active presence in the social networks (Facebook, LinkedIn, Xing) during the conference and the maintenance of the European RF and Microwave job portal http://www.rf-and-microwave-jobs-in-europe.eu which is the virtual marketplace for students and companies to meet at and in-between European Microwave Weeks. Further information can be found at www.eumweek.com/docs/Career_platform.html. Please feel free to contact the Career Platform Chair with any questions you may have or to obtain additional details. Career Platform Chair Career Platform Organising Team Mr. Petronilo Martín-Iglesias Prof. Miguel A. G. Laso Prof. Ivan Arregui Prof. Juan Córcoles European Space Agency, Microwave Components Group Microwave Components Group Autonomous University of Noordwijk, The Netherlands Public University of Navarre Public University of Navarre Madrid, Spain Email: [email protected] Pamplona, Spain Pamplona, Spain Email: [email protected] Email: [email protected] Email: [email protected]

Career Platform Special Session Career Platform Lounge Professional Opportunities in the European Microwave Industry Date: Tuesday 25th and Wednesday 26th September Date: Tuesday 25th September Time: 13:20 - 17:50 Time: 08:30 – 10:10 Room: First Floor Hall Room: N118 Registration: Free (including visitors) Registration: Free (including visitors) The Career Platform will be an excellent opportunity for companies Programme to meet students and young engineers looking for a career in the The following talks have been confirmed: areas of high frequency, microwave, millimetre-wave engineering 1. The European Space Programs: Opportunities & Challenges and Radar. Dr. Javier Ventura-Traveset, Head of Galileo Navigation Science Office, European Space Agency. 2. Millimeter Waves Today - Automotive Radar and 5G as Driving Forces - Career Opportunities, Holger H. Meinel, Independent Consultant, formerly with Daimler Corporate Research 3. The Defense Market INDRA's perspective on the Defense Market. Speaker to be confirmed 4. Space Sector: Your first work at a SME in the space sector David Díez, Vice President in charge of Space, Microwave and Datalink Systems Business Units, Erzia, Spain Additional talks will be confirmed before the event, through social networks and in the EuMW website. 28 www.eumweek.com SPECIAL CONFERENCE EVENTS

Special Session on “Communications for Space Exploration” -a Women in Microwave Engineering Event

Date: Tuesday 25th September 2018 visiting the centre, presentations will be given by scientists work- Duration: 12:30-17:50 ing at MDSCC or ESAC, and attendees will have the opportunity to Location: WiM stand, IFEMA North Entrance Lobby interact with high school students who are invited to participate Organiser: Mónica Fernández Barciela, in this event. Bus transportation to an from each centre will be University of Vigo, Spain provided.

We continue the tradition of holding the Women in Microwave Please register for the event by sending an e-mail to women_ Engineering (WiM) event, co-sponsored by the IEEE MTT-Society. [email protected] This year´s event, focusing on communications technology for Note that places are limited and assigned on a first-come first- space exploration, will take you on a visit to one of the following served basis. two centres located near Madrid: NASA-MDSCC (Madrid Deep Space Communications Complex) or ESA-ESAC (European Space For more information and registration details, please visit www. Astronomy Centre). Both women and men are welcome. Besides eumweek.com/docs/women_microwave.html

EM simulation based modelling of antennas and systems - Podium discussion on the occasion of the 80th birthday of Ingo Wolff

On the occasion of the 80th birthday of Prof. Ingo Wolff, a podium discussion on EM simulation based modelling of antennas and microwave systems is being held on Thursday 27th in Room N117 from 12:40-13:40.

Over the last 30 years EM simulation techniques for application in microwave system design have been largely improved; today they are indispensable tools in the design of microwave circuits, antennas and systems. Based mainly on the finite difference time domain (FDTD) and the finite element (FE) technique, the software implementations have reached high performance. They can be used flexibly for varying structures and materials, they can produce highly accurate results, and, using e.g. parallelization techniques, they work with unprecedented high speed and numerical efficiency. Techniques for analyzing noisy electromagnetic fields are under development and a first connection to virtual reality has been demonstrated.

All these techniques, however, are basically analysis methods, i.e., one has to define a microwave component or system and can then analyze its behavior. First approaches for the opposite direction, i.e., synthesizing techniques based on an EM simulation, are available for simple components and also partly installed in the simulation tools. A method called "Inverse Local Imaging" which allows you to calculate the current sources from a given electromagnetic field is still in its infancy and far from an application to synthesize complex microwave antenna and circuit systems. The question is whether upcoming "Artificial Intelligence" processes are able to perform this task together with fast analysis tools in the background.

In the podium discussion, this idea and alternative strategies will be presented and discussed, using an antenna or circuit design task as an example.

www.eumweek.com 29 PARTNER PROGRAMME

Welcome to Madrid! No city on earth is more alive than Madrid, a beguiling place whose sheer energy carries a simple message: this city really knows how to live. Few cities boast an artistic pedigree quite as pure as Madrid’s: many art lovers return here again and again. For centuries, Spanish royals showered praise and riches upon the finest artists of the day, from home- grown talents such as Goya and Velázquez to Flemish and Italian greats. Masterpieces by these and other Spanish painters such as Picasso, Dalí and Miró now adorn the walls of the city’s world-class galleries. Three in particular are giants – the Museo del Prado, Centro de Arte Reina Sofía and Museo Thyssen-Bornemisza – but in Madrid these are merely good places to start. If you would like any other information, please contact Sally Garland on [email protected]

Madrid City Tour ROUTE 2: MODERN MADRID The second route offered by Madrid City Tour also starts off next to the Prado Museum, but then continues along some of the city’s main thoroughfares, such as Castellana, Prado and Recoletos, and their side streets. The route sets out from Plaza de Neptuno and continues to Plaza de Cibeles, where you can see Cibeles Palace, the current seat of the City Council. It's one of the most spectacular buildings along the route, which also offers views of the Palace of the Marquis of Salamanca, the Nuevos Ministerios government buildings, the AZCA business complex and the Santiago Bernabéu Stadium. The bus also passes through Barrio de Salamanca, with its luxury brand shops and museums like the Lázaro Galdiano Museum. Towards the end of the route we pass the Puerta de Madrid City Tour is one of the easiest and most comfortable ways of Alcalá gate and Puerta del Sol, before ending up in Plaza de las Cortes. discovering the city. All you have to do is buy your one or two-day ticket, The extended version of this route is also available twice a day (at hop on the bus, put on your earphones, listen to the recorded commentaries 12.15pm and 4.05pm), going all the way to the new high-rise Cuatro and enjoy the streets, monuments and places of interest you pass by. You Torres Business Area and Las Ventas Bullring can hop off wherever you want, as many times as you like. Times: March to October: 9am to 10pm If on the same day you want to visit the Santiago Bernabéu stadium, (passing by every 8-9 minutes) the Prado Museum and the Royal Palace, with Madrid City Tour, you can Prices: Adults: €21 (one day) and €25 (two consecutive days). get to them all quickly and easily, without having to know the local bus Kids (ages 7-15) and over-65s: €9 (one day) routes or change lines on the underground. The buses are equipped with and €12 (two consecutive days). audio guides in 14 languages (Spanish, English, French, German, Italian, Families (two adults and two kids): €53 (one day). Portuguese, Russian, Japanese, Dutch, Chinese, Arabic, Catalan, Basque Children (under 6): free. and Galician). With a ticket valid for either one or two consecutive days, you can hop ROUTE 1: HISTORICAL MADRID on the bus at any stop, provided that there are free seats The first route starts off from Calle Felipe IV, next to the Prado Museum, and then goes on to Puerta de Alcalá and the Prado-Recoletos thoroughfare – where you can find the Neptuno and Cibeles Fountains, The Madrid Top 10 places to Visit! followed by Gran Vía. The bus continues along this central avenue to Paseo del Arte Plaza de España and then, after passing the Debod Temple, enters the This area, known in English as the Art Walk, boasts art and beauty as old part of the city, where you’ll discover the Royal Palace, La Almudena you’ll see nowhere else in the world. Along a stretch of just over one Cathedral and Puerta del Sol. The last part of the journey takes you back kilometre, you’ll find the Prado Museum, the Thyssen-Bornemisza along Paseo del Prado and past the Royal Botanical Gardens, and the Museum and the Reina Sofía Museum, as well as a number of other Reina Sofia and Thyssen-Bornemisza Museums before coming to the institutions and buildings well worth visiting: Prado Museum. The Essential Art Walk app The extended route is available twice a day (at 10.05am and 8.40pm) The Essential Art Walk App will help you and takes you all the way to Madrid Río, the city’s new urban park and discover 24 great masterpieces, eight in each beach. It also goes to the area around Moncloa, taking in the Ejército del museum, in a simple and entertaining way. A Aire (Spanish Air Force Base), the Faro de Moncloa viewpoint tower and complete tour of the History of Western Art in Arco de la Victoria (Victory Arch). There’s also a night tour in the summer the heart of Madrid. months, with two departures starting at 10pm. Download via iTunes or Google Play

30 www.eumweek.com PARTNER PROGRAMME

Royal Palace Las Ventas Bullring Home to the Kings of Spain from Charles III Based on a project by José Espelius, who died to Alfonso XIII, Madrid's Royal Palace takes during its construction, it was completed us on a journey through the history of Spain. by Manuel Muñoz Monasterio in 1931 and Though it is no longer the royal family's home, opened in the same year. Las Ventas holds it continues to be their official residence. It comprises over 3000 rooms, 23,798 fans and, at 196 feet in diameter, the arena is one of the largest including: the Main Staircase, designed by Sabatini with over 70 steps; the in the world. Throne Hall featuring a ceiling painted by Tiepolo; the Hall of Halberdiers, which Charles III turned into the Guards Room; the Gasparini Room, with El Retiro Park its grand 18th century decoration on a floral theme; the Royal Chemist's This green oasis in the centre of Madrid has with natural medicine cabinets, ceramic pots made by the La Granja 125 hectares and is home to over 15,000 factory, and even prescriptions given to members of the royal family; and trees. From a botanical point of view, the park the Royal Chapel, which is home to a collection of string instruments includes some very important gardens: the made by the legendary Antonio Stradivari. Jardín de Vivaces, the Jardines de Cecilio Rodríguez (classical gardens of an Andalusian style), the Jardines del Arquitecto Herrero Palacios, the Puerta del Sol Rose Garden, and the Parterre Francés with the oldest tree in Madrid, a Central and bustling, Puerta del Sol is one of bald cypress that is believed to be 400 years old. Madrid's best known squares. Several busy historical streets, such as Calle Mayor, Calle The Rastro Arenal, Calle Alcalá and Calle Preciados, Always full of locals and visitors, it is an converge here and it contains several of the city's best known landmarks. attraction no one should miss if they visit the city on a Sunday or a public holiday. Set in the Plaza Mayor La Latina district, around Ribera de Curtidores, This portico lined square is situated at the heart with Plaza de Cascorro as its nerve centre, the market takes in a large, of Hapsburg Madrid, the old part of the city and almost triangular block bounded by Toledo, Embajadores and Ronda de one of the capital’s most charming districts. Toledo and takes in other streets such as San Cayetano, Fray Ceferino Before Madrid became a capital city, with its González, Carlos Arniches and Mira el Río, as well as Plaza de General wide avenues and boulevards, its footprint consisted of narrow streets, Vara del Rey and Plaza Campillo del Mundo Nuevo. alleys and passageways, which today take us back to the times of swashbuckling swordsmen and medieval rogues. Hidden Gems Puerta de Alcalá Temple of Debod The gate was built by Sabatini in 1778 as part A second-century Egyptian temple donated of the city decoration restorations promoted to Spain during the construction of the great by Charles III. It is made of granite and is an Aswan Dam. excellent example of proportion, harmony, Sorolla Museum and elegance. The King commissioned the work to Sabatini in order to commemorate his arrival at the capital in 1759. The gate was located at Museum dedicated to Joaquin Sorolla, the the entrance of the city, next to the Alcalá de Henares road, from which painter of Mediterranean light, set in his it received its name. former family home. National Archaeological Museum Cibeles Fountain This 19th Century Neo-Classical building The Cibeles Fountain, created in 1782 and houses one of the world's most important situated in its current location since 1895, has antique collections. ended up lending its name to one of the most emblematic squares of Madrid. It has also Matadero Madrid become a symbol of the capital. The Fountain depicts the Roman goddess The city's old slaughterhouse, at Madrid of the same name (Cybele in English), symbol of the Earth, agriculture, Rio, has been transformed into a cultural and fertility, atop a chariot drawn by lions. megacomplex.

Santiago Bernabéu Stadium Platform 0. Chamberí Station Real Madrid is one of our city’s three Built in 1919, Chamberí is a “ghost station” professional football teams, together with which has been fully restored with authentic Atlético de Madrid and Rayo Vallecano. Holder period features. of multiple European and international titles, the club opens its doors 363 days a year for football and sports fans to Museum of the Americas explore its historic stadium, an absolute must on your trip to Madrid. Situated in the Princesa area, it boasts a Named after the club’s legendary president who headed Real Madrid collection of pre-Columbine, ethnographic between 1943 and 1978, the Santiago Bernabéu stadium was opened and colonial pieces. in 1947.

www.eumweek.com 31 N118 EuMIC04-5 A Systematic Investigation of Behavioural Model Complexity Requirements M. Rocio Moure¹, Michael Casbon², Mónica Fernández Barciela¹, Paul Tasker² ¹University of Vigo, ²Cardiff University Gian Piero Gibiino¹, Alberto Santarelli¹, Fabio Filicori¹ ¹University of Bologna EuMIC04-3 Frequency Domain-Based Method for Two-Port Nonlinear Quasi-Static Model Extraction from Large-Signal Waveforms Sergio Pérez-Parras¹, Teresa M. Martín-Guerrero¹, Juana D. Baños-Polglase¹, Carlos Camacho- Peñalosa¹ ¹Universidad de Málaga EuMIC04-4 X-Parameter Characterization of LDMOS Devices for Broadband Doherty High-Power Amplifier Design Alessandro Cidronali¹, Giovanni Collodi¹ ¹University of Florence EuMIC04 Modelling Large-Signal Chair: Joaquín Portilla¹ Co-Chair: Mónica Fernández Barciela² ¹UPV/EHU, ²University of Vigo EuMIC04-1 Ensuring Charge Conservation in GaN HEMT Large Signal Model Ciarán Wilson¹, Justin King¹ ¹University College Dublin EuMIC04-2 A Procedure for GaN HEMT Charge Functions Extraction from Multi-Bias S-Parameters ³, , N117 Wojciech Debski¹, Wolfgang Winkler¹ ¹Silicon Radar GmbH, ²IHP, ³Technische Universität Berlin EuMIC03-5 5G 26 GHz and 28 GHz Bands SiGe:C Receiver High-Linearity with Very and 56 dB Dynamic Range Alessandro Fonte¹, Fabio Plutino¹, Laurence Moquillon², Stephane Razafimandimby², Sebastien Pruvost² ¹SIAE Microelettronica, ²STMicroelectronics Jan Schoepfel¹, Simon Kueppers², Klaus Aufinger³, Nils Pohl¹ ¹Ruhr-University Bochum, ²Fraunhofer FHR, ³Infineon Technologies AG EuMIC03-3 High Linearity 57-66 GHz SiGe Receiver for Outdoor Point-to-Point Communication Roee Ben-Yishay¹, Benny Sheinman¹, Roi Carmon¹, Jakob Vovnoboy¹, Oded Katz¹, Danny Elad¹ ¹ON Semiconductor EuMIC03-4 A Highly Integrated for Mobile Satellite Transceiver Services User Terminals Incorporating Dual Receivers for Satellite Handover and Digital Pre-Distortion for PA Linearization on 0.18um CMOS Cormac O’Sullivan¹, Chris Campbell¹, Maeve Colbert¹, Darren Collins¹, Patrick Kelleher¹, Krzystof Niewiadomski¹, Francesco Pini¹, Jan Pleskac¹, Jerry O’Mahony¹, Paddy O’Reilly¹, Cormac O’Sullivan¹, Jeffrey Bull², Alden Fuchs², Michael Senzig² ¹S3 Semiconductors, ²Iridium Communications EuMIC03 Systems-on- mm-Wave Chip Chair: Frank van Vliet¹ Co-Chair: Elisa Cipriani² ¹TNO, ²University of Roma tor Vergata EuMIC03-1 A 120 GHz SiGe BiCMOS for Monostatic Transceiver Radar Applications Efe Öztürk¹, Dieter Genschow¹, Uroschanit Yodprasit¹, Berk Yılmaz¹, Dietmar Kissinger² EuMIC03-2 A Multipurpose 76 GHz System Radar Transceiver for Automotive Applications Based on SiGe MMICs MONDAY N105 Hooman Rashtian¹, Omeed Momeni¹ ¹University of California Davis (UC Davis) EuMIC02-5 A 79-85 GHz CMOS Amplifier with 0.35 V Supply Voltage Ruibing Dong¹, Kosuke Katayama¹, Kyoya Takano¹, Sangyeop Lee¹, Takeshi Yoshida¹, Shuhei Amakawa¹, Minoru Fujishima¹ ¹Hiroshima University EuMIC02-3 204GHz Stacked-Power Amplifiers Designed by a Technique Novel Two-Port Ahmed Ahmed¹, Ali Farid¹, Miguel Urteaga², Mark Rodwell¹ ¹University of California, Santa Barbara, ²Teledyne Scientific Company EuMIC02-4 A Gain-Boosted 52- 142GHz Band-Pass Distributed Amplifier in 0.13µm SiGe Process with fmax of 210GHz ¹KU Leuven EuMIC02-2 Direct A TeraHertz Detector in 22nm FD-SOI CMOS Ritesh Jain¹, Robin Zatta¹, Janusz Grzyb¹, David Harame², Ullrich R. Pfeiffer¹ ¹Bergische Universität Wuppertal, ²GlobalFoundries Chair: Herbert Zirath¹ Co-Chair: Ingmar Kallfass² ²Universitat¹Chalmers University of Technology, Stuttgart EuMIC02-1 A 112 μW F-band Detector Standing Wave in 40nm CMOS for Sensing and Impedance Detection Bart Philippe¹, Patrick Reynaert¹ EuMIC02 Millimeter-Wave and Amplifiers Detectors N101 + N102 Damien Saugnon¹, Jean-Guy Tartarin¹, Bernard Franc¹, Hassan Maher², François Boone² ¹LAAS-CNRS, ²University of Sherbrooke EuMIC01-5 Fully Automated RF- Thermal Stress Workbench With S-Parameters for GaN Tracking Reliability Analysis EuMIC01-4 AlGaN/GaN HEMT with Distributed Gate for Improved Thermal Performance Maira Elksne¹, Abdullah Al-Khalidi¹, Edward Wasige¹ ¹University of Glasgow Dirk Schwantuschke¹, Peter Brückner¹, Raul Amirpour¹, Axel Tessmann¹, Michael Kuri¹, Markus Rießle¹, Hermann Massler¹, Rüdiger Quay¹ ¹Fraunhofer Institute for Applied Solid-State Physics ¹IEMN-University of Lille EuMIC01-3 Broadband GaN-based Power Amplifier MMIC and Module for V-Band Measurement Applications EuMIC01-2 Comparison of C-Doped and AlN/ AlN/GaN HEMTs GaN/AlGaN Double Heterostructure for mmW Applications Riad Kabouche¹ Valeria Di Giacomo-Brunel¹, Estelle Byk¹, Christophe Chang¹, Jan Grünenpütt², Benoit Lambert¹, Guillaume Mouginot¹, Daniel Sommer², Helmut Jung², Marc Camiade¹, Philippe Fellon¹, Didier Floriot¹, Hervé Blanck², Jean-Pierre Viaud¹ ¹United Monolithic Semiconductors SAS, ²United Monolithis Semiconductors GmbH Chair: Dimitris Pavlidis¹ Co-Chair: Didier Floriot² ¹Boston University, ²United Monolithic Semiconductors SAS EuMIC01-1 Industrial 0.15-µm AlGaN/ GaN on SiC Technology for Applications Up to Ka Band EuMIC01 GaN Millimeter-Wave Devices and MMICs and Thermal Reliability Considerations www.eumweek.com

08:30 - 08:50 08:50 - 09:10 09:10 - 09:30 09:30 - 09:50 09:50 - 10:10 32 MONDAY

N101 + N102 EuMIC05

EuMIC Opening Session MONDAY Chairs: Teresa M. Martín-Guerrero, EuMIC 2018 Chair and José Ángel García, EuMIC 2018 TPC Chair Co-Chairs: Carlos Camacho-Peñalosa, EuMIC 2018 Co-Chair and Ángel Mediavilla, EuMIC 2018 TPC Co-Chair

10:50 - 11:00 Welcome Address Opening of the European Microwave Integrated Circuits Conference 2018 Teresa M. Martín-Guerrero, EuMIC 2018 Chair José Ángel García-García, EuMIC 2018 TPC Chair

11:00 - 11:45 Gallium Nitride MMIC Design – Progress and Problems Dr. Charles F. Campbell, Qorvo Inc.

GaN based transistor technology’s characteristics of very high current density combined with high voltage operation have held the promise to vastly improve many microwave circuit applications that once utilized GaAs devices. Today, GaN transistors are capable of high voltage operation while simultaneously demonstrating FT & FMAX characteristics more typical of lower voltage GaAs PHEMT devices. The potential benefits of GaN device characteristics combined with MMIC technology are many. Highly efficient switched modes of power amplifier operation should be possible at higher output power levels and frequency. High output impedance typical of transistors operated at high voltage should facilitate lower loss matching networks and reduced transformation ratios. The higher output power density of GaN devices should lead to greatly reduced die size for GaN implementations of existing power amplifier functions. The improved heat flow realized by the high thermal conductivity SiC substrate material should allow for acceptable junction temperatures even with the much higher power dissipation. Very high power switches could be designed by using large control voltages and taking advantage of the high current capability of GaN. The RF voltage swings present in GaN MMICs under large signal operation present opportunities to develop circuit functions that self-actuating, reconfigure and re-bias based on power level. While the advantages are manifest, many of the features that make GaN transistors attractive can be shown to create significant issues that are typically not encountered with lower voltage devices. 10:50 - 12:30 In this talk, MMIC design examples and scenarios are discussed highlighting the benefits and problems associated to GaN MMIC technology.

11:45 - 12:30 III-V MOSFET Technologies and Devices Prof. J. Sebastián Gómez-Díaz, University of California, Davis

THz spectrum offers unique opportunities to transform our society through advanced and exciting applications, including wireless communications with terabit-per-second data rates, molecular recognition, ultra-high resolution imaging and screening systems, and real-time spectroscopy, among many others. These applications are not currently being exploited due to the immature state of THz technology in terms of antennas, detectors, sources, and basic components. In fact, this frequency region is known as the “THz gap”, as it occupies a technology gap between the well-developed areas of electronics and photonics. This talk overviews the use of graphene and other 2D materials as a powerful, reconfigurable, CMOS- compatible, and miniaturized on-chip platform for terahertz nanoplasmonics, addressing some of the shortcomings of current THz technology by compressing electromagnetic waves to deeply subwavelength volumes. This platform offers intriguing opportunities to develop tunable components such as modulators, waveguides, lenses, and antennas, as well as magnetless nonreciprocal devices based on the spatiotemporal modulation of graphene’s conductivity. The talk will conclude attempting to identify and explore current research trends as well as mid- and long- term prospects and challenges

www.eumweek.com 33 ² , N118 ², Sagar Dhar³, Anwar Jarndal⁴, Craig ², Dirk Schwantuschke¹, Arnulf Leuther¹, , , ², Oliver Ambacher¹ , Axel Tessmann¹, Matthias Ohlrogge¹, Rüdiger Quay¹ ¹Fraunhofer Institute for Solid State Physics IAF, ²Institute for Sustainable Technical Systems (INATECH) EuMIC09-5 RF-Noise Modeling of InGaAs Metamorphic and MOSFETs HEMTs Felix Heinz¹ Xuekun Du¹ EuMIC09-3 A Framework for the Generation of Guaranteed Stable Small-Signal Bias-Dependent Behavioral Models Marco De Stefano¹, Stefano Grivet-Talocia¹, Tommaso Bradde¹, Alessandro Zanco¹ ¹Politecnico di Torino EuMIC09-4 A New Compact Model for Accurate Simulation of RF Noise in Sub-40nm Multi-finger nMOSFETs Jyh-Chyurn Guo¹, Kuo-Liang Yeh¹ ¹National Chiao-Tung University EuMIC09 Small-Signal & Noise Modelling Chair: Alberto Santarelli¹ Co-Chair: Jean-Christophe Nallatamby² Institute -¹University of Bologna, ²XLIM Research UMR CNRS 7252 EuMIC09-1 EM-Based GaN Transistor Small-Signal Model Scaling Gijs van der Bent¹, Peter de Hek¹, Frank van Vliet¹ ¹TNO EuMIC09-2 Reliable Parameter Extraction of Asymmetric GaN-based Heterojunction Transistors Field Effect Storey⁵, Mohamed Helaoui³, Simon Wingar⁵, Chang Jiang You², Jingye Cai², Fadhel M. Ghannouchi³ ¹Univerisity of Calgary, ²University of Electronic Science and Technology of China, ³University of Calgary, ⁴University of Sharjah, ⁵National Research Council Canada N117 EuMIC08-5 Ultra-Compact Low-Loss Integrated Transformer- Based Ku-Band Quadrature Hybrid Coupler Manuel Potereau¹, Nathalie Deltimple¹, Anthony Ghiotto¹ ¹ University of Bordeaux, Bordeaux INP, UMR CNRS 5218, IMS Laboratory Marc van Heijningen¹, Jaap Essing¹, Frank van Vliet¹ ¹TNO EuMIC08-3 Broadband and Highly Accurate X-Band Vector- Sum Phase Shifter Using Power Splitter LC-Type Takanobu Fujiwara¹, Mitsuhiro Shimozawa¹ ¹Mitsubishi Electric Corporation EuMIC08-4 A Broadband 4 – 18 GHz Active Quadrature Hybrid Paul Sangare¹, Christophe Loyez², Kevin Carpentier², Markus Mayer¹, Dirk Hartung¹, Francois Parickmiler¹, Nathalie Rolland³ ¹Arelis, ²IEMN, ³IRCICA EuMIC08 MMIC Components Chair: Asher Madjar¹ Co-Chair: Nuno Borges Carvalho² de¹EuMA Founder Member, ²Instituto Telecomunicacoes - Univ. Aveiro EuMIC08-1 Industrial Keynote: Innovation Driven by in the MMIC Technology Field of Broadcast Systems Ana Pelaez Perez¹ ¹Televes S.A. EuMIC08-2 X-band GaAs Phase Driver MMIC Optimized for GaN-Based Phased Array Chain Radar Transmit ³, , MONDAY N105 ¹, Zhongxia Simon He², Thanh Ngoc , Thi Do², Herbert Zirath² ¹Ericsson AB, ²Chalmers University of Technology Andrea Malignaggi², Andreas Mai², Dietmar Kissinger², Wolfgang Heinrich¹, Viktor Krozer¹ ¹Ferdinand-Braun-Institut (FBH) Leibniz-Institut für Höchstfrequenztechnik, ²Innovations for High Performance Microelectronics (IHP GmbH), ³University of Duisburg-Essen Kyoya Takano¹, Ruibing Dong¹, Sangyeop Lee¹, Shuhei Amakawa¹, Takeshi Yoshida¹, Minoru Fujishima¹ ¹Hiroshima University EuMIC07-5 Ultra-Broadband Frequency Multiplier MMICs for Communication and Radar Applications Christopher Grötsch¹ ¹University of Stuttgart EuMIC07-3 A 110-to-147 GHz Frequency Sixtupler in a 130 nm SiGe BiCMOS Technology Mingquan Bao¹ EuMIC07-4 A 239 – 315 GHz CMOS Frequency Doubler Designed by Using a Small-Signal Nonlinear Model EuMIC07-2 110–135 GHz SiGe BiCMOS Frequency Quadrupler Based on a Single Gilbert Cell Minsu Ko¹, Mohamed Eissa¹, Johannes Borngräber¹, Ahmet Ulusoy², Dietmar Kissinger¹ ¹IHP Microelectronics, ²Michigan state univeristy Chair: Jonas Hansryd¹ Co-Chair: Yinggang Li¹ ¹Ericsson AB EuMIC07-1 A Hetero-Integrated W-Band Module in Transmitter InP-on-BiCMOS Technology Maruf Hossain¹, Mohamed Eissa², Michael Hrobak¹, Dimitri Stoppel¹, Nils Weimann¹ EuMIC07 Signal Millimeter-Wave Generation N101 + N102 Jun Kamioka¹, Yoshifumi Kawamura¹, Yukinobu Tarui¹, Kazuhiko Nakahara¹, Yoshitaka Kamo¹, Koji Yamanaka¹, Hiroshi Fukumoto¹ ¹Mitsubishi Electric Corporation EuMIC06-5 A Low-Cost 30-W Class X-Band GaN-on-Si MMIC Power Amplifier With a GaAs MMIC Output Matching Circuit EuMIC06-4 Design and Implementation of an Encapsulated GaN X-band Power Amplifier Family Onur Memioglu¹, Alper Karakuzulu¹, Adnan Gündel¹, Fatih Koçer², Ozlem Aydin Civi¹ ¹Middle East Technical University, ²Analog Devices, Inc. Eduardo Oreja Gigorro¹, Emilio Delgado Pascual¹, Juan José Sánchez-Martínez¹, María Luz Gil Heras¹, Virginia Bueno Fernández¹, Antonio Bódalo- Márquez¹, Jesús Grajal² ¹Indra Sistemas S.A., ²Universidad Politécnica de Madrid ¹United Monolithic Semiconductors SAS, ²United Monolithis Semiconductors SAS, ³United Monolithic Semiconcuctors SAS EuMIC06-3 A 6-18 GHz GaN on SiC High Power Amplifier MMIC for Electronic Warfare EuMIC06-2 Three Stage 5-18.5 GHz High Gain and High Power Amplifier Based on 0.15 µm GaN Technology Mehdi Dinari¹, Guillaume Mouginot¹, Estelle Byk¹, Valeria Di Giacomo-Brunel², Christophe Chang³, Laurent Brunel³, Marc Camiade¹ Gerhard Wolf¹ ¹Wolfspeed - CREE EuMIC06-1 Industrial Keynote: Using GaN and LDMOS to Enable Faster 4G and the to 5G Transition EuMIC06 AmplifierPower ICs Chair: Frank van den Bogaart¹ Co-Chair: Christophe Gaquiere² ¹TNO, ²IEMN www.eumweek.com

13:50 - 14:10 14:10 - 14:30 14:30 - 14:50 14:50 - 15:10 15:10 - 15:30 34 MONDAY

16:10 - 16:30 16:30 - 16:50 16:50 - 17:10 17:10 - 17:30 17:30 - 17:50 35 N118 ¹Liverpool John Moores University, www.eumweek.com EuMIC13-5 A Novel TCAD Approach to Temperature Dependent DC FinFET Analysis Variability Simona Donati Guerrieri¹, Fabrizio Bonani¹, Giovanni Ghione¹ ¹Politecnico di Torino Bryan Schwitter¹, Anthony Parker¹, Michael Heimlich¹ ¹Macquarie University EuMIC13-3 State Dependency, Low-Frequency Dispersion, and Thermal in Microwave III-V Effects HEMTs Friedbert van Raay¹, Dirk Schwantuschke¹, Arnulf Leuther¹, Peter Brückner¹, Detlef Peschel¹, Rüdiger Quay¹, Michael Schlechtweg¹, Oliver Ambacher¹ ¹Fraunhofer Institute for Applied Solid State Physics (IAF) EuMIC13-4 Detailed Study of Zero Coefficients Temperature for Microwave GaAs and GaN FETs Mohammad Abdul Alim¹, Ali A Rezazadeh², Christophe Gaquiere³ ¹University of Chittagong, ²University of Manchester, ³University of Lille EuMIC13 Thermal & Low- Trap Frequency Modelling Chair: Giovanni Ghione¹ Co-Chair: Teresa M. Martín-Guerrero² de Málaga ¹Politecnico di Torino, ²Universidad EuMIC13-1 A Source and Drain Currents Transient for Trap Technique Characterisation in AlGaN/ GaN HEMTs Steven John Duffy¹, Brahim Benbakhti¹, Wei Zhang¹, Karol Kalna², Khaled Ahmeda², Mohammed Boucherta³, Nour Eddine Bourzgui³, Hassan Maher⁴, Ali Soltani⁴ EuMIC13-2 Characterisation of GaAs Thermal pHEMT Transient Response ²Swansea University, ³University of Lille 1, ⁴University of Sherbrooke N117 EuMIC12-5 Novel Push-Push Frequency Doubler Concept Sönke Vehring¹, Georg Boeck² ¹Technische Universität Berlin, ²GloMic GmbH Romain Pilard¹, Julien Duvernay¹, Marc Wingender¹, Francois Bore¹, Khaled Salmi¹, Nicolas Chantier¹ ¹Teledyne e2v EuMIC12-3 A 0.3 V -190.2 dBc/Hz FoM 14-GHz Band LC-VCO IC LC with Harmonic Tuned in 56-nm SOI CMOS Tank Xiao Xu¹, Tsuyoshi Sugiura², Toshihiko Yoshimasu¹ ¹Waseda University, ²Samsung R&D Institute Japan EuMIC12-4 20 GHz Clock Frequency ROM Less Direct Digital Synthesizer Comprising Unique Phase Control Unit in 0.25 μm SiGe Technology Amit Shrestha¹ ¹Goethe University of Frankfurt EuMIC12 RFIC Signal Generation Chair: Patrick Schuh¹ Co-Chair: Franco Giannini² of Rome¹Hensoldt Sensors GmbH, ²University Tor Vergata EuMIC12-1 A 3.9-4.7 GHz 0.35 mW DCO With -187.4 dBc FoM in 28nm CMOS Run Levinger¹, Roi Levi¹, Evgeny Shumaker¹, Shunit Levin¹, Gil Horovitz¹ ¹Intel Corp. EuMIC12-2 First K-band Capable 12-bit 6 GSps Digital to Analogue Converter MONDAY ², Konstantinos Mimis², , N105 Souheil Ben Smida², Gavin Watkins¹, Atsushi Yamaoka³, Keiichi Yamaguchi³ ¹Toshiba Research Europe Limited, ²University of Bristol, ³Toshiba Corporation Anna Piacibello¹, Roberto Quaglia², Marco Pirola¹, Steve Cripps² ¹Politecnico di Torino, ²Cardiff University EuMIC11-5 Sparse Model Selection of Digital Predistorters using Subspace Pursuit Juan A. Becerra¹, Daniel Herrera¹, María J. Madero- Ayora¹, Carlos Crespo-Cadenas¹ ¹Universidad de Sevilla EuMIC11-3 A 14-GHz-band Highly Linear Stacked FET Power Amplifier IC with 20.1 dBm in P1dB and 40.1 % PAE 56-nm SOI CMOS Cuilin Chen¹, Tsuyoshi Sugiura², Toshihiko Yoshimasu¹ ¹Waseda University, ²Samsung R&D Institute Japan EuMIC11-4 Design of an S-Band Chireix Outphasing Power Amplifier Based on a Systematic Bandwidth Limitation Analysis ¹Delft University of Technology EuMIC11-2 Single-Ended Branch PA Characterisation for Outphasing Amplifiers Paolo Enrico de Falco¹ Chair: Carlos Crespo-Cadenas² Co-Chair: Denis Barataud¹ of Limoges,¹XLIM Research Institute, University Sevilla Limoges, France, ²Universidad de EuMIC11-1 Pushing the Linearity Limits of a Digital Polar Transmitter Mohsen Hashemi¹, Morteza S. Alavi¹, Leo C.N. de Vreede¹ EuMIC11 Design High Efficiency of and Linearisation Amplifiers Power N101 + N102

¹Université catholique de Louvain Vivien Van Kerckhoven¹, Luc Piraux¹, Isabelle Huynen¹ EuMIC10-5 A Novel Laser-Assisted Fabrication Process for Nanowired Substrate Integrated Devices Kees de Groot¹ ¹University of Southampton EuMIC10-4 (Ba,Sr)(Ti,Mn)O3 Perovskite Films for Co-Planar Waveguide Microwave Phase Tunable Shifters Steven Theeuwen¹ ¹Ampleon Netherlands EuMIC10-3 for LDMOS Technology Power Amplifiers up to 12 GHz Sadegh Dadash¹, Shai Bonen¹, Utku Alakusu¹, David Harame², Sorin Voinigescu¹ ¹University of Toronto, ²GlobalFoundaries EuMIC10-2 DC-170 GHz Characterization of 22nm for FDSOI Technology Radar Sensor Applications ¹GLOBALFOUNDRIES Alvin Joseph¹, Vibhor Jain¹, Chaojiang Li¹, Randy Wolf¹, Arvind Kumar¹, John Ellis-monaghan¹ EuMIC10-1 Industrial Keynote: SiGe BiCMOS and RFSOI for Technologies Millimeter-Wave Applications Microwave Technologies Microwave Devices and Novel Devices and Novel Chair: Farid Medjdoub¹ Co-Chair: Rüdiger Quay² for Applied¹IEMN - CNRS, ²Fraunhofer Institute Solid State Physics (IAF) Frequency and Power Power and Frequency Si-Based High- EuMIC10 N115 EuMC04-5 Practical Design of a Band-Pass Filter Using EBG SIW technology David López Navarro¹, Ángela Coves Soler¹, Enrique Bronchalo¹, Germán Torregrosa-Penalva¹, Maurizio Bozzi² ¹Universidad Miguel Hernández de Elche (UMH), ²University of Pavia Dmitry Kholodnyak¹ ¹St. Petersburg Electrotechnical University ‘’LETI’’ EuMC04-3 Artificial Slow-Wave Lines Based Transmission on Stepped Impedance Shunt Stub (SISS) Loading: Analysis and Stopband Bandwidth Enhancement Jan Coromina¹, Jordi Selga¹, Paris Vélez¹, Jordi Bonache¹, Ferran Martín¹ ¹Universitat Autònoma de Barcelona EuMC04-4 A Microfluidic-based Reflective-type 1-bit Digital Terahertz Metamaterial Fangjing Hu¹, Peiyi Song¹, Huafeng Liu¹, Liangcheng Tu¹ ¹Huazhong University of Science and Technology EuMC04 Metamaterials and Structures Periodic Chair: Ferran Martín¹ Co-Chair: Dmitry Kholodnyak² ²St.¹Universitat Autonoma de Barcelona, ‘’LETI’’ Petersburg Electrotechnical University EuMC04-1 Three-Dimensional Frequency Selective Surface With Multiple Zeros for Transmission Wide Stopband Jianping Zhu¹, Zhengyong Yu², Wanchun Tang² ¹Nanjing University of Science and Technology, ²Nanjing Normal University EuMC04-2 Theoretical Minimum of Phase Shift Error of Switchable-channel Phase Shifters on Left-handed and Right-handed Lines Transmission ², Zhewang Ma¹, Masataka Ohira¹, , N109 + N110 Chun-Ping Chen³, Tetsuo Anada³ ¹Saitama University, ²Jilin University, ³Kanagawa University EuMC03-5 Arbitrary Terminated Coupler With Tunable Negative and Positive Group Delay Responses Girdhari Chaudhary¹, Phanam Pech¹, Phirun Kim¹, Yongchae Jeong¹ ¹Chonbuk National University Matthias Nickel¹, Mario Mueh¹, Roland Reese¹, Ersin Polat¹, Matthias Jost¹, Rolf Jakoby¹, Holger Maune¹ ¹TU Darmstadt EuMC03-3 High Performance 3dB Coupler (Hybrid) with Broadband Flat Amplitude Characteristics Uwe Rosenberg¹, Petronilo Martin-Iglesias² ¹Mician Global Engineering GbR, ²ESA / ESTEC EuMC03-4 Design of a SIW Based Hybrid Ring Coupler with Arbitrary Power Splitting Ratio Using Gaussian Process Regression Karthik Thothathri Chandrasekaran¹⋅¹, Arokiaswami Alphones¹, Muhammad Faeyz Karim¹ ¹Nanyang Technological University EuMC03 and Dividers Couplers Chair: Anthony Ghiotto¹ Co-Chair: Roberto Sorrentino² INP, UMR¹ University of Bordeaux, Bordeaux Microtech Srl CNRS 5218, IMS Laboratory, ²RF EuMC03-1 Compact Tunable Wilkinson Power Divider With Simple Structure Xiaolong Wang¹ EuMC03-2 Liquid Crystal Based Reflection-Type Tunable Power Divider TUESDAY ², Troels Studsgaard , N105 Nielsen², Nikolai Wolff³, Ole Kiel Jensen¹, Jan Hvolgaard Mikkelsen¹, Olof Bengtsson³ ¹Aalborg University, ²Keysight Technologies, ³Ferdinand-Braun- Institut, Leibniz-Institut für Höchstfrequenztechnik ¹STMicroelectronics, ²IEMN Felice Francesco Tafuri¹ EuMC02-5 Millimetre Wave On Wafer Power Detection Using a PN Junction Diode in BiCMOS 55 nm for In-Situ Large Signal Characterization Joao Carlos Azevedo Goncalves¹, Issa Alaji², Daniel Gloria¹, Vincent Gidel¹, Frederic Gianesello¹, Sylvie Lepilliet², Guillaume Ducournau², François Danneville², Christophe Gaquiere² EuMC02-3 Wave-Based A Unified, Calibration framework for Network Analyzers Vector Yves Rolain¹, Indy Magnus¹, Gerd Vandersteen¹ ¹VUB EuMC02-4 Nonlinear Three-Port Characterization of a Class-G Supply Modulated RF Power Amplifier using a Nonlinear Vector Network Analyzer Chandan Yadav¹, Marina Deng¹, Sebastien Fregonese¹, Magali De Matos¹, Bernard Plano¹, Thomas Zimmer¹ ¹University of Bordeaux, IMS laboratory EuMC02-2 Broadband On-Wafer Microwave Measurement of High impedance Devices - CPW Test Structures with Integrated Metallic Nano-Resistances Khadim Daffe¹, Faisal Mubarak², Vincenzo Mascolo², H. Votsi³, Nick Ridler⁴, Isabelle Roch¹, Gilles Dambrine¹, Kamel Haddadi¹ ¹Univ. Lille - IEMN, ²VSL, ³Advanced Technology Institute, University of Surrey, ⁴NPL Chair: Ilona Rolfes¹ Co-Chair: Bianca Will² ¹Ruhr-University Bochum, ²FH Südwestfalen EuMC02-1 Impact of On-Silicon De-Embedding Test Structures and RF Probes Design in the Sub-THz Range EuMC02 Systems Measurement N101 + N102 Aleksander Bogusz¹, Jonathan Lees¹, Roberto Quaglia¹, Gavin Watkins², Steve Cripps¹ ¹Cardiff University, ²Toshiba Research Europe Ltd. EuMC01-5 Practical Load Compensation Networks in Chireix Outphasing Amplifiers Using Offset Lines Transmission EuMC01-4 Novel DC-Biasing Circuits with Arbitrary Harmonic- Control Capability for Compact High-Efficiency Power Amplifiers Shinichi Tanaka¹, Tomoya Oda¹, Kento Saiki¹ ¹Shibaura Institute of Technology Soubhik Deb¹, Tanio Masaaki¹, Shinichi Hori¹, Noriaki Tawa¹, Yasushi Wada¹, Kazuaki Kunihiro¹ ¹NEC Corporation EuMC01-3 Band-limited Digital Predistortion with Band- switching Feedback Architecture for 5G Power mmWave Amplifiers EuMC01-2 Dynamic Load Modulated GaN PA Low-Voltage Using Novel Low-Loss GaN Varactors Raul Amirpour¹, Sebastian Krause¹, Rüdiger Quay¹ ¹Fraunhofer Institute for Applied Solid State Physics IAF Sebastian Preis¹, Alex Wiens², Enrico Lia³, Wolfgang Heinrich¹, Rolf Jakoby², Holger Maune², Olof Bengtsson¹ ¹Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik, ²Technische Universitaet Darmstadt, ³European Space Agency ¹FAU Erlangen-Nuremberg, ²University of Roma¹FAU Erlangen-Nuremberg, ²University tor Vergata EuMC01-1 A High-Efficiency GaN Module With Transistor Thick-Film BST-Based Matching Tunable Network EuMC01 Amplifier Power for High Architectures Efficiency and Linearity Chair: Georg Fischer¹ Co-Chair: Paolo Colantonio² www.eumweek.com

08:30 - 08:50 08:50 - 09:10 09:10 - 09:30 09:30 - 09:50 09:50 - 10:10 36 TUESDAY 37 www.eumweek.com

08:30 - 08:50 08:50 - 09:10 09:10 - 09:30 09:30 - 09:50 09:50 - 10:10 N111 EuMC/EuMIC01-5 X-band Low Noise Figure T/R Switch- Module using a Superconducting T/R Switch Hiroaki Ikeuchi¹, Tamio Kawaguchi¹, Noritsugu Shiokawa¹, Yuichi Sawahara¹, Hiroyuki Kayano¹ ¹Toshiba Corporation Çağdaş Yağbasan¹, Ahmet Aktuğ¹ ¹Aselsan Inc. EuMC/EuMIC01-3 An Ultra-Broadband Low-Noise Distributed Amplifier in InP DHBT Technology Md Tanjil Shivan¹, Maruf Hossain¹, Dimitri Stoppel¹, Nils Weimann², Steffen Schulz¹, Ralf Doerner¹, Viktor Krozer¹, Wolfgang Heinrich¹ ¹Ferdinand-Braun-Institut (FBH) Leibniz-Institut für Höchstfrequenztechnik, ²Universität Duisburg-Essen, Duisburg, Germany EuMC/EuMIC01-4 Compensation of Performance Degradation in Due to Thermal Effects GaN LNA Using Dynamic Bias Johan Bremer¹, Lowisa Hanning¹, Niklas Rorsman¹, Mattias Thorsell¹ ¹Microwave Electronics Laboratory, Chalmers University of Technology EuMC/EuMIC01 III-V Low Noise Amplifiers Chair: Luisa de la Fuente¹ Co-Chair: Julien Lintignat² 7252,¹Universidad de Cantabria, ²XLIM UMR University of Limoges/CNRS EuMC/EuMIC01-1 An X-Band Robust GaN Low-Noise Amplifier MMIC with Sub 2 dB Noise Figure Oguz Kazan¹, Fatih Koçer², Ozlem Aydin Civi¹ ¹Middle East Technical University, ²Analog Devices, Inc. EuMC/EuMIC01-2 Robust X-band GaN LNA with Integrated Active Limiter TUESDAY N117 Zhaorong Li¹ ¹Institute of Electronic Engineering, China Academy of Engineer Physics EuMC06-5 High Quality TE011 Mode Cavity Filter for Input Multiplexer Applications Fei Li¹ ¹China Academy of Space Technology (Xi’an) EuMC06-3 Waveguide Very-Compact Bandpass Filter Based on Dual-Mode TM Cavities for Satellite Applications in Ku-band Luca Pelliccia¹, Cristiano Tomassoni², Fabrizio Cacciamani¹, Paolo Vallerotonda¹, Roberto Sorrentino¹, Jaione Galdeano³, Christoph Ernst³ ¹RF Microtech Srl, ²University of Perugia, ³ESA ESTEC EuMC06-4 Failure Analysis of Microwave Air Breakdown for the Cavity Filter with Remainder ¹Sukkur IBA University, ²University of Leeds, Leeds, United Kingdom EuMC06-2 Novel Solution for the Coaxial Excitation of Inductive Rectangular Filters Waveguide Angel-Antonio San-Blas¹, J. C. Melgarejo², Vicente E. Boria², Marco Guglielmi² ¹Miguel Hernandez University of Elche, ²Technical University of Valencia Chair: Marco Guglielmi¹ Co-Chair: Jerzy Michalski² ¹Technical University of Valencia, ²SpaceForest EuMC06-1 Spurious Free Non Uniform Width Dielectric Loaded Filters Sharjeel Afridi¹, Ian Hunter², Muhammad Yameen Sandhu¹ EuMC06 Non-Planar 3D Filters Waveguide

08:30 - 08:40 08:40 - 09:10 09:10 - 09:40 09:40 - 10:10 N116

Zhi Ning Chen¹ ¹National University of Singapore EuMC05-3 Metantennas for 5G and Beyond Tzyh-Ghuang Ma¹ ¹National Taiwan University of Science and Technology EuMC05-2 Synthesized Lines Transmission - Past, Present, and Future Quan Xue¹ ¹South China University of Technology EuMC05-1 Filtering Antennas in China ¹RF Microtech Srl Roberto Sorrentino¹

Introduction to the Introduction to the Special Session: 5G in Asia Technology Pacific Pacific Institute¹University of Pavia, ²Royal Melbourne of Technology Technology in Asia Technology Chair: Maurizio Bozzi¹ Co-Chair: Kamran Ghorbani² Special Session: 5G Special Session: EuMC05 N101 + N102 A Founder Member, ²CMS Technologies A Founder Member A Founder Member A Founder Member A Founder Member A Founder Member A Honorary Secretary M M M M M M M EuMC07-6 The Future Becomes the Present Holger Meinel¹, Steve Nightingale² ¹Eu Asher Madjar¹ ¹Eu EuMC07-3 The Simultaneous Creation of the European Microwave and Association Week André Vander Vorst¹ ¹Eu EuMC07-4 The First European Microwave Week, Amsterdam 1998 Leo Ligthart¹ ¹Eu EuMC07-5 The Evolution of the EuMW and EuMA Roberto Sorrentino¹ ¹Eu EuMC07 20th Special Session: the of Anniversary Microwave European Week Chair: Roberto Sorrentino¹ ¹Eu EuMC07-1 Before the The Years European Microwave Week Andrew Wilson¹ ¹Eu EuMC07-2 The Last “stand alone” European Microwave Conference – Jerusalem, 1997

13:50 - 15:50 N101 + N102 Several key representatives of RF and microwave semiconductor foundries will give short presentations of their foundry capabilities with respect to the impact of advanced GaN, GaAs and Si technologies for military, space and civilian applications. This includes details of current fully-released and commercially available processes and processes in development. There will also be an opportunity for questions and answers during this interactive forum. EuMIC14 Session Foundry Chair: Marc Rocchi¹ Co-Chair: Massimo Comparini² ¹OMMIC, ²Telespazio, France & Italy

12:40 - 13:40 TUESDAY A Awards Committee M A President M Auditorium (N103 + N104) Auditorium A Pioneer Award A Distinguished Service Award A Welcome Address A Welcome M M M Eu 12:00 - 12:10 Greetings from EuMW 2018 Platinum Sponsor Benoit Neel, Vice President and General Manager for Keysight EMEA 12:10 - 12:30 Ceremony Awards Alex Yarovoy, Past Chair Eu 11:20 - 12:00 Evolving to 5G Enrique Blanco, Telefónica Global CTIO opportunity to apply In Telefónica we look at 5G not only as an evolution of radio, but as an new concepts that can transform our network to make it much more flexible and agile. (NFV), software Concepts like virtualisation, enabled with network function virtualisation defined networking (SDN) and the cloud, can be applied to the architecture – the 5G core and the radio access network (RAN) progressing towards a fully converged fixed and mobile network (FMC). We are talking about an evolutionary transformation of the network that may bring some of the expected 5G capabilities earlier as an evolution of the current LTE networks. On the other hand, a good part of the next investment in 4G in terms of fibre, antennas, base band units, the virtualisation environment and others may be re-used, and sets up the basis, for the future 5G rollout. We understand that 5G is a long journey, and we are working on several areas to get a future-proof network in the meantime. Wolfgang Heinrich, Eu Greetings from IEEE MTT-S Dominique Schreurs, IEEE MTT-S President Opening of the European Microwave Conference 2018 Vicente Boria, EuMC 2018 Chair Miguel Ángel Gómez Laso, EuMC 2018 Co-Chair Ferran Martín, EuMC 2018 TPC Chair Francisco Mesa, EuMC 2018 TPC Co-Chair Magdalena Salazar Palma, EuMW 2018 General Chair José Ignacio Alonso Montes, EuMW 2018 General Co-Chair Almudena Suárez Rodríguez, EuMW 2018 General TPC Chair Juan-Mari Collantes, EuMW 2018 General TPC Co-Chair Eu 10:50 - 11:20 Address Welcome Week Opening of the European Microwave 2018 EuMW01 Session EuMW/EuMC Opening Eu Certificate of Recognition for EuMW 2017 General Chair International Journal for Microwave and Best Paper Prize Wireless Technologies Chair: Magdalena Salazar Palma, EuMW 2018 General Chair Chair: Magdalena Salazar Palma, 2018 Chair Co-Chair: Vicente Boria Esbert, EuMC www.eumweek.com

10:50 - 12:30 38 TUESDAY EuMC/EuMIC04 Interactive Session Chair: Jose A. Garcia¹ Co-Chair: Luisa de la Fuente² ¹University of Cantabria, ²Universidad de Cantabria

13:30 – 15:30

Exhibition Hall Exhibition Hall Exhibition Hall Exhibition Hall EuMC/EuMIC04-1 EuMC/EuMIC04-7 EuMC/EuMIC04-14 EuMC/EuMIC04-19 Non-Linear Distortion in Ka-Band P-I-N Diode X band GaN Based MMIC Frequency Multipliers Ultra Wideband GaN Based Digital Phase Shifter Power Amplifier With Based on Hybrid Power Amplifiers Daniel Kramer¹ 36.5dBm P1-dB for Space Technology with High Emilio Delgado Pascual¹, Eduardo Oreja Gigorro¹, ¹MACOM Technology Solutions Applications Harmonic Suppression Juan José Sánchez-Martínez¹, María Luz Gil Heras¹, Armagan Gurdal¹,², Burak Alptug Yilmaz¹,², Omer Alvaro Díez López¹, Amparo Herrera¹, Juan Carlos Virginia Bueno Fernández¹, Antonio Bódalo- Cengiz¹, Ozlem Sen¹, Ekmel Ozbay¹,² Perez-Ambrojo², Javier Cabo Freixedas² Márquez¹, Jesús Grajal² EuMC/EuMIC04-8 ¹Nanotechnology Research Center (NANOTAM), ¹University of Cantabria, ²Thales Alenia Space Spain ¹Indra Sistemas S.A., ²Universidad Politécnica de An E-band Variable-Gain ²Bilkent University Madrid Amplifier Using a Programmable Attenuator Kimia Ansari¹, Tyler Ross¹, Morris Repeta¹ EuMC/EuMIC04-15 EuMC/EuMIC04-20 EuMC/EuMIC04-2 New Compact Antenna ¹Huawei Technologies A W-Band Frequency TUESDAY Characterization of Bond Tripler With Integrated Diversity with a Fully Wire Interconnects in QFN Waveguide Filter Integrated Microwave Packages EuMC/EuMIC04-9 Matching Circuit for Automotive Qun Xiao¹ 4 - 18 GHz AlGaN/GaN Cheng Guo¹, Jeff Powell¹, Xiaobang Shang², Mike Satellite Radio Reception ¹MACOM Technology Solutions Based Distributed Power Lancaster¹, Jun Xu³ Simon Senega¹, Jürgen Röber², Ali Nassar¹, Robert Amplifier MMIC ¹The University of Birmingham, ²national physical Weigel², Christian Heuer³, Stefan Lindenmeier¹ Bernd Bunz¹, Hardy Sledzik¹, Patrick Schuh¹, Martin laboratory, ³University of Electronic Science and ¹Universität der Bundeswehr München, ²Friedrich- EuMC/EuMIC04-3 Oppermann¹ Technology of China Alexander-Universität Erlangen-Nürnberg, ³FUBA Rapid Design of Compact ¹Hensoldt Sensors GmbH Automotive Electronics Impedance Matching EuMC/EuMIC04-16 Transformers for Energy EuMC/EuMIC04-10 Electrothermal EuMC/EuMIC04-21 Harvesting Applications On Stability Analysis and X-Parameters for Dynamic A Hybrid Bipolar by Means of Inverse and Loop Oscillation of Modeling of RF and Wideband VCO with Forward Surrogates Multi-Finger GaN FET Cells Microwave Power Linearized Tuning Slawomir Koziel¹, Adrian Bekasiewicz² for High Power Amplifiers Transistors Behaviour for a New ¹Reykjavik University, ²Gdansk University of Ammar Issaoun¹, Petra Hammes¹, Martin Fagerlind¹, Sean Gillespie¹, David Root²,¹, Mihai Marcu², Peter Generation TTC Technology Francis Chai¹, Thomas Roedle¹ Aaen¹ Transponder ¹Ampleon ¹University of Surrey, ²Keysight Technologies Jaime Casanueva Pérez¹, Amparo Herrera¹, Javier EuMC/EuMIC04-4 Cabo Freixedas², Juan Carlos Perez-Ambrojo² ¹University of Cantabria, ²Thales Alenia Space Spain Optimization of PCB EuMC/EuMIC04-11 EuMC/EuMIC04-17 Transitions for Vertical Characterization and A Ku-Band Injection- Solderless Coaxial Electrical Modeling Locked Push-Push EuMC/EuMIC04-22 Connectors Up to 67 GHz including Trapping Ef-fects Oscillator with Two- Characterization of Flex to Paul Stärke¹, David Fritsche¹, Corrado Carta¹, Frank of AlN/GaN HEMT 4x50µm Wavelength Ring Printed Circuit Board Ellinger¹ Interconnections using ¹Technische Universität Dresden on silicon substrate Resonator Mohamed Bouslama¹, Ahmad Alhajjar¹, Jean- Elton Lima¹, Takayuki Tanaka¹, Ichihiko Toyoda¹ Insertion Connectors Christophe Nallatamby¹, Farid Medjdoub² ¹Saga University Christian Person¹, Hong Duc Nguyen¹, Jean Philippe EuMC/EuMIC04-5 ¹XLIM Research Institute - UMR CNRS 7252, Coupez¹, Philippe Minard², Dominique lohine Tong², ²IEMN - CNRS Pascal Borel³, Damien Izoard³ A Three-layer Resist EuMC/EuMIC04-18 ¹IMT Atlantique, ²Technicolor Connected Home, Process for T- and Γ-gates Millimeter-Wave ³Centre technique du papier in High Electron Mobility EuMC/EuMIC04-12 Detection on Basis of Transistor Fabrication A 28-GHz CMOS 2x4 Photo-Thermoelectric Sandra Riedmüller¹, J.-C. Jacquet², M. Madel³, Phased Array Chip with Effect Christophe Chang⁴, G. Callet³, S. Piotrowicz², Sylvain High Precision Phase Yukang Feng¹, Matthew DeJarld², Robert Weikle¹, D. Delage², Jan Grünenpütt⁵, Hervé Blanck¹, F. Scholz⁶ Adjusting Function ¹United Monolithic Semiconductors GmbH, ²III-V Kurt Gaskill², N. Scott Barker¹ Lab, ³United Monolithic Semiconductors, ⁴United between Subarrays for ¹University of Virginia, ²U. S. Naval Research Monolithic Semiconcuctors SAS, ⁵United Monolithis Beam Multiplexing Laboratory Semiconductors GmbH, ⁶University of Ulm Toshihiro Shimura¹, Takenori Ohshima¹, Shohei Ishikawa¹, Shunsuke Fujio¹, Kazuyuki Ozaki¹, Masahiko Shimizu¹, Yoji Ohashi¹ EuMC/EuMIC04-6 ¹Fujitsu Laboratories Ltd. GaAs Balanced Amplifier for Ka-Band Space EuMC/EuMIC04-13 Communications System A Class E Digital Leonardo Pantoli¹, Alessandro Barigelli², Giorgio Leuzzi¹, Francesco Vitulli², Andrea Suriani² Transmitter for APSK ¹University of L’Aquila, ²Thales Alenia Space Gavin Watkins¹ ¹Toshiba Research Europe Limited

www.eumweek.com 39 TUESDAY

N105 N111 N109 + N110 N115 EuMC/EuMIC02 EuMC/EuMIC03 EuMC08 EuMC09 Doherty Power Si-Based Amplifiers Waveguide Devices and Metasurfaces Amplifiers Chair: Vadim Issakov¹ Circuits Chair: Tatsuo Itoh¹ Chair: Denis Barataud² Co-Chair: Beatriz Aja² Chair: Maurizio Bozzi¹ Co-Chair: Francisco Medina² Co-Chair: Nathalie Deltimple¹ ¹Infineon Technologies AG, ²University of Co-Chair: Nicolas Delhote² ¹University of California, Los angeles, ¹ University of Bordeaux, Bordeaux INP, UMR Cantabria ¹University of Pavia, ²XLIM Research Institute, ²Universidad de Sevilla CNRS 5218, IMS Laboratory, ²XLIM Research University of Limoges, Limoges, France Institute, University of Limoges, Limoges, France

EuMC/EuMIC02-1 EuMC/EuMIC03-1 EuMC08-1 EuMC09-1 Fully Integrated Three-Path SiGe BiCMOS Wideband Probe-Type Blazed Metasurface

13:50 - 14:10 Asymmetric Doherty LNA on Thinned Silicon Waveguide-to-Microstrip Grating with Handedness Amplifier Based on Substrate for IoT Transition for 28 GHz Preservation for Circularly Two-Power-Level Applications Applications Polarized Incident Wave Impedance Optimization Sefa Özbek¹, Markus Grözing¹, Golzar Alavi¹, Andrey Mozharovskiy¹, Sergey Churkin¹, Alexey Xiaoqiang Li¹, Cheng Tao¹, Li Jun Jiang², Tatsuo Itoh¹ Ryo Ishikawa¹, Yoichiro Takayama¹, Kazuhiko Honjo¹ Joachim Burghartz¹, Manfred Berroth¹ Artemenko¹, Roman Maslennikov¹ ¹University of California, Los Angeles, ²University ¹University of Electro-Communicaitons ¹University of Stuttgart ¹Radio Gigabit LLC of Hong Kong

EuMC/EuMIC02-2 EuMC/EuMIC03-2 EuMC08-2 EuMC09-2 1-Package 500W High An E-Band Variable Gain A Wideband Millimeter- Design of a Wideband

14:10 - 14:30 Efficiency LDMOS Doherty Low Noise Amplifier in Wave SIW-to-RWG Multilayer Meander-Line Amplifier 90-nm CMOS Process Transition for Thin Single Polarizer (6 – 18 GHz) Yuanyuan Dong¹, Jean-christophe Nanan¹, Sandra Using Body-Floating and Layer Substrates With using a Semi-Analytical DE MEYER¹, Damien Scatamacchia¹ Noise Reduction Thickmetal Cladding Method ¹NXP Semiconductors Techniques Steffen Hansen¹ Wafa Abdouni¹, Muhammad Saeed Khan¹, Yunshan Wang¹, Chun-Nien Chen¹, Yi-Ching Wu¹, ¹Fraunhofer Institute for High Frequency Physics and Athanasios Konstantinidis¹ Huei Wang¹ Radar Techniques FHR ¹Emirates Technology and Innovation Center (ETIC) ¹National Taiwan University

EuMC/EuMIC02-3 EuMC/EuMIC03-3 EuMC08-3 EuMC09-3 A 50W Highly Linear Variable Gain Distributed Novel Compact Bent Multi-focus imaging

14:30 - 14:50 3-Way Integrated Amplifier with Capacitive Transformers Embedding utilizing Huygens Wideband Doherty PA for Division Routing Capability in metasurface Small-Cell Application Christian von Vangerow¹, Daniel Stracke¹, Dietmar Waveguide Structures Xumin Ding¹, Zhuochao Wang¹, Kuang Zhang¹, Hao ZHANG¹, Sandra DE MEYER¹, Claude Kissinger², Thomas Zwick¹ Fernando Teberio¹, Jon Mikel Percaz¹, Iván Arregui¹, Xuemai Gu¹, Wu Qun¹, Jiahui Fu¹ Duvanaud², Smail Bachir² ¹Karlsruhe Institute of Technology (KIT), ²IHP Petronilo Martin-Iglesias², Txema Lopetegi¹, Miguel A. ¹Harbin Institute of Technology ¹NXP Semiconductors, ²XLIM Research Institute - G. Laso¹, Israel Arnedo¹ UMR CNRS 7252 ¹Public University of Navarre, ²ESA/ESTEC

EuMC/EuMIC02-4 EuMC/EuMIC03-4 EuMC08-4 EuMC09-4 High-Power Asymmetrical A S-band 3D Surface Measurements of a Circuit Modelling of

14:50 - 15:10 Three-Way GaN Doherty Mount Packaged SiGe and 64x64-Way One-Body Electromagnetically Power Amplifier at C-Band GaN Tx Module Using Two-Dimensional Beam- Induced Reflection by Frequencies Flip-Chip Bonding and a Switching Hollow- Multiple Slits on a Metallic Edon Derguti¹, Erdin Ture¹, Sebastian Krause¹, Dirk Device Embedded PCB Waveguide Butler Matrix Screen Schwantuschke¹, Rüdiger Quay¹, Oliver Ambacher¹ Substrate Jiro Hirokawa¹, Dong-Hun Kim¹, Masahiro Wakasa¹, Fulya Bagci¹, Raul Rodriguez-Berral², Francisco ¹Fraunhofer Institute for Solid State Physics IAF Kengo Kawasaki¹, Eigo Kuwata¹, Hidenori Ishibashi¹, Yuki Sunaguchi¹, Takashi Tomura¹, Kentaro Mesa², Francisco Medina² Tomohiro Yao¹, Kiyoshi Ishida¹, Kazuhiro Maeda¹, Nishimori² ¹Ankara University, ²Universidad de Sevilla Hironobu Shibata¹, Masaomi Tsuru¹, Kazutomi Mori¹, ¹Tokyo Institute of Technology, ²Niigata University Mitsuhiro Shimozawa¹, Hiroshi Fukumoto¹ ¹Mitsubishi Electric Corporation EuMC/EuMIC02-5 EuMC/EuMIC03-5 EuMC08-5 EuMC09-5 Comparison of S-band Mixed Technologies Compact Multi-Beam Circuital Analysis of

15:10 - 15:30 Analog and Dual-Input Packaged High Power Forming Network With Full-Metal Polarisers Digital Doherty Power Frond-End for Broadband Three-way Power Divider Based on 3D Unit-Cells Amplifiers 28GHz 5G Solutions Combined Rat-Race María García Vigueras¹, Carlos Molero¹ Anna Piacibello¹, Marco Pirola¹, Vittorio Camarchia¹, Mohammed Ayad¹, Philippe Auxemery¹, Pascal Coupler and Branch-Line ¹IETR, INSA Rennes Chiara Ramella¹, Roberto Quaglia², Xinyu Zhou³, Poilvert¹, Anne-Marie Couturier¹, Laurent Marechal¹ Coupler Wing-Shing Chan³ ¹United Monolithic Semiconcuctors SAS Yu Ushijima¹, Hidenori Yukawa¹, Takeshi Yuasa¹, ¹Politecnico di Torino, ²Cardiff University, ³City Naofumi Yoneda¹ University of Hong Kong ¹Mitsubishi Electric Corporation

40 www.eumweek.com TUESDAY

N117 N118 N101 + N102 EuMC10 EuMC11 EuMIC15 Non-Planar Filter Wireless Power System EuMIC Closing Session Realizations Architectures and Chairs: Teresa M. Martín-Guerrero, EuMIC 2018 Chair Chair: Vicente E. Boria¹ Techniques and José Ángel García, EuMIC 2018 TPC Chair Co-Chairs: Carlos Camacho-Peñalosa, EuMIC 2018 Co-Chair Co-Chair: Stéphane Bila² Chair: Lutfi Albasha¹ and Ángel Mediavilla, EuMIC 2018 TPC Co-Chair ¹Universitat Politècnica de València, ²XLIM Co-Chair: Chris Clifton² UMR7252, Université de Limoges/CNRS, ¹American University of Sharjah, ²Sony Limoges, FRANCE Semiconductor Solutions

EuMC10-1 EuMC11-1 16:10 - 16:55

Industrial Keynote: A 5.8-GHz 64-Channel Terahertz Transistors and their Application TUESDAY Development of Phased Array Microwave 13:50 - 14:10 William R. Deal, Northrop Grumman Corporation Multiplexers for HTS at 30 Power Transmission GHz Based on Dielectric System Based on Space- The last dozen years has seen transistor Maximum Frequency of Oscillation (fMAX) push well Resonators Channel Filters Time Beamforming over 1 THz for transistors in the Indium Phosphide (InP) material system. Integrated circuits Felipe Loras¹ Algorithm for Multiple IoT have kept pace, and InP HEMT packaged amplifiers have been demonstrate to 1 THz. While ¹Thales Alenia Space Spain Sensors InP integrated circuits have seen the largest increase when measured in raw Gigahertz, Si Kentaro Murata¹, Toshiya Mitomo¹, Makoto Higaki¹, and SiGe integrated circuits have also seen significant advances in operating frequencies. Kohei Onizuka¹ This talk will describe the current status of transistor based electronics operating above 100 ¹Toshiba Corporation GHz and describe recent progress in communications and sensors at these frequencies. Topics include an overview of device technologies and integrated circuit technology. EuMC10-2 EuMC11-2 Traditional applications in this frequency range including atmospheric science and radio-astronomy will be briefly described along with emerging applications in imaging and Modal Dispersion Multi-Antenna Directional communications. Benchmarks will be provided in terms of noise figures and output power at Reduction in Multi-Mode Backscatter Tags 14:10 - 14:30 frequencies above 100 GHz. Circular Dielectric Vivek Mangal¹, Gabriele Atzeni², Peter R. Kinget¹ Waveguides at W-band ¹Columbia University, ²University of Cagliari 16:55 - 17:20 Frequencies Andre Meyer¹, Bekir Turan¹, Martin Schneider¹ EuMIC Awards Ceremony ¹University of Bremen Teresa M. Martín-Guerrero, EuMIC 2018 Chair Lluis Pradell, EuMW 2018 Awards Chair EuMIC Prize EuMIC Young Engineer Prize

EuMC10-3 EuMC11-3 GaAs Association Address Gradient Descent Shape A 50% Fractional GaAs Association Student Fellowships 16:10 - 17:50 Optimization of Bandwidth, Wireless 14:30 - 14:50 Microwave Circuits Using Power Communication 17:20 - 17:30 Bézier Curves System Achieving 6.78 Closing of the EuMIC 2018 Parametrization Mbps at 13.56 MHz Carrier Teresa M. Martín-Guerrero, EuMIC 2018 Chair Ali Dia¹, Christophe Durousseau¹, Cyrille Menudier¹, Jordan Besnoff¹, Yohay Buchbut², Kobi Scheim², Olivier Ruatta¹, Stéphane Bila¹ David Ricketts³ ¹XLIM UMR7252, Université de Limoges/CNRS, ¹ORNL, ²GM, ³NCSU 17:30 - 17:40 Limoges, FRANCE Invitation to EuMIC 2019 in Paris Farid Medjdoub, EuMIC 2019 Chair

EuMC10-4 EuMC11-4 Compact Bandpass Filter Optimal Couplings for a in Empty Substrate Four–Coils WPT Link 14:50 - 15:10 Integrated Coaxial Line Franco Mastri¹, Mauro Mongiardo², Giuseppina Leticia Martinez¹, Juan A. Martinez¹, Alejandro L. Monti³, Luciano Tarricone³, Alessandra Costanzo¹ Borja¹, Hector Esteban², Vicente E. Boria², Angel ¹University of Bologna, ²University of Perugia, Belenguer¹ ³University of Salento ¹Universidad de Castilla-La Mancha, ²Universitat Politècnica de València

EuMC10-5 EuMC11-5 Improved Fully Canonical Arbitrary Magnetic Field

Phase Equalized W-Band Control Technique by 15:10 - 15:30 Waveguide Filter with Multi-Coil Transmitter Dispersive Coupling Voltage Phase Shifting for Inverter Omni-Directional Free- Daniel Miek¹, Ana Morán López², Jorge A. Ruiz-Cruz², Positioning Magnetic Michael Höft¹ Resonance Wireless Power ¹Christian-Albrechts-Universität zu Kiel, ²Universidad Delivery Autónoma de Madrid Yusuke Inada¹, Hiroki Ishikuro¹ ¹Keio University

www.eumweek.com 41 N115 EuMC15-5 MSBT transponder: Flexible Multi-Mode In-Orbit Reconfigurable Transponder Javier Cabo Freixedas¹ ¹Thales Alenia Space Spain EuMC15-3 High Dynamic Range Low Power Drive Quadrature Millimeter-wave Demodulator Boualem Zouggari¹, Djillali Hammou¹, Serioja Ovidiu Tatu¹ ¹INRS university EuMC15-4 A Ka-band High Linearity Up-Conversion Mixer with LO Boosting Linearization Technique Yu-Ci Li¹, Wen-Jie Lin¹, Jeng-Han Tsai², Abdulelah Alshehri³, Mazen Almalki³, Abdulhamid Sayed³, Tian-Wei Huang¹ ¹National Taiwan University, ²National Taiwan Normal University, ³King Abdulaziz City for Science and Technology (KACST) Florinel Balteanu¹ ¹Skyworks Solutions EuMC15-1 An 80-Gbaud Transmitter using Bandwidth Interleaving with Sideband Cancelling Method Teruo Jyo¹, Hiroshi Yamazaki¹, Munehiko Nagatani¹, Hiroshi Hamada¹, Hiroyuki Fukuyama¹, Hideyuki Nosaka¹ ¹NTT Device Technology Labs EuMC15-2 Linear Front-End Module Advanced for 4G/5G LTE Applications EuMC15 and Building Transceiver Blocks Chair: Sergio Sancho¹ Co-Chair: Cicero Vaucher² ¹University of Cantabria, ²NXP Semiconductors N111 EuMC14-5 Compact Substrate Integrated Wireless Cure Monitoring Sensor for Epoxy Resin Jannis Groh¹, William Barrett Lee¹, Jan Schür¹, Felix Distler¹, Martin Vossiek¹ ¹Friedrich-Alexander-University Erlangen EuMC14-4 Progression of the Multipole Resonance Probe: Advanced Plasma Sensors Based on LTCC- Technology Dennis Pohle¹, Christian Schulz¹, Moritz Oberberg¹, Alexandra Serwa², Peter Uhlig², Peter Awakowicz¹, Ilona Rolfes¹ ¹Ruhr-University Bochum, ²IMST GmbH Paris Vélez¹, Javier Mata-Contreras¹, David Dubuc², Katia Grenier², Ferran Martín¹ ¹Universitat Autonoma de Barcelona, ²LAAS-CNRS EuMC14-3 Soil Moisture Near-Field Sensor with Energy Harvesting Capability Martí Boada¹, Antonio Ramon Lazaro¹, Ramón Maria Villarino¹, Ernest Gil¹, David Girbau Sala¹ ¹Universitat Rovira I Virgili (URV) EuMC14-2 Solute Concentration Measurements in Diluted Solutions by Means of Split Ring Resonators EuMC14 Sensing and Near-Field Extraction Parameter Chair: Diego Masotti¹ Co-Chair: Martino Aldrigo² for¹University of Bologna, ²National Institute Research and Development in Microtechnologies (IMT) EuMC14-1 Impedance Sensor for Fluid Permittivity Measurements Up to 20 GHz with Single-Liquid Calibration Aleksandar Savić¹, Alexander Stepputtis¹, Arne F. Jacob¹ ¹Hamburg University of Technology TUESDAY N109 + N110 ¹University of Electronic Science and Technology of China Yeonsu Lee¹, Sung-min Sim¹, Hye-Lim Kang¹, Ignacio Llamas Garro², Yi Wang³, Yun-Ho Jang⁴, Jung-Mu Kim¹ ¹Chonbuk National University, Republic of Korea, ²Centre Tecnològic de Telecomunicacions de Catalunya (CTTC/CERCA), ³The University of Birmingham, ⁴Microfluidics for all, Inc EuMC13-5 A Novel 180° Coupler Based on Double-sided Substrate Integrated Suspended Line with Technology Patterned Substrate Yuan Ma¹, Kaixue Ma¹, Yongqiang Wang¹ EuMC13-3 Design-Oriented Modelling of Microstrip Ferrite Circulators Mauricio Pinto¹, Laila Marzall¹, Andrea Ashley¹, Dimitra Psychogiou¹, Zoya Popovic¹ ¹University of Colorado at Boulder EuMC13-4 Waveguide Two-way Power Divider Using 3D Printing and Electroless Plating Jerzy Michalski¹ ¹SpaceForest EuMC13-2 Frequency Selective Ferrite Circulators with Quasi-Elliptic Transmission Response Andrea Ashley¹, Laila Marzall¹, Zoya Popovic¹, Dimitra Psychogiou¹ ¹University of Colorado Boulder Chair: Ichihiko Toyoda¹ Co-Chair: Luca Perregrini² ¹Saga University, ²University of Pavia EuMC13-1 Industrial Keynote: Complex Border Tracking Algorithm for Determination of Zeros and Poles of Complex Function and its Application in Microwave Analysis EuMC13 Non-Planar Passive Components N105 ², Jasper Drisko², Aaron Hagerstrom², , Joshua Orlicki³, Jennifer Sietens³, Daniel Knorr³, Edward Garboczi², Christian Long², Nathan Orloff² ¹University of Colorado Boulder, ²National Institute of Standards and Technology, ³Army Research Laboratory, Aberdeen Proving Ground Alexey Gubin¹, Irina Protsenko¹, Alexander Barannik¹, Hanna Hlukhova², Nickolay Cherpak¹, Svetlana Vitusevich² ¹O. Usikov Institute for Radiophysics and Electronics NAS of Ukraine, ²ICS-8, Forschungszentrum Juelich ¹Friedrich-Alexander University Erlangen-Nuremberg, ²Brandenburg University of Technology EuMC12-5 Liquids Microwave Characterization Based on Technique Quartz WGM Resonator with Microfluidic Chip EuMC12-4 An Accurate Free Space Method for Material Characterization in Using Material W-Band Samples with Two Thicknesses Different Isabella Lau¹, Martin Frank¹, Kilin Shi¹, Fabian Lurz¹, Armin Talai¹, Robert Weigel¹, Alexander Koelpin² Kauko Heinikoski¹, Timo Tarvainen¹, Lauri Hynynen¹ ¹Esju ¹Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik, ²Physikalisch-Technische Bundesanstalt EuMC12-3 Wideband Complex for 5G Permittivity Tester Materials EuMC12-2 Impact of Substrate Modes on mTRL- Calibrated CPW Measurements in G Band Gia Ngoc Phung¹, Franz Josef Schmückle¹, Ralf Doerner¹, Wolfgang Heinrich¹, Thorsten Probst², Uwe Arz² Nina Popovic¹ ¹Elta Systems, ²ON Semiconductor EuMC12-1 Determining Carbon Fiber Composite Loading with Flip-Chip Measurements to 110GHz EuMC12 Material Characterization Chair: Shmuel Auster¹ Co-Chair: Roee Ben-Yishay² www.eumweek.com 16:10 - 16:30 16:30 - 16:50 16:50 - 17:10 17:10 - 17:30 17:30 - 17:50 42 TUESDAY 43 www.eumweek.com

16:10 - 16:30 16:30 - 16:50 16:50 - 17:10 17:10 - 17:30 17:30 - 17:50 N118 EuMC18-5 High-Throughput Satellite Connectivity for the Constant Contact Vehicle Ryan Stevenson¹, David Fotheringham¹, Tom Freeman¹, Turner Noel¹, Tim Mason¹, Shahram Shafie¹ ¹Kymeta Corporation Shailesh Raut¹, Aldo Petosa¹ ¹Communications Research Centre Canada EuMC18-3 Diversity Performance of Benchmark Scenarios for Hidden Vehicle-to-X Antennas Underneath the Roof Miguel Bueno Diez¹, Stefan Lindenmeier¹ ¹Universität der Bundeswehr München EuMC18-4 A Multi-Channel Algorithm for Antenna Diversity of SiriusXM High Band Satellite Reception in Vehicles Ali Nassar¹, Simon Senega¹, Stefan Lindenmeier¹ ¹Universität der Bundeswehr München EuMC18 Connectivity Vehicular Chair: Jyri Putkonen¹ Co-Chair: Jan Barowski² Bochum ¹Nokia Bell Labs, ²Ruhr-University EuMC18-1 Evaluation of Vehicular 4G/5G-MIMO Antennas via Data-Rate Measurement in an Drive Emulated Urban Test Mahmoud Almarashli¹, Stefan Lindenmeier¹ ¹Universität der Bundeswehr München EuMC18-2 Engineering the Environment to Enhance Millimetre-Wave Communications for Connected Vehicles TUESDAY N117 Josep Maria Lopez-Villegas¹, Arnau Salas¹, Neus Vidal Martinez¹, Javier Sieiro¹ ¹University of Barcelona EuMC17-5 Bandpass Filter Based on Skeleton-like Monobloc Dielectric Pucks Made by Additive Manufacturing Aurélien Périgaud¹ ¹XLIM Research Institute, University of Limoges, Limoges, France EuMC17-3 Frequency Correction for Design Technique Additive Manufactured Cavity Filters Alejandro Pons Abenza¹ ¹Technical University of Cartagena EuMC17-4 3D Printed Low-Pass Filter with Conical Inductors for RF Broadband Applications EuMC17-2 Impact of Fabrication on Process Tolerances Characteristics of Sub-THz Silicon Micromachined Filters Antti Lamminen¹, Jaakko Saarilahti¹, Pekka Pursula¹, Mikko Kantanen¹, Vladimir Ermolov¹ ¹VTT Technical Research Centre of Finland Chair: Jorge A. Ruiz-Cruz¹ Co-Chair: Petronilo Martin-Iglesias² ²ESA/ESTEC ¹Universidad Autonoma de Madrid, EuMC17-1 Design of a Compact 3D Printed Coaxial Filter Giuseppe Venanzoni¹, Marco Dionigi¹, Cristiano Tomassoni¹, Roberto Sorrentino² ¹University of Perugia, ²RF Microtech Srl EuMC17 Manufacturing of Non- Techniques Planar Filters N116

¹Sapienza University of Rome, ²ROMA TRE University, ³Istituto di Fotonica e Nanotecnologie CNR , ⁴Center for Nanotechnology Innovation IIT Walter Fuscaldo¹, Silvia Tofani¹, Paolo Burghignoli¹, Paolo Baccarelli², Andrea Notargiacomo³, Sara Cibella³, Marialilia Pea³, Pasquale Carelli³, Neeraj Mishra⁴, Camilla Coletti⁴, Alessandro Galli¹ EuMC16-4 Graphene-based Fabry- Perot Cavity Leaky-Wave an Antennas: Towards Experimental Validation ¹Eindhoven University of Technology Teun van den Biggelaar¹, Ulf Johannsen¹, Bart Smolders¹ EuMC16-3 Assessment of the Dielectric Losses of Artificial Magnetic Conductors for Antenna- on-Chip Applications ¹Atom Element Matter B.V., ²National Central University, ³Eutelsat Yu-Lun Su¹, Chung-Chin Jian¹, Yu-Ling Lee¹, Chung- Hsing Li², Thomas Lohrey³ EuMC16-2 Dichroic Sub-Reflector for for Wide Band Techniques Antenna Single Offset Mohsen Sazegar¹ ¹Kymeta Corporation EuMC16-1 Industrial Keynote: Rethinking Mobile Connectivity: Satellite Broadband Access Using Reconfigurable Holographic Antennas Artificial Structures de¹Kymeta Corporation, ²Universitat Autonoma Barcelona Antennas Based on Antennas Based on Chair: Mohsen Sazegar¹ Co-Chair: Ferran Paredes² EuMC16 N105 EuMC19-5 Flexible Microwave Ablation Device with Integrated RF Cut Modality Patrick Burn¹, Pallav Shah², Christopher Hancock¹ ¹Bangor University, ²Imperial Collage London Shaun C. Preston¹, Malcolm White², Christopher Hancock¹ ¹Bangor University, ²Creo Medical Ltd EuMC19-3 and Clinical Technical Evaluation of the ALBA- 4D 70MHz Loco-Regional Hyperthermia System Remko Zweije¹, Petra Kok¹, Akke Bakker¹, Arjan Bel¹, Hans Crezee¹ ¹Academic Medical Center EuMC19-4 RF Heating of Pancreatic Guided by Tumours Hyperthermia Treatment Planning and Limited Thermometry Petra Kok¹, Rianne De Kroon - Oldenhof¹, Linda Korshuize - van Straten¹, Tineke De Jong¹, Akke Bakker¹, Remko Zweije¹, Jan Sijbrands¹, Geertjan van Tienhoven¹, Johannes Crezee¹ ¹Academic Medical Center EuMC19 Other Hyperthermia and Biomedical Applications Chair: Bart Nauwelaers¹ Co-Chair: Luciano Tarricone² ¹KU Leuven, ²University of Salento EuMC19-1 On the Conservation of Materials for Breast Phantoms in the Frequency Range 0.5–50 GHz Simona Di Meo¹, Lorenzo Pasotti¹, Marco Pasian¹, Giulia Matrone¹ ¹University of Pavia EuMC19-2 Methods of Coupling 400KHz and 5.8GHz Energy into a Hollow Non-50 Ohm Co-axial Line Transmission Structure

08:30 - 08:50 08:50 - 09:10 09:10 - 09:30 09:30 - 09:50 09:50 - 10:10

WEDNESDAY N101 + N102 09:40 - 10:00 EuRAD 2018 Forecast Manuel Rosa, EuRAD 2018 TPC Chair Stefano Pirandola, Full professor at Computer Science Department, University of York, UK Stefano Pirandola, Full professor at Computer Science Department, University In this talk, the basic ingredients and the main ideas behind quantum radar will be reviwed. It will start by describing techniques of quantum sensing and metrology, before giving details of the protocol of quantum illumination. This protocol is first presented in the optical setting (quantum lidar) and then extended to the microwave frequencies (quantum radar). In the microwave domain, possible radar designs based on current or next-available quantum technology, for instance, considering the use of electro-opto- mechanical converters or superconducting devices. In particular, the minimum quantum requirements that transmitter and receiver need to have in order to outperform a classical radar-system will beaddressed. The quantum advantage specifically occurs in the regime of few photons per pulse, meaning that quantum radar may achieve the same detection performance of highly energetic classical radars while employing extremely faint quantum signals. This low- energy feature is desirable not only for achieving stealthy target detection but also for other potential tasks, including the development of a non-invasive form of microwave rotational spectroscopy. Finally, the current experimental challenges and open problems associated with a full technological deployment of this quantum device will be analyzed. These include extensions beyond yes/no detection to include measurements of range and speed, besides its use in realistic working conditions where clutter and jamming may be present. 09:10 - 09:40 to a Quantum Radar: From Quantum Illumination Prototype Working Mateo Burgos, EuRAD 2018 Chair 08:40 - 09:10 Integrated A New Radar Generation for F-110 Frigate Mast María Carmen Barbero Arrabe, Naval Programmes Director at Indra S.A. Spain is tackling the design of an Integrated Mast within the development efforts of the new F-110 frigate. Sensor of Technological Programs in whichdevelopment has had a special emphasis resulting in the activation of a set criteria of risk reduction and industrial development prevail. the technological programs forIn this paper Indra will describe the works that are currently undergoing under S and X band Radar, secondaryF-110 with a special focus on the advances in Radar development on the primary radar as well as other sensors. demand while having in mindThese designs respond to the new challenges that the operational scenarios main operational requirements thatIntegrated Mast concept that is the key in the abovementioned frigate. The have driven the definition of these new systems will be reviewed. In addition, the paper will present the main of the most advanced techniquesconcepts that have been considered: use of AESA architectures, integration in digitization and amplification of power, intensive use of the concept of multi-functionality as driver in the concepts. optimization of time and resources, data exploitation and integration in 4.0 new 08:30 - 08:40 Address Welcome 2018 Opening of the European Radar Conference EuRAD01 EuRAD Opening Session Chair Chair: Mateo Burgos, EuRAD 2018 2018 TPC Chair Co-Chair: Manuel Rosa Zurera, EuRAD www.eumweek.com

08:30 - 10:10 44 WEDNESDAY

08:30 - 08:50 08:50 - 09:10 09:10 - 09:30 09:30 - 09:50 09:50 - 10:10 45 N110 www.eumweek.com EuMC23-5 THz and Microwave Dual-Band Ultrafast Photoconductive Antenna Elliott Brown¹, Andrea Mingardi¹, Weidong Zhang¹, Enrique Garcia², Guillermo Carpintero², Daniel Segovia-Vargas² ¹Wright State University, ²University Carlos III Madrid Adrián Tamayo Dominguez¹, José Manuel Fernández-González¹, Manuel Sierra Castañer¹ ¹Universidad Politécnica de Madrid EuMC23-3 E-band Radio Fiber as Low-Cost mm-Wave Junction Waveguide Stefano Moscato¹, Matteo Oldoni¹, Giuseppe Parisi² ¹SIAE Microelettronica, ²SM-Optics EuMC23-4 Gapless Low Terahertz Insert Loss Waveguide Switch Technology Chuxian Zhang¹ ¹Beijing Aerospace Research Institute of Micro Electrical-Mechanical Technology EuMC23 THz Components Chair: Antti Räisänen¹ Co-Chair: Luis Enrique Garcia-Muñoz² III de¹Aalto university, ²Universidad Carlos Madrid EuMC23-1 300-GHz CMOS Receiver Module with WR-3.4 Interface Waveguide Shinsuke Hara¹, Kyoya Takano², Kosuke Katayama², Ruibing Dong², Koichi Mizuno³, Kazuaki Takahashi³, Issei Watanabe¹, Norihiko Sekine¹, Akifumi Kasamatsu¹, Takeshi Yoshida², Shuhei Amakawa², Minoru Fujishima² ¹National Institute of Information and Communications Technology, ²Hiroshima University, ³Panasonic Corporation EuMC23-2 Monopulse RLSA Antenna with Gap-Waveguide Feeding Network for Space Debris Radar at 94 GHz N108 EuMC22-5 Compact Cavity-Backed Spiral Antennas with Enhanced Axial Ratio and Gain at Low Frequencies Andrea García-Estellés¹, Juan José Sánchez- Martínez¹, Ana Cristina Gago-Lancho¹, Francisco Vázquez-Vázquez¹ ¹Indra Sistemas S.A. Rihem Noumi¹, Jan Machac², Ali Gharsallah¹ ¹Faculty of Sciences of Tunisia, ²Czech Technical University in Prague EuMC22-3 Perforated Rectangular Dielectric Resonator Antenna for Wideband, Dual band and Single band application Pragati Patel¹, Eeshaan Vernekar¹, Mallikarjun Erramshetty¹ ¹NIT Goa EuMC22-4 An Electrical-Contactless Substrate-Over- Planar Array Waveguide Slot Antenna Alfonso Tomás Muriel-Barrado¹, Manuel Sierra Perez¹, José Manuel Fernández-González¹ ¹Technical University of Madrid EuMC22 Non-Conventional Designs in Antenna Technology Chair: David Escot-Bocanegra² Co-Chair: Carlos Montesano¹ ¹Airbus DS Space, ²INTA EuMC22-1 Miniaturization Design of Millimeter Wave Conformal Array Antenna Jingping Liu¹ ¹Nanjing University of Science and Technology EuMC22-2 Novel Single/Dual Beam Scanning Provided by an Array Composed of Two CRLH SIW LWAs WEDNESDAY N107 ¹Kangawa University, ²Antenna Giken Co., Ltd., ³Saitama University Johannes Malherbe¹ ¹University of Pretoria EuMC21-5 Synthesis of Wideband Filters Using Single-Short- Circuited-Stub-Loaded Parallel-Coupled-Lines Chun-Ping Chen¹, Daisuke Tetsuda¹, Zejun Zhang¹, Tetsuo Anada¹, Shigeki Takeda², Zhewang Ma³, Xiaolong Wang³ EuMC21-3 A Theoretical Synthesis of Coupling Matrix by Eigen Mode Expansion Method and Householder Transform Shigeki Takeda¹, Tetsuo Anada², Chun-Ping Chen² ¹Antenna Giken Co., Ltd., ²Kanagawa University EuMC21-4 Application of a Series Open Circuit Stub to Bandpass Transform Filter Design. ¹Heriot-Watt University, ²European Space Agency, ESA/ESTEC EuMC21-2 Linear Time-Invariant Behavioral Digital Models of Frequency-Periodic RF/ Microwave Filters Jose-Maria Munoz-Ferreras¹, Dimitra Psychogiou², Roberto Gomez-Garcia¹ ¹University of Alcala, ²University of Colorado at Boulder Chair: Richard Snyder¹ Co-Chair: Giuseppe Macchiarella² ¹RS Microwave, ²Politecnico di Milano EuMC21-1 Lossy Dual-Mode Bandpass Filter With Non-Uniform Q Method Hongliang Guo¹, Jia Ni¹, Jiasheng Hong¹, Petronilo Martin Iglesias² EuMC21 Filter Synthesis Techniques ² , N106

¹United Monolithic Semiconductors SAS, ²ESA Anne-Marie Couturier¹, Nicolas POITRENAUD¹, Véronique SERRU¹, Jean-Jacques FONTECAVE¹, Roberto DIONISIO², Marc Camiade¹ EuMC20-4 50% High Efficiency X-Band GaN MMIC Amplifier for Space Applications Quang Huy Le¹, Gernot Zimmer¹ EuMC20-3 Wideband High Efficiency 50 W GaN-HEMT Balanced Power Amplifier Wilfried Demenitroux¹, Lucas Mandica¹, Nicolas Berthou¹, Frederic Ploneis¹, Audrey Thorinius² ¹Thales Communications & Security, ²Thales DMS EuMC20-2 New Class-F High Efficiency Multi-Bias for Optimised GaN HPA C-Band Applications ¹Chonbuk National University, ²Soonchunhyang University Junhyung Jeong¹, Phirun Kim¹, Phanam Pech¹, Jongsik lim², Yongchae Jeong¹ EuMC20-1 Quasi-MMIC High Power Amplifier with Silicon IPD Matching Network Amplifiers ¹Ampleon, ²Thales Air Systems SAS Solid State High Power Solid State High Power Chair: Sergio Pires¹ Co-Chair: Philippe Eudeline² EuMC20 ¹Frankfurt University of Applied Sciences, ²Vietnamese-German University N117 ³, Philippe Ferrari⁴, Florence Podevin⁵ , EuMC27-5 High Performance and Low Energy Consumption in Phase Change Material RF Switches Alexandre Léon¹, Bruno Reig¹, Vincent Puyal¹, Etienne Perret² Ahmad Hariri¹, Aurelian Crunteanu¹, Cyril Guines¹, Clément Hallepee¹, Damien Passerieux¹, Pierre Blondy¹ ¹XLIM UMR 7252 CNRS Universite de Limoges EuMC27-3 Ku Band High-Q Switchable Cavity Filter Dioxide using Vanadium (VO2) Microwave Disk- Shaped Switch Maxime Agaty¹, Aurelian Crunteanu¹, Claire Dalmay¹, Pierre Blondy¹ ¹XLIM Research Institute - UMR CNRS 7252 Universite de LIMOGES EuMC27-4 A Fully Printed Switch Based on VO2 Ink for Reconfigurable RF Components Mohammad Vaseem¹, Su Zhen¹, Shuai Yang¹, Atif Shamim¹ ¹King Abdullah University of Science and Technology EuMC27 Microwave Integrated Switches Chair: Raafat Mansour¹ Co-Chair: Pierre Blondy² 7252 -¹Univesity of Waterloo, ²Xlim - UMR CNRS- Universite De Limoges EuMC27-1 Characterization of Phase Change Material for Germanium Telluride RF Switches Tejinder Singh¹, Raafat Mansour¹ ¹University of Waterloo EuMC27-2 Double-Port Double- Throw (DPDT) Switch Matrix Based on Phase Change Material (PCM) ¹Univ. Grenoble Alpes, CEA, LETI, ²Univ. Grenoble Alpes, Grenoble INP, LCIS, ³Institut Universitaire de France, ⁴Univ. Grenoble Alpes, CNRS, TIMA, ⁵Univ. Grenoble Alpes, Grenoble INP, CNRS, IMEP LaHC ¹ , N116 ², Arman Mirmanov² , ¹Universidad Politécnica de Madrid, ¹KATU, ²TPU ²Universidad Carlos III de Madrid EuMC26-5 Educational Short-Term Experiential Project on Microwave Communication Channel for borehole Telemetry Oleg Stukach¹ Lorenz Dirksmeyer¹, Andreas Diewald¹, Simon Müller¹ ¹Hochschule Trier EuMC26-3 Amplitude-Monopulse Radar Lab using WiFi cards Miguel Poveda-García¹, María Pérez-Buitrago¹, Antonio Gómez-Alcaraz¹, Luis Miguel Martínez- Tamargo¹, Alejandro Martínez-Sala¹, David Cañete- Rebenaque¹, José Luis Gómez-Tornero¹ ¹Technical University of Cartagena EuMC26-4 Implementation of Remote and Self-Guided Practical Exercises of Electromagnetic Simulation Angel Parra-Cerrada¹, Vicente Gonzalez-Posadas¹, José María Rodríguez Martín¹, José Luis Jiménez Martín¹, Ignacio Gómez Revuelto¹, José Enrique González García¹, Carlos Felipe Rueda Frías¹, Francisco José Arqués Orobón¹, Daniel Segovia- Vargas² EuMC26 Education on Microwaves Chair: Germán Torregrosa-Penalva¹ Co-Chair: Miguel A. G. Laso² Elche (UMH),¹Universidad Miguel Hernández de ²Public University of Navarre EuMC26-1 Five Radar Lab Sessions for University Education Patrick Wallrath¹, Andreas Diewald¹, Simon Müller¹ ¹Hochschule Trier EuMC26-2 Eight Channel Digital Beamforming Radar for Academic Lab Courses and Research WEDNESDAY N115 David Marques-Villarroya¹, Felipe L. Peñaranda-Foix¹, Beatriz Garcia-Banos¹, Jose M. Catala-Civera¹ ¹ITACA Research Institute EuMC25-5 Analysis of Inhomogeneous Rectangular Waveguides by the Variational Meshless Method Vincenzo Lombardi¹, Maurizio Bozzi¹, Luca Perregrini¹ ¹University of Pavia EuMC25-3 Analysis of Dielectric- Filters Loaded Waveguide by the Generalized BI-RME Method Simone Battistutta¹, Maurizio Bozzi¹, Marco Bressan¹, Luca Perregrini¹ ¹University of Pavia EuMC25-4 Extended Full-Wave Analysis of a Multimode Circular Cavity with Insertion Hole Adrian Amor-Martin¹, Luis Emilio García-Castillo¹, Daniel Garcia-Donoro² ¹University Carlos III Madrid, ²Xidian University EuMC25-2 Analysis of Elliptical Structures with Constant Axial Ratio by 2.5D Finite Element Method and Optics Transformation Gian Guido Gentili¹, Stefano Selleri², Giuseppe Pelosi², Renzo Nesti³, Misagh Khosronejad¹ ¹Politecnico di Milano, ²Università di Firenze, ³INAF Chair: Francisco Mesa¹ Co-Chair: Jan Vrba² ¹Universidad de Sevilla, ²Czech Technical University in Prague EuMC25-1 a Scalable HP Towards Adaptive Finite Element Code Based on a Non- Conformal Domain Decomposition Method EuMC25 of Numerical Modeling Components Microwave ³, Miguel , N111 Beruete⁴ ¹Institute of Automation and Electrometry SB RAS, ²Rzhanov Institute of Semiconductor Physics SB RAS, ³Novosibirsk State University, ⁴Public University of Navarra Mario Mueh¹, Valentin Mees¹, Matthias Maasch¹, Christian Damm² ¹Technische Universität Darmstadt, ²Universität Ulm EuMC24-5 Fishnet Metamaterial Gradient-Index Lens for Phase Correction of a Horn-Antenna at 60 GHz EuMC24-4 Design of Wide-Band 2-D Holographic Antenna Reflector Using Wedge Mohammad Moein Moeini¹, Homayoon Oraizi¹, Amrollah Amini¹ ¹Iran University of Science and Technology Lucas Polo-López¹, Giampaolo Pisano², Jorge A. Ruiz-Cruz¹, Juan Córcoles¹ ¹Universidad Autónoma de Madrid, ²Cardiff University EuMC24-3 A Compact Lenslet as an Alternative to Corrugated Horns for Astronomy Applications EuMC24-2 Angle-Susceptible Narrowband TeraHertz Metasurface for Thin-Film Sensing Nazar Nikolaev¹, Sergei Kuznetsov² Sergei Kuznetsov¹ ¹Rzhanov Institute of Semiconductor Physics SB RAS ¹Public University of Navarre, ²Sapienza University of Rome EuMC24-1 Ultra-Thin Metasurface Absorbers for Subterahertz Band: Theoretical Aspects and Detector Applications EuMC24 Application of Metasurfaces Chair: Israel Arnedo¹ Co-Chair: Alessandro Galli² www.eumweek.com

08:30 - 08:50 08:50 - 09:10 09:10 - 09:30 09:30 - 09:50 09:50 - 10:10 46 WEDNESDAY 47 www.eumweek.com

10:50 - 11:10 11:10 - 11:30 11:30 - 11:50 11:50 - 12:10 12:10 - 12:30 N107 ¹University of Alcala, ²Thales Alenia ¹ , EuMC30-5 Mixed-Technology Quasi-Reflectionless Planar Bandpass Filters Dakotah Simpson¹, Roberto Gómez-García², Dimitra Psychogiou¹ ¹University of Colorado at Boulder, ²University of Alcala Runqi Zhang¹, Ching-Hsuan Shao¹, Dimitrios Peroulis¹ ¹Purdue University EuMC30-3 Electronically-Controllable Bandpass Planar Filter with Ultra-Large Ratio Bandwidth-Tuning and Enhanced In-Band Amplitude Flatness Roberto Gomez-Garcia¹, Jose-Maria Munoz- Ferreras¹, Jesús Jiménez Campillo², Lara Arche- Andradas², Federico Branca-Roncati², Petronilo Martin-Iglesias³ EuMC30-4 A Bandwidth-Tunable Active Bandstop Filter Loss Having Variable Compensation Circuits Yasushi Itoh¹ EuMC30 Planar Filters Tunable Chair: Cedric Quendo¹ Co-Chair: Simone Bastioli² ¹Université de Brest, ²RS Microwave EuMC30-1 Planar RF Duplexer with Multiple Levels of Transfer-Function Reconfigurability Dakotah Simpson¹, Roberto Gómez-García², Dimitra Psychogiou¹ ¹University of Colorado at Boulder, ²University of Alcala EuMC30-2 A New Adaptive Reconfigurable Bandpass Filter With Flexible Resonance Control ¹Shonan Institute of Technology Space Spain, ³European Space Agency, ESA/ESTEC WEDNESDAY N106 Nikolai Wolff¹, Wolfgang Heinrich¹, Olof Bengtsson¹ ¹Ferdinand-Braun-Institut Leibniz-Institut für Höchstfrequenztechnik EuMC29-5 Gate Bias Modulation for Doherty Power Amplifier Abdulrhman M. S. Ahmed¹, Ibrahim Khalil¹, Mir Masood¹, John Holt¹, Joseph Staudinger¹ ¹NXP Semiconductors, USA EuMC29-3 Bandwidth and Versatility, Efficiency: Digital GaN- Based Switch-Mode Supply Modulators Florian Hühn¹, Andreas Wentzel¹, Wolfgang Heinrich¹ ¹Ferdinand-Braun-Institut (FBH) EuMC29-4 Dynamic Over-Voltage Operation of a Discrete- Level Supply-Modulated GaN-Based RF PA ¹Ferdinand-Braun-Institut, Leibniz-Institut fuer Hoechstfrequenztechnik, ²ESA/ESTEC EuMC29-2 Supply Modulation of a Linear Doherty Power Amplifier Dan Fishler¹, Tommaso Cappello¹, William Hallberg², Taylor Barton¹, Zoya Popovic¹ University²Chalmers Boulder, ¹University of Colorado of Technology Chair: Vittorio Camarchia¹ Co-Chair: Jose Carlos Pedro² de Aveiro ¹Politecnico di Torino, ²Universidade EuMC29-1 Analysis of Dissipated Power in Envelope Amplifier Output Filters Sophie Paul¹, Nikolai Wolff¹, Christophe Delepaut², Václav Valenta², Wolfgang Heinrich¹, Olof Bengtsson¹ EuMC29 Bias Modulated Power Amplifier ², M. , ² , ², Pedro Martin-Mateos¹ , N105 ⁵, Viktor Krozer³, Pablo Acedo¹

, ⁴ , ² ,

¹University Carlos III Madrid, ²Instituto de Investigaciones sanitarias de la Fundación Jiménez Díaz, ³Goethe University Frankfurt am Main, ⁴CIEMAT, ⁵Centro de Investigación Biomédica en Red de Enfermedades Raras Aldo Moreno-Oyervides¹ EuMC28-5 Non-Invasive Detection and Monitoring of Sustained UsingFluctuations Glycemic Spectroscopy mm-Wave ¹O.Y. Usikov Institute for Radiophysics and Electronics, ²Kharkiv City Clinical Hospital No 2, ³Medical Institute of Sumy State University, ⁴Kharkiv Medical Academy of Post-Graduate Education Kateryna Arkhypova¹, Fedir Volokh², Volodymyr Lychko³, Pavlo Krasov¹, Anatolii Fisun¹, Volodymyr Malakhov⁴ EuMC28-4 Microwave Blood Sensing for Monitoring Efficiency for Chronic of Treatment Neurological Disorders ¹Chalmers University of Technology Xuezhi Zeng¹, Andreas Fhager¹, Mikael Persson¹, Herbert Zirath¹ EuMC28-3 Investigation of a Time Domain Microwave System for Biomedical Applications Yoshihiko Kuwahara¹, Tomoya Osaki¹ ¹Shizuoka University EuMC28-2 Radar Imaging Using Bilateral Symmetry of Breast Tissue Manuel Schimmack¹, Wolfgang Taute¹, Michael Höft¹ ¹Kiel University EuMC28-1 Metal-Polymer Hybrid Embroidered Microwave Multiresonator for High-Frequency Sensing: Modelling, Simulation, and Experimental Analysis Biomedical Sensing Technology ¹KU Leuven, ²Gdansk University of Devices and Systems for Devices and Systems Chair: Dominique Schreurs¹ Co-Chair: Michal Mrozowski² EuMC28 Carmen Aguilera-Morillo¹, Giacomo Ulisse³, Ferando Larcher¹ ², Abdullah Atalar¹ , N117 ², Ekmel Ozbay¹ , ¹Bilkent University, ²Nanotechnology Research Center (NANOTAM) EuMC34-5 Compact and Wideband CPW Wilkinson Power Dividers for GaN MMIC Applications Batuhan Sutbas¹ Minning Zhu¹, Chung-Tse Michael Wu¹ ¹Rutgers University EuMC34-3 Compact Ultra-Broadband Power Dividers with Integrated Resistors Björn Deutschmann¹, Arne F. Jacob¹ ¹Hamburg University of Technology EuMC34-4 Power Divider Four-Way and Combiner Based on a Luzzatto Divider Using Installed Planar Vertically Bridge Isolator Ahmed Moulay¹, Djerafi Tarek¹ ¹Institut National de la Recherche Scientifique (INRS) EuMC34 and Planar Components Technologies Chair: Cristiano Tomassoni¹ Co-Chair: Alexandru Takacs² ¹University of Perugia, ²LAAS-CNRS EuMC34-1 Liquid Crystal Based SPDT with Adjustable Power Splitting Ratio in LTCC Technology Matthias Jost¹, Andreas Heunisch², Ananto Eka Prasetiadi¹, Bärbel Schulz², Roland Reese¹, Matthias Nickel¹, Ersin Polat¹, Matthias Quibeldey³, Holger Maune¹, Torsten Rabe², Rüdiger Follmann³, Rolf Jakoby¹ ¹TU Darmstadt, ²Federal Institute for Materials Research and Testing, ³IMST GmbH EuMC34-2 Series Negative A Tunable Capacitor Using Distributed Amplifier- Based Reconfigurable Negative Group Delay Circuit N115 EuMC32-5 A Novel Finite-Difference Solution of the Time- Equation Domain Wave with a Stability Criterion Relaxed from Mesh Sizes Directions in Two Mohammad Moradi¹, Vahid Nayyeri¹, Seyed-Mojtaba Sadrpour¹, Mohammad Soleimani¹, Omar Ramahi² ¹Iran University of Science & Technology, ²University of Waterloo Sebastian Heunisch¹, Lars Ohlsson¹, Lars-Erik Wernersson¹ ¹Lund University EuMC32-3 Extraction of Relative Permittivity from Measured Reflection Coefficient of Dielectric Materials in the Frequency Range 207 – 247 GHz Isam Alawneh¹ ¹Ruhr-University Bochum EuMC32-4 Electromagnetic Analysis of Nanoscale Heterogeneity - the Domain-integrated Perspective Ioan Lager¹, Guy Vandenbosch², Martin Stumpf³ ¹Delft University of Technology, ²Katholieke Universiteit Leuven, ³Brno University of Technology EuMC32 Computational Electromagnetics and Material Characterization Chair: Jan Vrba¹ Co-Chair: Maurizio Bozzi² ¹Czech Technical University in Prague, ²University of Pavia EuMC32-1 Industrial Keynote: High-Power Effects Modelling using EM-Based Software Tools Carlos Vicente¹ ¹Aurora Software and Testing S. L. U. (CST/3DS) EuMC32-2 Pulse-Distortion Analysis for Millimeter-Wave Material Time-Domain Identification WEDNESDAY N111 ¹TU Darmstadt, ²Karlsruhe Institute of Technology Dominik Walk¹, Patrick Salg², Daniel Kienemund¹, Aldin Radetinac², Lukas Zeinar², Christian Schuster¹, Philipp Komissinskiy², Lambert Alff², Rolf Jakoby¹, Holger Maune¹ ¹TU Darmstadt, IMP, ²TU Darmstadt, ATFT EuMC31-5 Suppression of Acoustic Resonances in Fully- Printed, BST Thick Film Utilizing Double Varactors MIM Structures Daniel Kienemund¹, Dominik Walk¹, Nicole Bohn², Joachim Binder², Rolf Jakoby¹, Holger Maune¹ EuMC31-3 Zero-Level Packaged 5W CW RF-MEMS Switched Capacitors Nesrine Belkadi¹, Kevin Nadaud², Clément Hallepee¹, Damien Passerieux¹, Pierre Blondy¹ ¹Xlim - UMR 7252 - CNRS- Universite De Limoges, ²Greman - Universite de Tours EuMC31-4 Characterization and Modeling of Epitaxially Grown BST on a Conducting Oxide Electrode ¹IRT Saint-Exupery EuMC31-2 High-Linearity 5.3-7.0 GHz Bandpass 3-Pole Tunable Filter Using Commercial RF MEMS Capacitors Tsu-Wei Lin¹, Kevin Kai Wei Low¹, Roberto Gaddi², Gabriel Rebeiz¹ ¹University of California, San Diego, ²Cavendish Kinetic, Inc Chair: Mehmet Kaynak¹ Co-Chair: Jorge Perez-Martinez² ¹IHP, ²UPV EuMC31-1 Industrial Keynote: Status and Perspective of RF-MEMS Technology Industrial Applications Fabio Coccetti¹ EuMC31 Innovative Technologies Microwave for Tunable and Millimeter-Wave Circuits

10:50 - 11:10 11:10 - 11:30 11:30 - 11:50 11:50 - 12:10 12:10 - 12:30 www.eumweek.com 48 WEDNESDAY

N108 N110 N116 EuRAD02 EuMC/EuRAD01 EuMC33 Radar Applications THz Electronics Special Session: Microwave Chair: Mateo Burgos-García¹ Chair: Jan Stake¹ Research in Latin America Co-Chair: Carlos Castillo² Co-Chair: William Deal² Chair: Apolinar Reynoso¹ ¹Universidad Politécnica de Madrid, ²Indra ¹Chalmers University of Technology, ²Northrop Co-Chair: Jose Loo-Yau² Grumman ¹CICESE, ²Cinvestav-GDL

EuRAD02-1 EuMC/EuRAD01-1 EuMC33-1 Industrial Keynote: A W-Band Spatial Power- Industry-Oriented Research

Advances in Space Radar Combining Amplifier 10:50 - 11:10 Projects on Computer-Aided and Telecom Microwave Using GaN MMICs Design of High-Frequency Circuits Equipment Lorene Samoska¹, Mark Taylor¹, Jose Velazco¹, Andy and Systems at ITESO Mexico Andrea Suriani¹ Fung¹, Robert Lin¹, Alejandro Peralta¹ Jose E. Rayas-Sanchez¹, Francisco Rangel-Patino², Andres Viveros- ¹Thales Alenia Space ¹Jet Propulsion Laboratory, California Institute of Wacher², Jose Chavez-Hurtado¹, Rafael del-Rey³, Felipe Leal-Romo², Technology Zabdiel Brito-Brito¹ ¹ITESO - The Jesuit University of Guadalajara, ²Intel Corp. Mexico, ³Continental Automotive Mexico EuMC33-2 High Frequency Device EuRAD02-2 EuMC/EuRAD01-2 Characterisation Laboratory at the WEDNESDAY UAV-Mounted GPR for A Compact Room- “Instituto Nacional de Astrofísica,

NDT Applications Temperature 510-560 GHz 11:10 - 11:30 Óptica y Electrónica (INAOE)”, Maria Garcia-Fernandez¹, Yuri Alvarez-Lopez¹, Frequency Tripler with Tonantzintla, Puebla, México Borja Gonzalez-Valdes², Ana Arboleya-Arboleya³, 30-mW Output Power Roberto Murphy¹, Reydezel Torres¹ Yolanda Rodriguez-Vaqueiro², Fernando Las-Heras¹, Jose V. Siles¹, Ken Cooper¹, Choonsup Lee¹, Robert ¹INAOE Antonio Pino² Lin¹, Goutam Chattopadhyay¹, Imran Mehdi¹ ¹Universidad de Oviedo, ²Universidad de Vigo, ¹NASA Jet Propulsion Laboratory ³Universidad Rey Juan Carlos EuMC33-3 RF & Microwave Activities in Cinvestav Campus Guadalajara (Cinvestav-GDL) EuRAD02-3 EuMC/EuRAD01-3 Jose Loo-Yau¹, Pablo Moreno¹ LTE-R Based Passive A High Power High ¹Cinvestav-GDL 11:30 - 11:50 Multistatic Radar for Efficiency 270 -320 GHz 10:50 - 12:50 High-Speed Railway Source Based on Flip-Chip Network Surveillance Schottky Diodes Rodrigo Blázquez-García¹, Jorge Casamayón-Antón¹, Diego Moro-Melgar¹, Oleg Cojocari¹, Ion Oprea¹ Mateo Burgos-García¹ ¹ACST GmbH EuMC33-4 ¹Universidad Politécnica de Madrid Microwave Research Activities In CICESE: Quo Vadis Apolinar Reynoso¹, María del Carmen Maya_Sánchez¹ ¹CICESE

EuRAD02-4 EuMC/EuRAD01-4 Three-dimensional An Integrated Coherent

Advanced Tomographic Startup 79-GHz Pulse 11:50 - 12:10 Procedure for the Imaging Oscillator for a Sequential of Metallic and Dielectric Sampling Pulse Radar EuMC33-5 Targets through GPR Data Alexander Leibetseder¹, Christoph Wagner¹, Andreas The Millimeter- & Submillimeter- Federica Murgia¹, Davide Comite¹, Ilaria Catapano², Stelzer² Wave Laboratory at Universidad Francesco Soldovieri², Alessandro Galli¹ ¹Infineon Technologies AG, ²Johannes Kepler de Chile University Linz ¹University of Rome La Sapienza, ²I.R.E.A. – C.N.R., Nicolas Reyes¹, Patricio Mena¹, Ricardo Finger¹, Leonardo Bronfman¹ Naples, Italy ¹Universidad de Chile

EuRAD02-5 EuMC/EuRAD01-5 Multistatic Holographic A High-Spurious-

Imaging for Breast Cancer Harmonic-Rejection 32-53 12:10 - 12:30 EuMC33-6 Detection GHz Frequency Doubler Overview of Microwave Research Iqra Asghar¹, Asim Ali Khan¹ using Digital Logic and DC in Peru ¹COMSATS Institute of IT Negative Feedback Guillermo Rafael-Valdivia¹, Omar Castellanos-Ballesteros² Seongkyun Kim¹, Arda Simsek², Miguel Urteaga¹, ¹Universidad La Salle, ²Universidad Estatal Península de Santa Elena Mark Rodwell² ¹Teledyne Scientific and Imaging, ²University of California, Santa Barbara

www.eumweek.com 49 WEDNESDAY EuMC35 Interactive Session 1 Chair: Miguel A. G. Laso¹ Co-Chair: Jorge A. Ruiz-Cruz² ¹Public University of Navarre, ²Universidad Autonoma de Madrid

12:30 – 13:50

Exhibition Hall Exhibition Hall Exhibition Hall Exhibition Hall EuMC35-1 EuMC35-7 EuMC35-13 EuMC35-18 Frequency Dependence of Fully Inkjet Printed 85GHz Fabrication and Evaluation Masthead Combiner NTC Thermistor Pastes Band Pass Filter on of a Waffle Type Employing Used in High Frequency Flexible Substrate Waveguide for Ku-Band Asynchronously Coupled Temperature Variable Shuai Yang¹, Zhen Su¹, Atif Shamim¹ Application Resonant Junctions Attenuators ¹King Abdullah University of Science and Technology Kenji Itagaki¹, Sang-Seok Lee¹ Eugene Ogbodo¹, Wu Yun², Peter Callaghan¹, Yi Moamer Hasanovic¹, Nina Slamnik², Conrad Jordan¹ ¹Tottori University Wang³ ¹Smiths Interconnect Inc, ²University of Sarajevo ¹University of Greenwich, ²Institute of Physics, EuMC35-8 Chinese Academy of Sciences (IOP, CAS), Low Cost S-Band Phase EuMC35-14 ³University of Birmingham EuMC35-2 Modulator for Modern Infinite-Area Isovolumetric Multilayer Miniaturized TTC Application Transformation for Wideband Carlos Hidalgo García¹, Amparo Herrera¹, Juan Carlos Electromagnetic Invisibility EuMC35-19 Electromagnetic Band- Perez-Ambrojo², Javier Cabo Freixedas² Cloaks Based on Fast Method to Optimize Gaps for Wideband ¹University of Cantabria, ²Thales Alenia Space Spain Transformation RF Bumper Transparency Full-Duplex Transceiver Electromagnetics for Wide-Band Automotive Radar Petros Bantavis¹, Marc Le Roy¹, André Pérennec¹, EuMC35-9 Yuma Takano¹, Atsushi Sanada¹ Raafat Lababidi², Denis Le Jeune³ ¹Osaka University Meher Chatmen¹, Eddy Jehamy², Abdelhak Benali¹ ¹Lab-STICC UBO, MOM group, ²Lab-STICC ENSTA- Dual-Frequency Combline ¹SEGULA Technologies, ²Altair Bretagne, MOM Group, ³ENSTA-Bretagne Resonators for Four-Port Bandpass Filters EuMC35-15 Efstratios Doumanis¹, George Goussetis² Bandpass Phase Correction EuMC35-20 EuMC35-3 ¹Nokia Corp., ²Heriot Watt University Methodology for Ladder- Temperature Dependence Miniaturized Humidity Type Acoustic Filters of Bandpass Filters Built of Sensor Based on a Silica-Based Post-Wall EuMC35-10 Iuliia Evdokimova¹, Jordi Verdú¹, Pedro de Paco¹ Partially Air-Filled Slow- ¹UAB Waveguide for Millimeter- Wave SIW Resonator Top-Layer Wideband Wave Applications HO Anh Tu¹ Transition from Yusuke Uemichi¹, Osamu Nukaga¹, Xu Han¹, Kiyoshi ¹IMEP-LAHC Grenoble Waveguide to Planar EuMC35-16 Kobayashi¹, Shuhei Amakawa², Ning Guan¹ Differential Line for 60 Ultra-Wideband Bandpass ¹Fujikura Ltd., ²Hiroshima University GHz Applications Low-Cost Multilayer EuMC35-4 Sergey Churkin¹, Andrey Mozharovskiy¹, Alexander Technologies Filter Using A Mechanically Tunable Myskov¹, Alexey Artemenko¹, Roman Maslennikov¹ EuMC35-21 Varnish Balanced Diplexer Design Artificial Magnetic ¹Radio Gigabit LLC Hassan Bouazzaoui¹, Kilian Donnart², Alexandre Conductor using 3-D Manchec², Cédric Quendo¹, Rozenn Allanic¹, Florent Using Multi-Layered Substrate Integrated Printing Technology EuMC35-11 Karpus³, Hugo Bouillaud³ Fengzhou Wang¹, Tughrul Arslan¹ ¹Lab-STICC-Université de Bretagne Occidentale, Waveguide Cavities ¹University of Edinburgh RF Characterization of ²Elliptika, ³GTID Brest Jen-Chih Li¹, Muhammad Mimsyad², Cheng-You Stripline with Thick Hou³, Chung-I Hsu², Min-Hua Ho³ MnFe2O4 Nanoparticle ¹Wistron NeWeb Corp., ²National Yunlin University EuMC35-5 Films Under DC Magnetic EuMC35-17 of Science and Technology, ³National Changhua Dispersive Delay Bias Conditions 180-Degree Branch Line University of Education Structures Using Cascaded Yuxiao He¹, Eric Drew², Wei-Ya Chen², Z. John Coupler Composed of Two Coupled CRLH-CRLH Zhang², Timothy Hogan¹, John Papapolymerou¹ Types of Iris-Loaded C-Sections ¹Michigan State University, ²Georgia Institute of Waveguides Hossein Nazemi-Rafi¹, Masoud Movahhedi¹ Technology Hidenori Yukawa¹, Yu Ushijima¹, Takeshi Yuasa¹, ¹Yazd university Naofumi Yoneda¹, Moriyasu Miyazaki¹ ¹Mitsubishi Electric Corporation EuMC35-12 EuMC35-6 Additively Manufactured A Compact Double- Frequency Selective Balanced Diode Ring Structures on Curved Mixer for Wideband Surfaces Applications Jennifer Byford¹, Christopher Oakley¹, Premjeet Wahab Mohyuddin¹, Gwan Hui Lee¹, Dong Hwi Kim¹, Chahal¹ In Bok Kim², Hyun Chul Choi¹, Kang Wook Kim¹ ¹Michigan State University ¹Kyungpook National University, ²LIGNex1 Co. Ltd.

50 www.eumweek.com WEDNESDAY 51 www.eumweek.com

13:50 - 14:10 14:10 - 14:30 14:30 - 14:50 14:50 - 15:10 15:10 - 15:30 ² , N107 ³, Anthony Ghiotto¹, Tan-Phu Vuong³, , ² , EuMC38-5 Planar Resonator Embedded Substrate Integrated Waveguide (SIW) Cavity Filter Kirti Dhwaj¹, Richard Hadi¹, Tao Yang², Joshua Kovitz³, Li Jun Jiang⁴, Tatsuo Itoh¹ ¹University of California, Los angeles, ²UESTC, ³Georgia Tech Research Institute, ⁴University of Hong Kong Tifenn Martin¹ EuMC38-3 for Spurious A Technique Suppression in Substrate Integrated Waveguide Filters Cristiano Tomassoni¹, Nicolò Delmonte², Giuseppe Macchiarella³, Maurizio Bozzi², Luca Perregrini² ¹University of Perugia, ²University of Pavia, ³Politecnico di Milano EuMC38-4 SIW Cavity Filters with Embedded Planar Resonators in LTCC Package for 5G Applications Jameel Showail¹, Markku Lahti², Kautio Kari², Eyad Arabi³, Pekka Rantakari², Ismo Huhtinen², Tauno Vähä-Heikkilä², Atif Shamim¹ ¹King Abdullah University of Science and Technology (KAUST), ²VTT Technical Research Centre of Finland, ³University of Bristol EuMC38 SIW and Planar Filter Technologies Chair: Miguel Ángel Gómez Laso¹ Co-Chair: Felipe Loras² Alenia¹Public University of Navarre, ²Thales Space Spain EuMC38-1 Development of a Narrowband 30-GHz Band Bandpass Filter with Coaxial Interface Using H-slot Coplanar Type Resonators Takashi Shimizu¹, Kosuke Goto¹, Yoshinori Kogami¹ ¹Utsunomiya University EuMC38-2 Fabrication-Tolerant AFSIW Filters Based on Quadruplet Through-Hole Mounted Inductive Posts Frédéric Lotz² ¹University of Bordeaux, IMS laboratory, ²Cobham Microwave, ³Université Grenoble Alpes WEDNESDAY N106 ¹Bergische Universität Wuppertal Martin Ellinger¹, D. Schrüfer², Amelie Hagelauer³, M. Jank², Robert Weigel⁴, L. Frey² ¹Friedrich-Alexander Universität Erlangen-Nürnberg, ²Friedrich-Alexander University Erlangen-Nürnberg, ³University of Erlangen-Nuremberg, ⁴Friedrich- Alexander University Erlangen-Nuremberg EuMC37-5 RF Characterization and De-Embedding of Parasitic Device Interconnects in a Metal-Oxide TFT Technology Uptal Kalita¹, C. Tückmantel¹, Ph. Hillger¹, T. Schulz¹, T. Riedl¹, Ullrich R. Pfeiffer¹ EuMC37-3 Study of Graphene Flexible Electronics for Microwave Application Chun-Yu Fan¹, M. Saeed¹, A. Hamed¹, Z. Wang², M. Shaygan², Daniel Neumaier³, Renato Negra⁴ ¹RWTH Aachen, ²AMO GmbH, ³Advanced Microelectronic Center Aachen (AMICA) AMO GmbH, ⁴RWTH Aachen University EuMC37-4 Circuits with Scaled Metal for Oxide Technology Future TOLAE RF Systems Damian Dudek¹, Frank Ellinger² ¹DFG, German Research Foundation, ²TU Dresden EuMC37-2 A Flexible Approach Silicon-Graphene Towards Heterojunction Transistors C. Alvarado¹, C. Strobel², J. Kitzmann¹, M. Lukosius¹, M. Albert², J.W. Bartha², B. Leszczynska², S. Leszczynski², Ch. Wenger¹ ¹IHP, ²TU Dresden Chair: Frank Ellinger¹ Co-Chair: Tilo Meister² ¹Technical University Dresden, ²Technische Universität Dresden EuMC37-1 Fundamental Science in RF-Engineering and Funding Opportunities in Germany -the Role of the German Research Foundation in “High Frequency Flexible Bendable Electronics for Wireless Communication Systems” FFlexCom EuMC37 High Special Session: Flexible Frequency for Bendable Electronics Communication Wireless Systems N105

¹Mitsubishi Electric Corporation Jun Shimokawatoko¹, Hiroyuki Mizutani¹, Kenichi Tajima¹, Kazutomi Mori¹ EuMC36-5 High Accuracy Frequency Detection Method Using 1 to m-th Harmonics Mehdi Salehi¹, Mohammad-Reza Nezhad Ahmadi² ¹Sinclair Technologies, ²MMSense Technologies EuMC36-4 Low Complexity Approach for Calibration and Characterization of a Phased- Millimeter Wave Array Transceiver-Antenna Module ¹Universidad Politécnica de Madrid, ²TechOnRails Jose Antonio Marín-García¹, Alberto Sanz-Gómara², Jose Ignacio Alonso¹ EuMC36-3 Performance Evaluation of MIMO Architectures with Moving Relays in High- Speed Railways Kohei Fujiwara¹, Koichi Tokita¹, Atsushi Kanno² ¹Tokyo Metropolitan Industrial Technology Research Institute, ²National Institute of Information and Communications Technology EuMC36-2 IEEE802.11ad Packet Based SSB Transmission Optical Modulation on in 90 Radio-Over-Fiber GHz Band ¹AMCAD Engineering Zacharia Ouardirhi¹ EuMC36-1 Industrial Keynote: from Component to System Level, Modeling Needs Bring New Measurement Challenges and Mobile Systems Bell Labs ¹University College Dublin, ²Nokia Wireless Transceivers Transceivers Wireless Chair: Justin King¹ Co-Chair: Guan Lei² EuMC36 N116 EuMC41-5 Substrate Integrated SPST Switch Waveguide with Single SMD PIN Diode Valentin Buiculescu¹, Alexandra Nicoloiu¹ ¹IMT Bucharest Zyad Iskandar¹, Alexandre Siligaris², Jose-Lugo Alvarez², Emmanuel Pistono³, Philippe Ferrari³ ¹Infineon Technologies AG, ²University of Grenoble Alpes,CEA-Leti , ³University of Grenoble Alpes, TIMA Laboratory EuMC41-3 A 28GHz CMOS Phase Shifter Supporting 11.2Gb/s in 256QAM with an RMS Gain Error of 0.13dB for 5G Mobile Network Jian Pang¹, Ryo Kubozoe¹, Zheng Li¹, Masaru Kawabuchi¹, Kenichi Okada¹ ¹Tokyo Institute of Technology EuMC41-4 Analog Phase Shifter of X-band Implemented With Novel Trans-Directional Coupled-Line Coupler Aleksandr Sychev¹, Igor Dobush¹, Nickolay Rudyi¹, Sergey Struchkov¹ ¹Tomsk State University of Control Systems and Radioelectronics (TUSUR) EuMC41 Circuits Control Chair: Noriharu Suematsu¹ Co-Chair: Gilles Dambrine² ¹Research Institute of Electrical Communication, Tohoku University, ²Univ. Lille - IEMN EuMC41-1 A 6-bit Phase Shifter at E-band Using a Feedback- Controlled Variable Attenuator Tyler Ross¹, Sam Tiller¹, Kimia Ansari¹, Morris Repeta¹ ¹Huawei Technologies EuMC41-2 A 270-to-300 GHz LO-Path Phase Shifting Architecture for Sub-mm- Phased Arrays Wave ⁴ ¹Kotel’nikov Institute of , N115 ¹, Denis A. Prokhorov², Alexey N. , Radio-engineering and Electronics of RAS, ²National Research Nuclear University MEPhI, ³Sternberg State Astronomical Institute of Lomonosov Moscow State University, ⁴Research Centre “Module” EuMC40-5 Photonic Analog-to-Digital Conversion of Microwave Signals Using Spectral- Interval Estimation Vladimir A. Cherepenin¹, Sergey M. Kontorov², Victor V. Kulagin³ Alvaro Morales¹, Idelfonso Tafur Monroy¹ ¹Eindhoven University of Technology - TU/e EuMC40-3 Link A Radio-over-Fiber With Hybrid Optical Multilayer Fiber-Ceramic Technology Sumy Mathew¹, Tilo Welker¹, Steffen Spira¹, Ralf Stephan¹, Jens Müller¹, Matthias Hein¹ ¹Technische Universität Ilmenau EuMC40-4 Foundry-Fabricated Heterodyne DFB Laser Microchip for 600 MHz - 23 GHz RF Generation Mu-Chieh Lo¹, Alberto Zarzuelo¹, Robinson Cruzoe Guzmán¹, Guillermo Carpintero¹ ¹Universidad Carlos III de Madrid EuMC40 Photonics Microwave Chair: Jean-Luc Polleux¹ Co-Chair: Guillermo Carpintero² Carlos¹ESYCOM - ESIEE Paris, ²Universidad III de Madrid EuMC40-1 Microwave Radiation Coupling into a WGM Resonator for a High- Photonic Nonlinear Receiver Kerlos Atia Abdalmalak¹, Gabriel Santamaría-Botello¹, Choon Sae Lee², Alejandro Rivera-Lavado¹, Luis Emilio García-Castillo¹, Daniel Segovia-Vargas¹, Luis Enrique Garcia-Muñoz¹ ¹Carlos III University of Madrid, ²Southern Methodist University EuMC40-2 Silicon Nitride Integrated Optical Beamforming Network for Millimeter Photonics Systems Wave Shulunov⁴, Victor V. Valuev² WEDNESDAY N111 Alexandru Takacs¹, Abderrahim Okba¹, Hervé Aubert¹ ¹LAAS-CNRS EuMC39-3 Analysis of Highly Efficient Self-Synchronous Class-F Microwave Rectifiers Using Waveform Engineering Alexander Alt¹, Roberto Quaglia¹, Peng Chen¹, Sattam Alsahali¹, Paul Tasker¹, Jonathan Lees¹ ¹Cardiff University EuMC39-4 Compact Planar Integrated Rectenna for Batteryless IoT Applications ¹University of Bologna EuMC39-2 Antenna Bow-Tie Integrated With an HfO2- Based MIM Diode for Harvesting Millimetre Wave Martino Aldrigo¹, Mircea Dragoman¹, Sergiu Iordanescu¹, Mircea Modreanu², Ian Povey², Dan Vasilache¹, Adrian Dinescu¹, Mazen Shanawani³, Diego Masotti³ ¹National Institute for Research and Development in Microtechnologies (IMT), ²Tyndall National Institute, ³University of Bologna Chair: Christian Person¹ Co-Chair: Alessandra Costanzo² ¹IMT Atlantique, ²University of Bologna EuMC39-1 Rectenna array with RF-Uncoupled Closely- spaced Monopoles for Autonomous Localization Marco Fantuzzi¹, Diego Masotti¹, Alessandra Costanzo¹ EuMC39 Rectifier Emerging Design and Development

13:50 - 14:10 14:10 - 14:30 14:30 - 14:50 14:50 - 15:10 15:10 - 15:30 www.eumweek.com 52 WEDNESDAY 53 www.eumweek.com

13:50 - 14:10 14:10 - 14:30 14:30 - 14:50 14:50 - 15:10 15:10 - 15:30 N110 EuMC/EuRAD03-5 15 Gbps Wireless Link Resonant Using W-Band Diode Tunnelling Transmitter Jue Wang¹, Abdullah Al-Khalidi¹, Razvan Morariu¹, Afesomeh Ofiare¹, Liquan Wang², Edward Wasige¹ ¹University of Glasgow, ²Shanghai Electro- Mechanical Engineering Institute Simone Maier¹, Heinz Schlesinger¹, Günter Kaltbeitzel¹, Stefan Merk¹, Stefan Wörner¹, Thierry Klein¹, Wolfgang Templ¹ ¹Nokia Bell Labs EuMC/EuRAD03-3 Performance Evaluation of a 220-260 GHz LO Tunable BPSK/QPSK Wireless Link in SiGe HBT Technology Janusz Grzyb¹, Pedro Rodriquez Vazquez¹, Neelanjan Sarmah¹, Bernd Heinemann², Ullrich R. Pfeiffer¹ ¹Bergische Universität Wuppertal, ²Innovations for High Performance Microelectronics (IHP GmbH) EuMC/EuRAD03-4 Analog Carrier Recovery For Broadband Wireless Communication Links Parisa Harati¹, Aleks Dyskin², Ingmar Kallfass¹ ¹University of Stuttgart, ²Technion - Israel Institute of Technology EuMC/EuRAD03 THz Communications Chair: Marion K. Matters-Kammerer¹ Co-Chair: Manuel Sierra Castañer² , ²Technical¹Eindhoven University of Technology University of Madrid EuMC/EuRAD03-1 100 Gbps: A Fully Towards Electronic 90 Gbps One Meter Wireless Link at 230 GHz Pedro Rodriguez Vazquez¹, Janusz Grzyb¹, Neelanjan Sarmah¹, Bernd Heinemann², Ullrich R. Pfeiffer¹ ¹University of Wuppertal, ²IHP Microelectronis EuMC/EuRAD03-2 of an Outdoor Trial Analog-Only Small Cell Unit with Millimeter-Wave Wireless Backhaul for Mobile Communication System WEDNESDAY N108 Guillermo Posada Quijano¹, José Ignacio Gómez Mateo¹, Carlos Zarzuelo Torres¹ ¹INDRA Sistemas EuMC/EuRAD02-5 An On-Board Differential Patch Array for 79 GHz Single-Channel Radar Applications Wael A. Ahmad¹, Dietmar Kissinger¹, Herman Ng¹ ¹IHP EuMC/EuRAD02-3 Enhancing Angle Estimation for Off- Using Boresight Targets Biomimetic Antenna Arrays Patrik Grüner¹, Son Nguyen¹, Tobias Chaloun¹, Christian Waldschmidt¹ ¹Ulm University EuMC/EuRAD02-4 On the Use of Dielectric Honeycomb as Microwave Substrate for 3D Long Range Radar Antennas Cesar Barquinero¹, Julian Gomez¹, Angel Mediavilla², Belen Galocha³, José Luis Besada Sanmartín³ ¹INDRA Sistemas, ²University of Cantabria, ³Universidad Politécnica de Madrid EuMC/EuRAD02-2 Beam Focusing Near-Field and Steering Generator Based on 3D Curved Substrate Integrated Waveguide Ya Fei Wu¹, Yu Jian Cheng¹ ¹University of Electronic Science and Technology of China Chair: Santiago Sobrino Arias² Co-Chair: Carlos Montesano¹ Space ¹Airbus DS Space, ²Thales Alenia EuMC/EuRAD02-1 A Compact Simultaneous K/S-Band Monopulse Feed for Future Tracking Earth Observation Applications EuMC/EuRAD02 Radar Antennas N117 ² ,

¹Sofia University “St. Kliment Ohridski”, ²Sofia University “St. Kliment Ohridski Sizhe An¹, Azat Meredov¹, Atif Shamim¹ ¹King Abdullah University of Science and Technology (KAUST) EuMC42-4 Flexible, Stretchable and Filter Printed Washable Directly on Textile ¹KTH Royal Institute of Technology Serguei Smirnov¹, Ilya Anoshkin¹, Dmitri Lioubtchenko¹, Joachim Oberhammer¹ EuMC42-3 Carbon Nanotube Layer Modeling for Computer Simulation of Optically Controlled Phase Shifters Plamen Dankov¹ EuMC42-2 Characterization of Dielectric Properties, Resultant Isotropy and Anisotropy of 3D Printed Dielectrics ¹Technical University of Denmark Andrei Lavrinenko¹, Rasmus Jacobsen¹, Samel Arslanagic¹ EuMC42-1 Low-loss Water-based Metasurface in Waveguide Environment Microwave Applications Microwave ¹University of Pavia, ²CMS Technologies Innovative Materials for Innovative Materials Chair: Marco Pasian¹ Co-Chair: Steve Nightingale² EuMC42 WEDNESDAY EuMC43 Interactive Session 2 Chair: Juan-Mari Collantes¹ Co-Chair: Vicente E. Boria² ¹UPV/EHU, ²Universitat Politècnica de València

15:10 – 16:30

Exhibition Hall Exhibition Hall Exhibition Hall Exhibition Hall EuMC43-1 EuMC43-7 EuMC43-13 EuMC43-18 28 GHz 1.8 dB Insertion 3D Printed Wideband Small Footprint Evaluation Analysis and Loss SPDT Switch with 24 Microwave Absorbers of Metal Coatings for Measurement of Passive dB Isolation in 65 nm Using Composite Graphite/ Additive Manufacturing Intermodulation in Coaxial CMOS PLA Filament Patrick Krkotic¹,², Juan O’Callaghan¹ Cavity Filter Seunghyun Jang¹ Kristian Kjelgård¹, Tor Sverre Lande¹, Dag Trygve ¹Universitat Politecica de Catalunya (UPC), ²ALBA- Chunjiang Bai¹ ¹ETRI Wisland¹ CELLS ¹Institute of Space Radio Technology, Xi’an, China ¹University of Oslo EuMC43-2 EuMC43-14 EuMC43-19 Third Order EuMC43-8 A Flexible Measurement Bifurcation Analysis of Intermodulation An Enhanced Parameter System for Dielectric Nonlinear, Parametric Distortion in Intrinsically Extraction of the WPT Waveguide Interactions of Switchable BST FBAR System Model Valid for Charaterization at mmW Electromagnetic Waves Filters Wide Operating Range Frequencies With Graphene Milad Zolfagharloo Koohi¹, Suhyun Nam¹, Amir Dae Kil Park¹, Kyung Heon Koo¹ Felix Distler¹, Jan Schür¹, Martin Vossiek¹ Nanostructures at Mortazawi¹ ¹INU, Incheon National University ¹Institute of Microwaves and Photonics, Friedrich- Photonic Frequencies ¹The University of Michigan Alexander-Universität Erlangen-Nürnberg Galina Makeeva¹, Oleg Golovanov¹, Anatoly Rinkevich² EuMC43-9 ¹Penza State University, ²Institute of Metal Physics EuMC43-3 Push-Pull Configuration of EuMC43-15 Ural Branch of Russian Academy of Science DPD Linearization High Power MOSFETs for Efficient Excitation of a Complexity Reduction of Generation of Nanosecond Toroidal Dipole Mode in Remote Radio Heads in Pulses for All-Dielectric Quadrumer EuMC43-20 C-RAN with Radio Over Electropermeabilization of Clusters Micro-Doppler Fiber Fronthaul Isolated Cancer Stem Cells. Vladimir Tuz¹ Spectrogram Denoising Pedro Luis Carro¹, Carlos Mateo¹, Paloma Garcia Ilan Davies¹ ¹Jilin University Based on Generative Ducar¹, Jesus de Mingo¹, Antonio Valdovinos¹ ¹Bangor University Adversarial Network ¹University of Zaragoza EuMC43-16 Danyang Huang¹, Chunping Hou¹, Yang Yang¹, Yue Lang¹, Qing Wang¹ EuMC43-10 Noise Figure Verification ¹Tianjin University EuMC43-4 Analog Signal Processing: and Optimization of an 450W Sequential Power A Time-Domain Undersampled Software Amplifier with 60% Demonstration of Defined Radio Based EuMC43-21 Efficiency at 10 dB Microwave Differentiation Radar Receiver for a A Proposal of RF Front- Back-Off Using Active Jon Mikel Percaz¹, Magdalena Chudzik¹, Ibai Calero¹, Phased Array Radar end Architecture for 4 Doherty-Type Load Fernando Teberio¹, Iván Arregui¹, Txema Lopetegi¹, System Frequency Bands with 2 Modulation Israel Arnedo¹, Miguel Ángel Gómez Laso¹ Björn Staufenbiel¹, Olaf Lambert¹, Michael Krist¹ Reception Paths Florian Dietrich¹, Muh-Dey Wei¹, Renato Negra¹ ¹Public University of Navarre ¹Fraunhofer Institute for High Frequency Physics and Hiroto Sakaki¹, Nobuhiko Ando¹, Kazutomi Mori¹, ¹RWTH Aachen University Radar Techniques FHR Kenichi Tajima¹ ¹Mitusbishi Electric Corporation EuMC43-11 EuMC43-5 Liquid Conductivity EuMC43-17 Spurious Mode Detection by Passive Diffraction by a Right- Suppression in the Design Secure UHF RFID Tag Angled Wedge Coated by of GCPW Submillimeter- Chenwei Yang¹, Yonghui Tao², Hui Man¹ DPS / DNG Metamaterial Wave Power Amplifiers ¹The 38th Research Institute of China Electronics Layers: the Case of Plane Ana Belen Amado Rey¹, Axel Tessmann², Yolanda Technology Group Corporation, ²Jinling Institute of Waves at Normal Campos-Roca³, Hermann Massler², Arnulf Leuther², Technology Incidence Oliver Ambacher² Giovanni Riccio¹, Gianluca Gennarelli² ¹Albert-Ludwigs-University Freiburg, ²Fraunhofer EuMC43-12 ¹University of Salerno, ²I.R.E.A. – C.N.R., Naples, Institute for Applied Solid State Physics (IAF), Italy ³Universidad de Extremadura Numerical Estimation on Human Body Blockage Characteristics of 26GHz EuMC43-6 Band Indoor Propagation Measurement of Shock Using FDTD Analysis Wave and Particle Masakazu Yamagishi¹, Takashi Hikage¹, Motoharu Velocities in Shocked Sasaki², Mitsuki Nakamura², Yasushi Takatori² Dielectric Material from ¹Hokkaido University, ²NTT Corporation Millimeter-Wave Remote Sensing Benoit Rougier¹,², Hervé Aubert², Alexandre Lefrançois¹ ¹CEA, ²LAAS CNRS

54 www.eumweek.com WEDNESDAY 55 www.eumweek.com

16:10 - 16:30 16:30 - 16:50 16:50 - 17:10 17:10 - 17:30 17:30 - 17:50 N107 EuMC46-5 Design of a Novel Compact Microstrip Diplexer Using Dual-Mode Square Loop Resonators Having Narrow Slits Loaded Open-Circuited Stubs Ceyhun Karpuz¹, Ali Kursad Gorur², Alper Turkeli², Engin Dogan³, Adnan Gorur³ ¹Pamukkale University, ²Nevsehir Haci Bektas Veli University, ³Nigde Omer Halisdemir University EuMC46-3 Small Size Dual-band Bandpass Filters with Multiconductor Lines and Transmission Shunt Open Stubs Mario Pérez Escribano¹, Juan José Sánchez- Martínez², Enrique Márquez Segura¹ ¹Universidad de Málaga, ²Indra EuMC46-4 Design of Compact Quad-Band Bandpass Filter Using Stepped Impedance Resonators YuYu-Chen Lu¹, Yung-Wei Chen², Yu-Chian Jiang¹, Hung-Wei Wu¹, Yan-Kuin Su² ¹Kun Shan University, ²National Cheng Kung University Toshio Ishizaki¹, Ayaka Shimizu¹ ¹Ryukoku University EuMC46 Planar Filter Technology Chair: Roberto Gomez-Garcia¹ Co-Chair: Anthony Ghiotto² Bordeaux,¹University of Alcala, ² University of IMS Laboratory 5218, CNRS UMR INP, Bordeaux EuMC46-1 A Novel S-Band Bandpass Filter (BPF) With Extremely Broad Stopband Photos Vryonides¹, Salman Arain¹, Abdul Quddious¹, Marco A. Antoniades², Symeon Nikolaou¹ ¹Frederick University, Cyprus, ²University of Cyprus EuMC46-2 A Novel Half-Wavelength Coupled-Resonator Filter with Multiple Attenuation Poles ³, Samet , WEDNESDAY ², Tumay Kanar¹ , N106 ³, Gabriel Rebeiz¹ , Zihir¹ ¹National Institute for Research and Development in Microtechnologies (IMT), ²Tyndall National Institute Srinaga Nikhil N¹, Ke Wu¹ ¹Ecole Polytechnique de Montreal EuMC45-5 Phase Low-Voltage Shifters Based on HfxZr1- xO2 Ferroelectrics Integrated with Phased Antenna Arrays Mircea Dragoman¹, Martino Aldrigo¹, Sergiu Iordanescu¹, Mircea Modreanu², Ian Povey², Dan Vasilache¹, Adrian Dinescu¹, Cosmin Romanitan¹ EuMC45-3 High-Efficiency W-Band Wideband Planar Array Antenna Based on MEMS Micromachining Technology Shi Sen Yao¹, Yu Jian Cheng¹ ¹University of Electronic Science and Technology of China EuMC45-4 Analysis of Beam Steered Radiation in Corporate Type - Fed Amplifier Active Integrated Array Antenna Noriaki Tawa¹, Toshihide Kuwabara¹, Yasushi Maruta¹, Masaaki Tanio¹, Tomoya Kaneko¹ ¹NEC Corporation EuMC45-2 A Scalable Dual-Polarized 256-Element Ku-Band Phased-Array SATCOM with 36.5 dBW Transmitter EIRP Per Polarization Abdurrahman H. Aljuhani¹ Chair: Wim van Cappellen¹ Co-Chair: Daniel Segovia-Vargas² Madrid ¹ASTRON, ²Carlos III university of EuMC45-1 28 GHz Downlink Multi- User MIMO Experimental using 360 Verification Element Digital AAS for 5G Massive MIMO EuMC45 and Phased-Arrays MIMO Systems ¹University of California, San Diego, ²King Abdulaziz City for Science and Technology, ³Integrated Device Technology ², Paolo , N105 ², Federico Alimenti³, Francesc Coromina⁴, ,

¹University of Cantabria, ²Universidad de Cantabria, ³Callisto France, ⁴European Space Agency Angel Mediavilla¹, Juan Luis Cano², David Vegas², Eduardo Artal², Antonio Tazon², Luisa de la Fuente², Cedric Chambon³, Benoit Fauroux³, Remi Rayet³, Steve Rawson³, Stephane Halte⁴ EuMC44-4 A High-Performance Ka-band Cryo-Cooled Receiver for Deep Space Applications Erica De Fazio¹, Federico Dogo¹, Mario Fragiacomo¹, Paolo Gervasoni⁵, Gianbattista Gotti¹, Anna Gregorio¹ Mezzanotte³, Enrico Pagana¹, Francesca Pelusi¹, Federico Pergolesi¹, Paolo Petrini⁶, Luca Roselli³, Roberto Vincenti Gatti³ ¹PicoSaTs s.r.l., ²University of Trieste, ³University of Perugia, ⁴European Space Agency, ESA/ESTEC, ⁵Analog Devices Inc., ⁶Politecnico di Torino Alessandro Cuttin¹ EuMC44-5 for A Ka-band Transceiver Cubesat Satellites: Feasibility Study and Prototype Development ¹Ruhr-University Bochum Gordon Notzon¹, Robert Storch¹, Thomas Musch¹, Michael Vogt¹ EuMC44-3 An FPGA-Based Measurement Generator for Cyclically Shifted Binary Signals Florian Hühn¹, Andreas Wentzel¹, Wolfgang Heinrich¹ ¹Ferdinand-Braun-Institut (FBH) EuMC44-2 Highly Compact GaN- based All-Digital Chain Transmitter Including SPDT Switch for Massive MIMO Jean-Pierre Teyssier¹ ¹Keysight Technologies EuMC44-1 Industrial Keynote: Anticipate the 5G and New Space Measurement Challenges Space Bochum ¹INDRA Sistemas, ²Ruhr-Universität Microwaves for 5G and for Microwaves Chair: Cesar Barquinero¹ Co-Chair: Christoph Baer² EuMC44 N117 EuMC49-5 Mitigation of Passive Intermodulation on Planar Microstrip Circuits with Distributed Current-Driven Nonlinearities Dmitry Kozlov¹, Senad Bulja¹, Ross Lundy¹, Pawel Rulikowski¹, James Walsh² ¹Bell Labs, Nokia, ²Dublin City University Alice Todd¹, Kamran Ghorbani¹, Thomas Baum², Kelvin Nicholson², Rick Ziolkowski³ ¹Royal Melbourne Institute of Technology, ²DST Group, ³University of Arizona EuMC49-3 Signal-Interference-Based Structure With Negative Group Delay Properties Miguel Sanchez-Soriano¹, Javier Durá¹, Stefano Sirci², Stephan Marini¹ ¹University of Alicante, ²Universitat Politècnica de València EuMC49-4 A Continuous 2π Phase Shifter for Ka-Band Applications Hussam Al-Saedi¹, Suren Gigoyan¹, Wael Abdul- Wahab¹, Ardeshir Palizban¹, S. Safavi-Naeini¹ ¹University of Waterloo EuMC49 Passive Microwave Components Chair: Roberto Sorrentino¹ Co-Chair: Benjamin Potelon² ¹RF Microtech Srl, ²Université de Brest EuMC49-1 Realization of Fully 3D Bandpass Printed W-band Filters using Aerosol Jet Printing Technology Michael Thomas Craton¹, Jakub Sorocki², Ilona Piekarz², Slawomir Gruszczynski², Krzysztof Wincza², John Papapolymerou¹ ¹Michigan State University, ²AGH University of Science and Technology EuMC49-2 Carbon Based Towards Artificial Impedance Surfaces for Conformal Aerospace Applications ², Wolfgang Heinrich¹, , N116 ³, Robert Weigel³ , ¹Infineon Technologies AG, ²Infineon Technologies Austria AG, ³Friedrich-Alexander University Erlangen- Nuremberg EuMC48-5 A 52-to-61 GHz Push-Push VCO in 28 nm CMOS Vadim Issakov¹, Fabio Padovan², Johannes Rimmelspacher¹ Johannes Rimmelspacher¹, Robert Weigel¹, Amelie Hagelauer¹, Vadim Issakov² ¹University of Erlangen-Nuremberg, ²Infineon Technologies AG EuMC48-3 Design of a Low Power 24 GHz LC-VCO in 45 nm RF-SOI CMOS Naglaa El Agroudy¹, Mohammed El-Shennawy¹, Niko Joram¹, Frank Ellinger¹ ¹TU Dresden EuMC48-4 Highly Efficient D-Band Fundamental Frequency Source Based on InP-DHBT Technology Maruf Hossain¹, Nils Weimann¹ EuMC48 Signal Integrated Generation Chair: Patrice Gamand¹ Co-Chair: Ichihiko Toyoda² ¹ConsultingpG, ²Saga University EuMC48-1 Phase Controlled 2.6-3.5 GHz Fractional-N PLL IC Maurice van Wanum¹, Lex de Boer¹, Frank van Vliet¹ ¹TNO EuMC48-2 60 GHz Tail-Node-Coupled Multi-Core Push-Push VCOs in 22 nm FD SOI CMOS Technology Viktor Krozer¹ ¹Ferdinand-Braun-Institut (FBH) Leibniz-Institut für Höchstfrequenztechnik, ²University of Duisburg- Essen ¹ , WEDNESDAY N111 ¹Technicolor, ²XLIM Ferran Paredes¹, Gerard Zamora¹, TraMy Nguyen¹, Ferran Martín¹, Jordi Bonache¹ ¹Universitat Autonoma de Barcelona EuMC47-5 Orientation Independent Printable Backscattering Based Chipless RFID Tags on L-Resonator Vijay Sharma¹, Sambhav Malhotra¹, Mohammad Hashmi² ¹IIIT Delhi, ²Nazarbayev University EuMC47-3 Coupled With a RFID Tag Magnetic Sensor for Wireless Sensing of Home Electrical Devices Ali Louzir¹, Rupesh Kumar², Jean-Yves Le Naour¹ EuMC47-4 A Novel Design Strategy for Small On-Metal with Long UHF-RFID Tags Read Range based on Complementary Split-Ring Resonator (CSRR) ¹Monash University EuMC47-2 Chipless A Fully-Textile Tag Laura Corchia¹, Giuseppina Monti¹, Luciano Tarricone¹ ¹University of Salento Chair: Herve Aubert¹ Co-Chair: Luciano Tarricone² ¹LAAS-CNRS, ²University of Salento EuMC47-1 An Enhanced Chipless RFID System in 60 GHz Using Pattern Recognition Techniques Larry M. Arjomandi¹, Nemai Chandra Karmakar¹ EuMC47 RF and Millimeter- Identification Wave Techniques

16:10 - 16:30 16:30 - 16:50 16:50 - 17:10 17:10 - 17:30 17:30 - 17:50 www.eumweek.com 56

Hotel Booking Form 2018

Rooms are held on a guaranteed basis. For this reason, you are asked to supply a credit card number and full company details. If your travel plans change and you wish to cancel your accommodation, please contact Sally Garland on +44 (0)7775 744193 or email [email protected] to avoid any non-arrival or cancellation charges, as each hotel has a different cancellation policy, full cancellation details will be clearly marked on every booking confirmation. Prepay rates are non-refundable and non-cancelable.

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Tel: +44 (0)7775 744193, FAX: +44 (0)2380 051113, Email: [email protected] Headquarters Hotel Hilton Madrid Airport - «««« Rooms from Prepay €221.00 B&B Avenida de la Hispanidad 2-4, Madrid, 28042 Flexible €254.00 B&B • Free Shuttle to Airport, Downtown and IFEMA ***** Special Event Rate €159.00 including Breakfast and VAT ***** Novotel Madrid Campo de las Naciones - «««« Rooms from Prepay €190.00 RO c/Amsterdam 3, 28042 Madrid Flexible €218.00 B&B • 15 minute walk to IFEMA North Entrance ***** Special Event Rate €165.00 including Breakfast and VAT *****

Meliá Barajas - «««« Rooms from Prepay €128.00 RO Avenida de Logrono, 305, 28042 Madrid Flexible €144.00 B&B • 4 minute walk to Gta. Ermita Virgen Soledad – Ariadna • then 11 minutes on train 112 to Via de Dublin - Gta. Sintra • and a short walk to IFEMA North Entrance

***** Special Event Rate €141.90.00 including Breakfast and VAT *****

AC Hotel Madrid Feria by Marriott- «««« Rooms from Prepay €190.00 RO Calle de Via de los Poblados, 3, 28033 Madrid Flexible €200.00 B&B • Free Shuttle Bus to IFEMA

***** Special Event Rate €187.00 including Breakfast and VAT *****

Hotel Clement Barajas - «««« Rooms from Flexible €120.00 RO Avenida General 43, 28042 Madrid • Free Shuttle to Airport and IFEMA

Hotel Osuna - «««« Rooms from Flexible €78.00 RO Luis De La Mata 18, 28042 Madrid Flexible €87.00 B&B • Free Shuttle to Airport and IFEMA

Maydrit Hotel - «««« Rooms from Prepay €101.00 B&B 1 Piragua 28042 Madrid Flexible €119.00 B&B • Free Shuttle to Airport and IFEMA

Hotel Tach Madrid Airport - «««« Rooms from Flexible €115.00 RO Calle Timón 35, 28042 Madrid • Free Shuttle to Airport and IFEMA

Senator Barajas Hotel - «««« Rooms from Prepay €63.00 RO Galeon 27, 28042 Madrid Flexible €82.00 B&B • 7 minute walk to Corbeta - Av. Cantabria then 17 minutes on train 112 to Via de Dublin - Gta. Sintra and a short walk to IFEMA

NH Madrid Barajas Airport - «««« Rooms from Prepay €89.00 RO Calle de Catamaran, 1, 28042 Madrid Flexible €116.00 B&B • 8 minute walk to Av. Cantabria - Pza. del Mar then 18 minutes on train 112 to Via de Dublin - Gta. Sintra and a short walk to IFEMA

Tryp Madrid Alameda Aeropuerto - «««« Rooms from Flexible €91.00 RO Avda de Logrono 100, 28042 Madrid Flexible €101.00 B&B • Short walk to Gta. Ermita Virgen Soledad – Ariadna then 10 minutes on train 112 to Via de Dublin - Gta. Sintra and a short walk to IFEMA

Holiday Inn Madrid Calle Alcala - «««« Rooms from Flexible €86.00 RO c- Alcala 476, 28027 Madrid Flexible €95.00 B&B • Free Shuttle Bus to IFEMA

Compostela Suites Apartments - ««« Apartments Zambrana str 4, Madrid from Flexible €72.00 RO • 9 minute walk to Barrio Aeropuerto Station then 25 minutes on train 112 to Via de Dublin - Gta. Sintra and a short walk to IFEMA ***** Special Event Rate €69.00 including Breakfast and VAT *****

ibis Madrid Calle Alcala - «« Rooms from Flexible €59.00 RO Valentin Beato 20, Madrid • 4 minute walk to Alcala - Metro de Suanzes then 20 minutes on train 104 to Ribera del Loira - Ribera del Sena and a short walk to IFEMA

Notes: Prepay = Room rate will be charged at the time of booking, to the credit card used to guarantee the reservation, after this the room is non-refundable. Flexible = Room can be cancelled or amended up until a few days before arrival, individual policy will be stated on the booking confirmation RO = Room rate does not include breakfast; however, breakfast is available at the hotel at an extra cost B&B = Room rate includes breakfast. All rates quoted include VAT at the current rate. WEDNESDAY 57 www.eumweek.com

16:10 - 16:30 16:30 - 16:50 16:50 - 17:10 17:10 - 17:30 17:30 - 17:50 WEDNESDAY N110 Kudret Akçapınar¹, Süleyman Baykut¹ ¹TÜBİTAK BİLGEM EuMC/EuRAD05-5 Signal Reduction by Tree Leaves in Low-THz Automotive Radar Shahrzad Sabery¹, Fatemeh Norouzian¹, Marina Gashinova¹, Mikhail Cherniakov¹, Peter Gardner¹, Edward Hoare¹ ¹University of Birmingham EuMC/EuRAD05-3 Absorption Differential Radar at 170 GHz for Atmospheric Boundary Vapor Layer Water Profiling Richard Roy¹, Ken Cooper¹, Matthew Lebsock¹, Luis Millan¹, Jose V. Siles¹, Raquel Rodriguez Monje¹ ¹Jet Propulsion Laboratory, California Institute of Technology EuMC/EuRAD05-4 Parameter CM-CFAR Learning based Square- Law Detector For Foreign Object Debris Radar ¹Jet Propulsion Laboratory, California Institute of Technology EuMC/EuRAD05-2 Size determination in Particle Streams Using a Multistatic Dual Frequency Radar Millimeter Wave Alwin Reinhardt¹, Alexander Teplyuk¹, Reinhard Knöchel¹, Michael Höft¹ ¹University of Kiel Chair: María Pilar Jarabo-Amores¹ Co-Chair: Nils Pohl² Bochum ¹University of Alcala, ²Ruhr-University EuMC/EuRAD05-1 Long Range-Doppler Demonstration of a 95 GHz FMCW Radar Raquel Monje¹, Ken Cooper¹, Robert Dengler¹, Corey Cochrane¹, Stephen Durden¹, Adrian Tang¹, Mathieu Choukroun¹ EuMC/EuRAD05 THz Radar N108 ², Erio Gandini², Raymond van Dijk², ,

Fabien Bruning³, Hessel Maalderink³, Stefania Monni² ¹Delft University of Technology, ²TNO Defense, Safety and Security, ³AMSYSTEMS Center/TNO Mohammad Alibakhshikenari¹, Bal Singh Virdee², Chan H. See³, Raed Abd-Alhameed⁴, Francisco Falcone⁵, Aurora Andújar⁶, Jaume Anguera⁷, Ernesto Limiti¹ ¹University of Rome “Tor Vergata”, ²London Metropolitan University, ³University of Bolton , ⁴University of Bradford, ⁵Universidad Pública de Navarra, ⁶Technology Department, Fractus, ⁷Universitat Ramon Llull EuMC/EuRAD04-5 Study on Antenna Mutual Coupling Suppression Using Integrated Metasurface Isolator for SAR and MIMO Applications Mohammad Alibakhshikenari¹, Ernesto Limiti¹, Bal Singh Virdee², Francisco Falcone³, Raed Abd-Alhameed⁴, Chan H. See⁵ ¹University of Rome “Tor Vergata”, ²London Metropolitan University, ³Universidad Pública de Navarra, ⁴University of Bradford, ⁵University of Bolton EuMC/EuRAD04-4 SlotA New Waveguide Array Antenna with High Isolation and High Antenna Bandwidth operation on Ku- and K- bands for Radar and MIMO Systems Cristina Yepes¹ EuMC/EuRAD04-3 Additive Manufactured Antenna in Mixed for Material Technology 24 GHz FMCW Miniaturized Radar ¹Johannes Kepler University Linz, ²Inras GmbH Thomas Lampersberger¹, Reinhard Feger¹, Andreas Haderer², Christian Egger¹, Martin Friedl¹, Andreas Stelzer¹ EuMC/EuRAD04-2 A 24-GHz Radar With 3D-Printed and Metallized Lightweight Antennas for Applications UAV ¹Friedrich-Alexander University Erlangen-Nürnberg (FAU), ²NXP Semiconductors Germany GmbH Konstantin Lomakin¹, Dominik Simon¹, Mark Sippel¹, Gerald Gold¹, Klaus Helmreich¹, Ernst Seler², Ziqiang Tong², Ralf Reuter² EuMC/EuRAD04-1 3D Printed Slotted Array Antenna Waveguide for Automotive Radar Applications in W-Band Fabrication Technologies Fabrication France,¹Université Côte d’Azur, CNRS, LEAT, ²Aalto University Emerging Antenna Antenna Emerging Chair: Jean-Yves Dauvignac¹ Co-Chair: Ville Viikari² EuMC/EuRAD04 THURSDAY

N105 N107 N108 EuMC50 EuMC51 EuMC52 Advances in Millimeter- Measurement 5G Antennas wave Packaging and Techniques Chair: Ali Louzir¹ Additive Manufacturing Chair: Tuami Lasri¹ Co-Chair: Ioan Lager² ¹Technicolor, ²Delft University of Technology Chair: Kamal Samanta¹ Co-Chair: Thomas Musch² Co-Chair: Pierre Blondy² ¹IEMN-University of Lille, ²Ruhr-University ¹Sony Europe, ²Xlim - UMR 7252 - CNRS- Bochum Universite De Limoges

EuMC50-1 EuMC51-1 EuMC52-1 Bare chip Connections via Resolution Improvement Antenna Module with

08:30 - 08:50 Aerosol Jet Technology for Method for Non- new Wideband Millimeter Wave Destructive Imaging with 5G-Antenna Array at 28 Applications Near-Field Scanning GHz in Combination with Franz Roehrl¹, Johannes Jakob¹, Werner Bogner¹, Microwave Microscopy GNSS- and 4G/WLAN/DSRC Robert Weigel², Stefan Zorn³ Lin Tianjun¹, Lasri Tuami¹, Gu Sijia¹ in Automotive ¹DIT Deggendorf Institute of Technology, ²Friedrich- ¹Université des Sciences et Technologies de Lille 1 Environment Alexander University Erlangen-Nuremberg, ³Rohde & Sertan Hastürkoglu¹, Stefan Lindenmeier¹ Schwarz GmbH & Co. KG ¹University of the Bundeswehr Munich

EuMC50-2 EuMC51-2 EuMC52-2 Fully Inkjet-Printed Ramp Demonstration of 5G Vehicle MIMO Antenna

08:50 - 09:10 Interconnects for Wireless Improvement of Capacity Based on a Ka-Band MMIC Devices Repeatability in Thru- Rigorous Electromagnetic and Multi-Chip Module Reflect-Line Calibration Channel Modeling Packaging Using Precision Probing Christian Ballesteros¹, Andreas Pfadler¹, Jordi Bijan Tehrani¹, Manos Tentzeris¹ Technique Romeu¹, Lluis Jofre¹ ¹Georgia Institute of Technology Ryo Sakamaki¹, Masahiro Horibe¹ ¹Universitat Politècnica de Catalunya (UPC) ¹National Institute of Advanced Industrial Science and Technology

EuMC50-3 EuMC51-3 EuMC52-3 Low-Loss Silicon Accurate Millimeter-Wave Rod Waveguides as Future

09:10 - 09:30 Micromachined Carrier Frequency Offset 5G Antennas for Mobile Waveguides Above 100 Measurement Using the Devices GHz Utilising Multiple Six-Port Interferometric Resti Montoya¹, Juha Ala-Laurinaho¹, Ville Viikari¹ H-Plane Splits Technique ¹Aalto University Bernhard Beuerle¹, James Campion¹, Umer Shah¹, Mansoor Dashti Ardakani¹, Chaouki Hannachi¹, Joachim Oberhammer¹ Boualem Zouggari¹, Emilia Moldovan¹, Serioja ¹KTH Royal Institute of Technology Ovidiu Tatu¹ ¹Institut National de la Recherche Scientifique (INRS)

EuMC50-4 EuMC51-4 EuMC52-4 A Rectangular Waveguide- Six-Port Based Multitone A Wideband Dielectric

09:30 - 09:50 to-Coplanar Waveguide and Low-Power Radar Resonator Antenna with Transition at D-band Using System for Waveguide Truncated Ground for 5G Wideband Patch Antenna Measurements in Smart Applications Yunfeng Dong¹, Tom Keinicke Johansen¹, Vitaliy Factories Ahmad Abdalrazik¹, Adel Abdelrahman¹, Ahmed Zhurbenko¹, Peter Jesper Hanberg¹ Benedict Scheiner¹, Fabian Lurz¹, Fabian Michler¹, Allam¹, Mohammed Abozahhad¹ ¹Technical University of Denmark Sarah Linz¹, Robert Weigel¹, Alexander Koelpin² ¹Egypt-Japan University of Science and Technology, ¹Friedrich-Alexander University of Erlangen-Nürnberg Alexandria 21934, Egypt , ²Brandenburg University of Technology

EuMC50-5 EuMC51-5 EuMC52-5 Low-cost D-band Performance Analysis of Graphene Based Antenna

09:50 - 10:10 Waveguide Transition on E-band Duplex Transceiver Array for 5G Applications LCP Substrate Based on Waveguide Siti Nor Hafizah Sa’don¹, Mohd Haizal Jamaluddin¹, Ahmed Hassona¹, Álvaro Pérez-Ortega¹, Zhongxia Diplexer Filters Muhammad Ramlee Kamarudin², Fauzan Ahmad¹ Simon He¹, Herbert Zirath¹ Seyyid M. Dilek¹, Ralf Henneberger², Ingmar Kallfass¹ ¹Universiti Teknologi Malaysia, ²Cranfield University ¹Chalmers University of Technology ¹Universitat Stuttgart, ²Radiometer Physics

58 www.eumweek.com THURSDAY

N109 + N110 N117 N101 + N102 N115 + N116 EuMC53 EuMC54 EuRAD03 EuRAD04 Advanced Technologies Antenna Technology Automotive Radar 1 Special Session: Radar for Microwave Passive Chair: Mario Pauli¹ Chair: Marina Gashinova¹ Projects at the European Components Co-Chair: Nutapong Somjit² Co-Chair: Carlos Castillo² Defense Agency ¹Karlsruhe Institute of Technology (KIT), ¹University of Birmingham, ²Indra Chair: Richard Snyder¹ Chair: Mateo Burgos-García¹ ²University of Leeds Co-Chair: Ferran Martín² Co-Chair: Roland Krebs² ¹RS Microwave, ²Universitat Autonoma de ¹Universidad Politécnica de Madrid, Barcelona ²European Defense Agency

EuMC53-1 EuMC54-1 EuRAD03-1 EuRAD04-1 Compact Duplexer Design 120-GHz and 240-GHz Autonomous Driving Deep Learning for with High Isolation Based Broadband Bow-Tie Features based on 79 GHz Automatic Target 08:30 - 08:50 on Low-Temperature Antennas in eWLB Polarimetric Radar Data Recognition with Radar Cofired Ceramics (LTCC) Package for High Stefan Trummer¹, Gerhard Hamberger², Richard Matijs Heiligers¹, Albert Huizing¹, Jacco J. M. de Wit¹ Process for LTE Band 1 Resolution Radar Koerber¹, Uwe Siart², Thomas F. Eibert² ¹TNO Yang-Chih Huang¹, Po-Yuan Tsai¹, Tzong-Lin Wu¹ Applications ¹ASTYX GmbH - Communication & Sensors, ¹Graduate Institute of Communication Engineering, Faisal Ahmed¹, Muhammad Furqan¹, Andreas Ottobrunn, Germany, ²Technical University of Munich National Taiwan University Stelzer² ¹DICE GmbH & Co KG, ²Johannes Kepler University Linz

EuMC53-2 EuMC54-2 EuRAD03-2 EuRAD04-2 A Novel Type of On-Chip Millimeter Wave Expanding the Multichannel Passive ISAR

Broadband Radial Stub Surface Wave Launcher Unambiguous Velocity Imaging for Military 08:50 - 09:10 Maciej Ćwikliński¹, Christian Friesicke¹, Friedbert van for Off-Chip Leaky Wave Limitation of the Stepped- Applications (MAPIS) Raay¹, Hermann Massler¹, Rüdiger Quay¹, Oliver Antennas Carrier OFDM Radar Fabrizio Berizzi¹, Michele Conti¹, Amerigo Capria¹, Ambacher¹ Jochen Schäfer¹, Heiko Gulan¹, Daniel Müller¹, Scheme Elisa Giusti¹, Anna Lisa Saverino¹, Krzysztof Kulpa², ¹Fraunhofer Institute for Applied Solid State Physics Thomas Zwick¹ Benedikt Schweizer¹, Daniel Schindler², Christina Stefan Brisken³, Iole Pisciottano, Anna Rita Di Lallo⁴, (IAF) ¹Karlsruhe Institute of Technology Knill¹, Jürgen Hasch², Christian Waldschmidt¹ Levente Kovacs⁵, Rudolf Seller⁶, Nicola Battisti⁷, Maria ¹Ulm University, ²Robert Bosch GmbH Pilar Jarabo-Amores⁸ ¹CNIT, ²Warsaw University of Technology, ³Fraunhofer Institute, ⁴Leonardo, ⁵MTA SZTAKI, ⁶Budapest University of Technology and Economics , ⁷MBDA Italia, ⁸University of Alcalà

EuMC53-3 EuMC54-3 EuRAD03-3 EuRAD04-3 Experimental Comparison Mutual Coupling Self-Adaptive Short-Range Managing and Promoting THURSDAY of Integrated Reduction in UWB Leakage Canceler for Innovation in Defence: 09:10 - 09:30 Transformers in a 28 nm Modified Maltese Shaped Automotive FMCW Radar EDA’s R&T Activities Bulk CMOS Technology DRA Array for MIMO Transceivers related to RF Sensor Johannes Rimmelspacher¹, Sascha Breun¹, Andreas Applications Alexander Melzer¹, Alexander Onic², Mario Huemer³ Technologies Werthof², Angelika Geiselbrechtinger², Robert Kedar Trivedi¹, Dhaval Pujara¹ ¹Infineon Technologies Austria AG, ²DICE Danube Roland Krebs¹ Weigel¹, Vadim Issakov² ¹Institute of Technology, Nirma University Integrated Circuit Engineering GmbH & Co. KG, ¹European Defense Agency ¹University of Erlangen-Nuremberg, ²Infineon ³Johannes Kepler University Linz Technologies AG

EuMC53-4 EuMC54-4 EuRAD03-4 EuRAD04-4 A Folded Edge-coupled Noise Advantage Polarimetric SAR for Architectures for

Transformer Balun in GaAs Measurement of a Small Automotive Applications Multifunction RF & 09:30 - 09:50 with Excellent Balance Antenna, Actively Hasan Iqbal¹, Muhammad Zeeshan Khan¹, Tobias Optronics Sensors from 9 to 20 GHz Matched with a non- Chaloun¹, Christian Waldschmidt¹ Onboard RPAS Platforms Sudipta Chakraborty¹, Leigh Milner¹, Anthony Parker¹, Foster Form ¹Ulm University Adrian Jimenez Gonzalez¹, Miguel Alfageme², David Michael Heimlich¹ Fernando Albarracin-Vargas¹, Daniel Segovia-Vargas² Llamazares¹, Valentin Polo², Elisabeth Perez¹, ¹Macquarie University ¹National University of Colombia, ²Carlos III university Santiago Simon² of Madrid ¹everis Aeroespacial y Defensa, ²DAS Photonics

EuMC53-5 EuMC54-5 EuRAD03-5 EuRAD04-5 Large-Scale Fabrication of A Compact Dual-Band Impact of an Automotive Signal Processing for

RF MOSFETs on Liquid- MIMO Antenna with High Chirp-Sequence Interferer Enhanced Radar Imaging 09:50 - 10:10 Exfoliated MoS2 Isolation for WLAN on a Wideband OFDM Stefan Brüggenwirth¹, Simon Wagner¹, Tanja Bieker¹, Kuanchen Xiong¹, Lei Li¹, Asher Madjar¹, James C. Applications Radar Nicola Battisti², Vincenzo Rispoli², Mario Greco³, M. Hwang², Zhaoyang Lin³, Yu Huang³, Xiangfeng Zixian Yang¹, Fang Li¹, Xiaowei Yang¹, Fazong Li¹ Christina Knill¹, Benedikt Schweizer¹, Philipp Hügler¹, Marco Messina³, Gianpaolo Pinelli³, Davide Cataldo⁴, Duan³, Alexander Göritz⁴, Matthias Wietstruck⁴, ¹China Academy of Engineering Physics Christian Waldschmidt¹ Marco Martorella⁴ Mehmet Kaynak⁴ ¹Ulm University ¹Fraunhofer FHR, ²MBDA Italia, ³IDS Ingegneria dei ¹Lehigh University, ²EuMA Founder Member, Sistemi S.p.A., ⁴University of Pisa ³University of California Los Angeles (UCLA), ⁴IHP Microelectronics

www.eumweek.com 59 THURSDAY

N107 N108 N109 + N110 EuMC55 EuMC56 EuMC57 Wireless IoT and Antennas for Space Special Session: Localization Applications Additive Manufacturing Chair: Mehmet Karaaslan¹ Chair: David Escot-Bocanegra¹ Chair: Petronilo Martin-Iglesias¹ Co-Chair: Sema Dumanli Oktar² Co-Chair: Santiago Sobrino Arias² Co-Chair: Paul Booth² ¹Teledyne e2v, ²Bogazici University ¹INTA, ²Thales Alenia Space ¹ESA/ESTEC, ²Airbus Defence & Space

EuMC55-1 EuMC56-1 EuMC57-1 2% EVM 920 MHz 13 dBm Industrial Keynote: On Additive Micro-Fabricated

10:50 - 11:10 Constant Envelope pi/2 Board Deep Space W-Band Resonators and shift BPSK Modulation Steerable Antennas for Bandpass Filters Transmitter for IoT Extremely Harsh Naira Jguirim¹, Nicolas Parou¹, Francois David¹, Claire Hideshi Motoyama¹, Sachio Iida¹, Ken Yamamoto¹, Environments Dalmay¹, Pierre Blondy¹ Noboru Sasho¹, Masahisa Tamura¹, Norihito Suzuki¹, Victor Sanchez¹, Fernando Martin¹, Francisco Jose ¹Xlim - UMR 7252 - CNRS- Universite De Limoges Naoto Yoshikawa¹, Katsuyuki Tanaka¹, Hiroshi Aoki¹, Cano¹ Norio Shoji¹, Seiji Kobayashi¹ ¹SENER INGENIERIA Y SISTEMAS ¹Sony Semiconductor Solutions

EuMC55-2 EuMC56-2 EuMC57-2 Hybrid RSSI-AoA Circularly Polarized Lens Additive Manufactured

11:10 - 11:30 Positioning System with Antenna for Tbps Wireless Filters for Satellite Single Time-Modulated Communications Payloads Array Receiver for LoRa Marta Arias Campo¹,², Darwin Blanco², Giorgio Paul Booth¹, Elena Vallés Lluch¹ IoT Carluccio², Oliver Litschke¹, Simona Bruni¹, Nuria ¹Airbus Defence & Space Kyung-Jin Baik¹, Sangjoon Lee¹, Byung-Jun Jang¹ Llombart Juan² ¹Kookmin University ¹IMST GmbH, ²TU Delft

EuMC55-3 EuMC56-3 EuMC57-3 Enhanced GSM Broadcast Integrated Lens Antennas Study of Designing and

11:30 - 11:50 Receiver Using the Phase for E-band Manufacturing of a Output of a Sub-GHz Sabin Karki¹, Juha Ala-Laurinaho¹, Aki Karttunen¹, Ku-Band Pyramidal Horn Transceiver Ville Viikari¹ Antenna with Integrated Stefan Erhardt¹, Bernhard Gaede¹, Robert Weigel¹, ¹Aalto University Transition Using 3-D Alexander Koelpin² Printing Technology ¹Friedrich-Alexander University of Erlangen- Julien Haumant¹, Daouda Diedhiou¹, Annaig Martin- Nuremberg, ²Brandenburg University of Technology Guennou², Yves Quere², Cédric Quendo², Rozenn Allanic² ¹Elliptika, ²Lab-STICC UBO

EuMC55-4 EuMC56-4 EuMC57-4 Detailed Performance A Compact Circularly- Low-Loss Metal Additive

11:50 - 12:10 Analysis of an Ultra Polarized Lens-Horn Manufactured Passive Wideband Transceiver for Antenna with Very Low Waveguide Components Real-Time Localization Axial Ratio and SLL Tomislav Debogovic¹, Esteban Menargues¹, Fabian Michler¹, Harun Deniz¹, Fabian Lurz¹, Robert Fernando Rodríguez Varela¹, José Luis Besada Alexandre Dimitriadis¹, Santiago Capdevila¹, Mathieu Weigel¹, Alexander Koelpin² Sanmartín¹, Belén Galocha-Iragüen¹ Billod¹, Emile De Rijk¹ ¹Friedrich-Alexander University of Erlangen-Nürnberg ¹UPM ¹SWISSto12 , ²Brandenburg University of Technology

EuMC56-5 EuMC57-5 Antenna Performances in Silver Metallization of 77

12:10 - 12:30 Satellite Communications GHz 3D Printed Horn Small Ground Stations: Antennas New Patterns Samuel Stremsdoerfer1 Representation for a ¹Jet Metal Technologies Faster Evaluation Gianluca Dassano¹, Mario Orefice²,¹, Fulvio Fresia³, Fritz Schurig⁴ ¹Politecnico di Torino, DET-LACE, ²CNR - IEIIT, ³F2SatConsulting, ⁴Eutelsat S.A.

60 www.eumweek.com THURSDAY

N101 + N102 N105 N115 + N116 N117 EuRAD05 EuRAD06 EuRAD07 EuMC/EuRAD06 Automotive Radar 2 Radar Target EM Field Scattering and Array Technology and Chair: Andreas Stelzer¹ Classification and Target RCS Characterization Co-Chair: Gonzalo de Miguel Vela² Tracking Chair: Alexander Yarovoy¹ Chair: Claire Migliaccio¹ ¹Johannes Kepler University Linz , ²Polytechnic Chair: Krzysztof Kulpa¹ Co-Chair: Alessandro Galli² Co-Chair: Arne F. Jacob² University of Madrid Co-Chair: Laura Anitori² ¹Delft University of Technology, ²Sapienza ¹Université Côte d’Azur, CNRS, LEAT, France, ¹Warsaw University of Technology, ²TNO University of Rome ²Hamburg University of Technology Defense, Safety and Security

EuRAD05-1 EuRAD06-1 EuRAD07-1 EuMC/EuRAD06-1 Industrial Keynote: Image-Based Pedestrian Modeling the Forward- Industrial Keynote:

Automotive Radars & Classification for Scatter Cross-Section of Spaceborne Radiometers 10:50 - 11:10 Autonomous Driving Automotive Radar 3-Dimensional Objects by and Active Antennas for Perspective Robert Prophet¹, Marcel Hoffmann¹, Alicja Means of the Shadow Space Applications Juan Sanmartin¹ Ossowska², Waqas Malik², Christian Sturm², Martin Contour Theorem: an Antonio Montesano¹ ¹Jaguar / Land Rover Vossiek¹ Assessment ¹Airbus Defence & Space ¹Institute of Microwaves and Photonics, Friedrich- Davide Comite¹, Marta Tecla Falconi¹, Alessandro Alexander-Universität Erlangen-Nürnberg, ²VALEO Galli¹, Frank Silvio Marzano¹, Pierfrancesco Schalter und Sensoren GmbH Lombardo¹ ¹University of Rome La Sapienza

EuRAD05-2 EuRAD06-2 EuRAD07-2 EuMC/EuRAD06-2 Target Localization Using A Chirplet Transform- A Plane-Wave Synthesis Multi-Layer Compact Grid

MIMO-Monopulse: Based Algorithm for Approach for 3D Antenna Array for 79 GHz 11:10 - 11:30 Application on 79 GHz Detecting Accelerated Monostatic RCS Prediction Automotive Radar FMCW Automotive Radar Radar Targets from Near-Field Applications Ruoyu Feng¹, Faruk Uysal¹, Alexander Yarovoy¹ Volodymyr Galushko¹, Dmytro Vavriv¹ Measurements Mohammad Mosalanejad¹, Ilja Ocket¹, Charlotte ¹Delft University of Technology ¹Institute of Radio Astronomy of National Academy of Ole Neitz¹, Thomas F. Eibert¹ Soens², Guy Vandenbosch¹ Sciences of Ukraine ¹Technische Universität München ¹KU Leuven & IMEC, ²IMEC

EuRAD05-3 EuRAD06-3 EuRAD07-3 EuMC/EuRAD06-3 A New Antenna Array and Detection of People Simulation of Near Field A Full-Array-Grid- THURSDAY

Signal Processing Concept Trapped under the Ruins RCS to Reproduce Compatible Wideband Tx/ 11:30 - 11:50 for an Automotive 4D Using Dual-frequency Measurement Condition Rx Multipack using Radar IR-UWB Radar Jose Maria Tamayo Palau¹, Pascal de-Resseguier¹ Multifunctional Chips on Martin Stolz¹, Maximilian Wolf¹, Frank Meinl¹, Martin Zhao Li¹, Qiang An¹, Jianqi Wang¹ ¹NEXIO GaN and SiGe Kunert¹, Wolfgang Menzel² ¹the Fourth Military Medical University Ralf Rieger¹, Patrick Schuh¹, Martin Oppermann¹, ¹Robert Bosch GmbH, ²Ulm University Andreas Klaassen¹ ¹Hensoldt Sensors GmbH

EuRAD05-4 EuRAD06-4 EuRAD07-4 EuMC/EuRAD06-4 Error Analysis of Target Robust Correlation based Advanced Spectral Model Diagnostic of the Phased

Angle and Angular True-Speed-over-Ground of Doppler-Polarimetric Array for E-band Using 11:50 - 12:10 Velocity in a PLL-Based Measurement System Meteorological Radar Holography Data FMCW Radar employing a FMCW Radar Signal Mikko Leino¹, Md. Mazidul Islam¹, Juha Ala- Measurement Torsten Reissland¹, Bjoern Lenhart¹, Johann Anna Rudiakova¹, Yuliya Averyanova¹, Felix Laurinaho¹, Ville Viikari¹ Frank Herzel¹, Dietmar Kissinger¹,² Lichtblau¹, Michael Sporer¹, Robert Weigel¹, Yanovsky¹ ¹Aalto University ¹IHP, ²Technische Universität Berlin Alexander Koelpin² ¹National Aviation University ¹Friedrich-Alexander University Erlangen-Nuremberg, ²Brandenburg University of Technology

EuRAD05-5 EuRAD06-5 EuRAD07-5 EuMC/EuRAD06-5 Analytical Investigation of Modifications of the Electrodynamic Study of A Zero-IF Auto-Calibration

Non-Coherent Mutual OPTICS Clustering Forward- and System For Phased Array 12:10 - 12:30 FMCW Radar Interference Algorithm for Short- Backwardscattering from Antennas Mate Toth¹, Paul Meissner¹, Alexander Melzer¹, Range Radar Tracking Spherical Targets Mehdi Salehi¹,², Safieddin Safavi² Klaus Witrisal² Applications Krzysztof Kulpa¹, Bartlomiej Salski¹, P. Kopyt¹, Piotr ¹Sinclair Technologies, ²University of Waterloo ¹Infineon Technologies, ²Graz University of Thomas Wagner¹, Reinhard Feger¹, Andreas Stelzer¹ Samczyński¹ Technology ¹Johannes Kepler University Linz ¹Warsaw University of Technology

www.eumweek.com 61 THURSDAY EuMC/EuRAD07 Interactive Session Chair: Manuel Sierra Castañer¹ Co-Chair: Daniel Segovia-Vargas² ¹Technical University of Madrid, ²Carlos III university of Madrid

12:30 – 13:50

Exhibition Hall Exhibition Hall Exhibition Hall Exhibition Hall EuMC/EuRAD07-1 EuMC/EuRAD07-6 EuMC/EuRAD07-12 EuMC/EuRAD07-17 Implementing Wideband A Real-Time Non- A Stand Alone Millimetre A Circularly Polarized Monopole/Dipole Destructive Water Status Wave Imaging Scanner: Circular Antenna Array for Antennas on Paper Monitoring System at System Design and Image Satellite TV Reception Substrates Terahertz Band Analysis Setup Ahmed Alieldin¹, Yi Huang¹, Manoj Stanley¹, Sumin Christian Person¹, Hong Duc Nguyen¹, Jean Philippe Carlos Quemada¹, Juan Carlos Iriarte²,³, Diana Andries Küter¹,², Christopher Schwäbig¹, Christian Joseph¹ Coupez¹, Philippe Minard², Dominique lohine Tong², Marin¹, Carlos Miranda¹, Ramon Gonzalo²,³, L. Krebs¹, Ralf Brauns¹, Stefan Kose¹, Dirk Nüßler¹ ¹University of Liverpool Pascal Borel³, Damien Izoard³ Gonzaga Santesteban¹, Iñigo Ederra²,³ ¹Fraunhofer FHR, ²Ruhr-Universität Bochum ¹IMT Atlantique, ²Technicolor Connected Home, ¹Public University of Navarre, ²Public University of ³Centre technique du papier Navarra, ³Institute of Smart Cities (ISC) EuMC/EuRAD07-18 EuMC/EuRAD07-13 Design and Demonstration Dispersion of THz Modes of Linearly-Polarized EuMC/EuRAD07-2 EuMC/EuRAD07-7 Localized on Layered Transmit-Arrays in X-band Digitally Compensated W-Band Millimeter-Wave Superconductor Controlled Hamza Kaouach¹, Mohamed Ali Belaid² Millimeter Wave On-Chip Log-Periodic by DC Magnetic Field ¹LAPLACE, ²LATIS - ENISo Frequency Doubler Based Dipole Antenna with Tetiana Rokhmanova¹, Stanislav Apostolov¹, Nina Outphasing Systems using Integrated Balun Filter in Kvitka², Valeriy Yampol’skii¹ Multi-tone Based Stimuli ¹O.Ya. Usikov Institute for Radiophysics and EuMC/EuRAD07-19 GIPD Process Distributed Signal Arthur Chung¹, Marwen Ben Rejeb¹, Ali Darwish², H. Huey-Ru Chuang¹ Electronics NAS of Ukraine, ²V.N. Karazin Kharkiv Alfred Hung², Slim Boumaiza¹ ¹National Cheng Kung University National University Processing of High- ¹University of Waterloo, ²Army Research Lab Resolution FMCW MIMO Radar for Automotive EuMC/EuRAD07-8 EuMC/EuRAD07-14 Applications EuMC/EuRAD07-3 Design of a Dual-Band E-band Impulse Radio Farhan Bin Khalid¹, Dian Nugraha¹, Andre Roger¹, A 2D Method for Feed System for S/X-band Transceiver with 2-bit Romain Ygnace¹, Markus Bichl¹ Acquiring the Radiation VLBI Observations Pulse Position Modulation ¹Infineon Technologies AG Pattern of Two-Identical Moon-Hee Chung¹ Hiroshi Matsumura¹, Ikuo Soga¹, Shoichi Shiba¹, Vivaldi Antennas by Using ¹Korea Astronomy and Space Science Institute Kazuaki Oishi¹, Yasuhiro Nakasha¹, Yoichi Kawano¹, a Stepped-Frequency Toshihide Suzuki¹ EuMC/EuRAD07-20 Continue Wave (SFCW) ¹Fujitsu Laboratories Ltd. Real-Time Synthetic Radar and a Rotation EuMC/EuRAD07-9 Aperture Radar for Stage Low-loss Loaded Line Automotive Embedded EuMC/EuRAD07-15 Systems Valentin Ortega¹, Jorge Luis Solano¹, Ramakrishna Phase Shifter for Radar A DC to 40 GHz, High Sai Silla¹, Werner Schröder¹, Lothar Schüssele¹ Application in X band Farhan Bin Khalid¹, Florian Fembacher¹, Gabor Linearity Monolithic GaAs Balazs¹, Andre Roger¹, Dian Nugraha¹ ¹Offenburg University Of Applied Sciences Xiaoliang Sun¹, José Manuel Fernández-González¹, Distributed Amplifier with Manuel Sierra-Pérez¹, Belén Galocha-Iragüen¹ ¹Infineon Technologies AG ¹Universidad Politécnica de Madrid Low DC Power EuMC/EuRAD07-4 Consumption as a High Dipole Antenna Printed on Bit-Rate Pre-Driver EuMC/EuRAD07-21 Paper Substrate for WLAN EuMC/EuRAD07-10 Laura Diego¹,², Benoît Haentjens¹, Amparo Herrera², Dual-Channel Single Applications Mode Conversion Yan Haentjens¹ Sideband Transmitter in 45 Dominique lohine Tong¹, Philippe Minard¹, Christian Processes in Multlayer ¹Vectrawave, ²University of Cantabria nm CMOS SOI for a 70 Person², Jean Philippe Coupez², Damien Izoard³, Spherical Resonators GHz OFDM Radar Pascal Borel³ Ingo Wolff¹ EuMC/EuRAD07-16 Daniel Schindler¹, Michael Thiel¹, Mohamed Elkhouly¹, ¹Technicolor Connected Home, ²IMT Atlantique, ¹IMST GmbH Yikun Yu¹, Benedikt Schweizer², Jürgen Hasch¹, ³Centre technique du papier Design of Broadband Gap Christian Waldschmidt² Waveguide Transitions for ¹Robert Bosch GmbH, ²Ulm University EuMC/EuRAD07-11 Millimeter-Wave Antenna EuMC/EuRAD07-5 Double-Tuned Composite Arrays EBG Enhanced Broadband Right/Left-Handed Leaky Miguel Ferrando-Rocher¹, Daniel Sánchez- Dual Antenna Wave Antenna Based on Escuderos¹, Jose Ignacio Herranz-Herruzo¹, Alejandro Configuration for Passive Liquid Crystal Valero-Nogueira¹ Self-Interference Shuang Ma¹, Fan-Yi Meng¹, Fu-Liang Zhang², Lei ¹Universitat Politècnica de València Suppression in Full-Duplex Zhu³, Qun Wu¹ Communications ¹Harbin Institute of Technology, ²Liaoning Electric Prafulla Deo¹, Dariush Mirshekar-Syahkal¹, Gan Power Company Limited, ³Qiqihar University Zheng² ¹University of Essex, ²Loughborough University

62 www.eumweek.com THURSDAY

N117 N101 + N102 N105 N107 EuMC58 EuRAD08 EuRAD09 EuRAD10 EM Simulation Based Industrial Applications MIMO Radars Synthetic Aperture Modelling of Antennas Chair: Jesús Grajal¹ Chair: Pierfrancesco Lombardo¹ Radar and Systems - Podium Co-Chair: Reinhard Feger² Co-Chair: Stéphane Meric² Chair: Laurent Ferro-Famil¹ Discussion on the ¹Universidad Politécnica de Madrid, ²Johannes ¹Sapienza University of Rome, ²Institut Co-Chair: Yuliya Averyanova² Kepler University Linz d’électronique et de télécommunications de ¹University of Rennes 1, ²National Aviation Occasion of the 80th Rennes, IETR University Birthday of Ingo Wolff

On the occasion of the 80th birthday of EuRAD08-1 EuRAD09-1 EuRAD10-1 Prof. Ingo Wolff, a podium discussion on Towards a Single Pixel Joint Super-Resolution Backprojection Autofocus

EM simulation based modelling of antennas mm-Wave Freehand and Array Interpolation of Moving Ships for 13:50 - 14:10 and microwave systems is being held Scanning System: 2D for MIMO Radar Virtual Synthetic Aperture Radar on Thursday 27th in Room N117 from Aron Sommer¹, Jörn Ostermann¹ 12:40-13:40. Constrained Movement Arrays Guillermo Alvarez Narciandi¹, Miguel Lopez Maurice Hott¹, Jan Mietzner², Steffen Lutz³, Michael ¹Leibniz Universität Hannover Over the last 30 years EM simulation Portugues¹, Fernando Las-Heras¹, Jaime Laviada¹ Bockmair³, Peter A. Hoeher¹ techniques for application in microwave ¹Universidad de Oviedo ¹Christian-Albrechts-University of Kiel, ²Hamburg system design have been largely improved; University of Applied Sciences, ³Hensoldt Sensors today they are indispensable tools in the GmbH design of microwave circuits, antennas and systems. Based mainly on the finite difference time domain (FDTD) and the finite element (FE) technique, the software EuRAD08-2 EuRAD09-2 EuRAD10-2 implementations have reached high 3D Millimeter Wave 2D Maximum Likelihood Comparison between performance. They can be used flexibly Screening of Wind Turbine Angle Estimation for Rectangular and 14:10 - 14:30 for varying structures and materials, they Blade Segments MIMO Radar with Hexagonal Synthetic can produce highly accurate results, and, Reinhold Herschel¹, Sebastian Pawliczek² Unequally Spaced Apertures for Radar using e.g. parallelization techniques, they ¹Fraunhofer Institute for High Frequency Physics and work with unprecedented high speed L-Shaped Arrays Imaging Radar Techniques FHR, ²Ruhr-University Bochum and numerical efficiency. Techniques for Takaaki Kishigami¹, Kenta Iwasa¹, Hidekuni Yomo¹, Jonas Wagner¹, Jan Barowski¹, Christoph Dahl¹, analyzing noisy electromagnetic fields are Akihiko Matsuoka¹, Junji Satou¹ Ilona Rolfes¹ under development and a first connection to ¹Panasonic Corporation ¹Ruhr-University Bochum virtual reality has been demonstrated.

All these techniques, however, are basically analysis methods, i.e., one has to define a microwave component or system and can EuRAD08-3 EuRAD09-3 EuRAD10-3 then analyze its behavior. First approaches Real-Time Wireless Frequency Domain System Subjective Evaluation of THURSDAY 14:30 - 14:50 for the opposite direction, i.e., synthesizing 12:40 - 13:40 Vibration Monitoring Identification for High Compressed SAR Images: techniques based on an EM simulation, are Using SAW RFID Coupled Resolution IRCI-Free Sometimes, Compression available for simple components and also with Sensors Collocated MIMO Radar Improves Usability partly installed in the simulation tools. A Pau Caldero¹,², Dominik Zoeke² Mohammed Alshaya¹,², Mehrdad Yaghoobi¹, Bernie Ulrike Pestel-Schiller¹, Jörn Ostermann¹ method called “Inverse Local Imaging” which ¹University of Erlangen-Nuremberg, ²Siemens AG Mulgrew¹ ¹Leibniz Universität Hannover allows to calculated the current sources ¹University of Edinburgh, ²King Abdulaziz City for from a given electromagnetic field is still in Science and Technology (KACST) its infancy and far from an application to synthesize complex microwave antenna and circuit systems. The question is whether upcoming “Artificial Intelligence” processes are able to perform this task together with fast analysis tools in the background. EuRAD08-4 EuRAD09-4 EuRAD10-4 Radar Based High Orthogonal Waveform Using Transfer Learning

In the podium discussion, this idea and Precision Thickness Designs for Pulse-Based Technique for SAR 14:50 - 15:10 alternative strategies will be presented Measurement For Rolling and Continuous-Wave Automatic Target and discussed, using an antenna or circuit Mills MIMO Radars Recognition design task as an example. Sabine Gütgemann¹, Christian Krebs¹, Andries Küter¹, Gowthami Pypalli¹, Jan Mietzner², Volker Winkler³, Maha Al Mufti¹,², Esra Al Hadhrami¹,², Bilal Taha¹, Bettina Fischer², Horst Krauthäuser², Dirk Nüßler¹ Peter A. Hoeher¹ Naoufel Werghi¹ ¹Fraunhofer Institute for High Frequency Physics and ¹Christian-Albrechts-University of Kiel, ²Hamburg ¹Khalifa University, ²Emirates Technology and Radar Techniques FHR, ²IMS Messsysteme GmbH University of Applied Sciences, ³Hensoldt Sensors Innovation Center GmbH

EuRAD09-5 EuRAD10-5 Effectiveness of Multiplier-less Correlator

Deghosting Process for for Noise SAR Imaging 15:10 - 15:30 Multi-target Localization Kostyantyn Lukin¹, S. Lukin², V. Pascazio², D. in Multistatic Passive Tatyanko¹, O. Zemlyaniy¹ Radar ¹IRE NASU, ²Universita degli Studi di Napoli Muhammad Hadi¹, Raza Umar¹, Mobien Shoaib¹, Parthenope Muhammad Bilal¹, Khalid Jamil¹ ¹PSATRI, King Saud University

www.eumweek.com 63 THURSDAY

N115 + N116 N109 + N110 N108 N117 EuRAD11 EuMC59 EuMC/EuRAD08 EuMC/EuRAD09 Multi-Static and Netted Modelling of Radiating Innovative Signal Array Beamforming Radar Structures Processing in Array Techniques Chair: Willem A. Hol¹ Chair: Alessandro Galli¹ Technology Chair: Jozef Modelski¹ Co-Chair: Gaspare Galati² Co-Chair: Francisco Mesa² Chair: Ioan Lager¹ Co-Chair: Patrik Grüner² ¹Thales Nederland B.V., ²University of Rome ¹Sapienza University of Rome, ²Universidad Co-Chair: Wnuk Marian² ¹Warsaw University of Technology, ²Ulm Tor Vergata de Sevilla ¹Delft University of Technology, ²Military University Uniwersity of Technology

EuRAD11-1 EuMC59-1 EuMC/EuRAD08-1 EuMC/EuRAD09-1 A UAV Airborne Passive Singular Edge and Corner Efficient Shaped-Beam Accurate PPCC-Based DoA

13:50 - 14:10 Digital Radar for Aerial Basis Functions for Reflectarray Design Using Estimation Using Multiple Surveillance Scattering from Machine Learning Calibration Planes for Benjamin GABARD¹ Conducting Plates Techniques WSN Nodes Equipped ¹ONERA Roberto GRAGLIA¹, Paolo Petrini¹, Andrew F. Daniel R. Prado¹, Jesus A. Lopez-Fernandez², with ESPAR Antennas Peterson² Manuel Arrebola², George Goussetis¹ Mateusz Groth¹, Lukasz Kulas¹ ¹Politecnico di Torino, ²Georgia Institute of ¹Heriot-Watt University, ²Universidad de Oviedo ¹Gdansk University of Technology Technology

EuRAD11-2 EuMC59-2 EuMC/EuRAD08-2 EuMC/EuRAD09-2 Combined Backscatter and Electromagnetic Finite Interpolation of Missing A New Super-Resolution

14:10 - 14:30 Forward Scatter Radar Element Solver for HPC Antenna Measurements or Technique for Direction Tracking of People Environments Using Direct RCS Data Using the Matrix (and Time) of Arrival Jacco J. M. de Wit¹, Wim L. van Rossum¹ Substructuring Method Pencil Method Detection ¹TNO Daniel Garcia-Donoro¹, Wujie Mei¹, Adrian Amor- Nicolas Reginelli¹, Tapan Sarkar¹, Magdalena Abbas Omar¹ Martin², Luis Emilio García-Castillo², Magdalena Salazar-Palma² ¹University of Magdeburg Salazar-Palma² ¹Syracuse University, ²Universidad Carlos III de ¹Xidian University, ²Universidad Carlos III of Madrid Madrid

EuRAD11-3 EuMC59-3 EuMC/EuRAD08-3 EuMC/EuRAD09-3 Analysis of a Coherent Near-Field to Far-Field Quality Analysis of Analog Beamforming

14:30 - 14:50 Distributed MIMO Propagation of Correlation Antenna Reflection Based on Fourier Rotman Photonics-Based Radar Information for Noisy Coefficient in Massive Lens for Multibeam Network Electromagnetic Fields MIMO Antenna Array Applications Leonardo Lembo¹ Michael Haider¹, Andrey Baev², Yury Kuznetsov², Module Pavel Turalchuk¹, Irina Munina¹, Alexey Shitvov² ¹Scuola Superiore Sant’Anna Johannes Russer¹ Marko E. Leinonen¹, Nuutti Tervo¹, Marko Sonkki¹, ¹St. Petersburg Electrotechnical University ‘’LETI’’, ¹Technische Universität München, ²Moscow Aviation Aarno Pärssinen¹ ²School of Physics and Astronomy, Cardiff University Institute ¹University of Oulu

EuRAD11-4 EuMC59-4 EuMC/EuRAD08-4 EuMC/EuRAD09-4 Indoor Measurement of Two-dimensional Non- Characteristics of Initial Design of Phase-

14:50 - 15:10 Bistatic High Resolution periodic Metasurface for Circularly Polarized Frequency Scanned Array Range Profiles of Scale Dual Polarization Multimode Helical Beams Using CRLH Leaky-Wave Model Aircraft Targets Retroreflection Giulio Richichi¹, Gary Junkin¹ Antennas David Escot-Bocanegra¹, David Poyatos-Martínez¹, Cheng Tao¹, Xiaoqiang Li¹, Tatsuo Itoh¹ ¹Universitat Autònoma de Barcelona Qingshan Yang¹, Xiaowen Zhao¹, Yunhua Zhang¹ Borja Plaza-Gallardo² ¹University of California Los Angeles (UCLA) ¹National Space Science Center, Chinese Academy ¹INTA, ²ISDEFE of Sciences

EuRAD11-5 EuMC59-5 EuMC/EuRAD08-5 EuMC/EuRAD09-5 Overview of Naval Through-the-Multilayered One-dimensional Patch Experimental

15:10 - 15:30 Multifunction RF Systems Wall Imaging Using Array for Microwave- Demonstration of a Peter Moo¹ Passive Synthetic Aperture based Vital Sign Software-Defined-Radio ¹Defence R&D Canada - Ottawa Radar Monitoring of Elderly Adaptive Beamformer Bijan Zakeri¹, Hajar Abedi¹ People Daniel Gaydos¹, Payam Nayeri¹, Randy Haupt¹ ¹Babol Noshirvani University of Technolog Sassan Schäfer¹, Andreas Diewald¹, Daniel ¹Colorado School of Mines Schmiech¹, Simon Müller¹ ¹Hochschule Trier

64 www.eumweek.com THURSDAY 65 www.eumweek.com

16:10 - 17:50 THURSDAY N101 + N102

Closing Remarks 17:30 - 17:40 Magdalena Salazar Palma, EuMW 2018 General Chair Denis Barataud, EuMW 2019 General Chair Student Design Competition Prize Student Challenge Prize EuMC Young Engineer Prizes EuMC Young EuMC Microwave Prize Awards Ceremony Awards Lluís Pradell i Cara, EuMW 2018 Awards Committee Chair Germán Torregrosa Penalva, EuMW 2018 Student Activities Committee Chair 17:10 - 17:30 Galileo is Europe’s own global navigation satellite system, providing a highly accurate, guaranteed global positioningGalileo is Europe’s own global navigation satellite system, providing a highly on 15 December 2016, and sinceand time service under civilian control. The Galileo System began Initial Services through the Galileo open servicethen performances are excellent and steadily improving, as regularly reported using the system today. It is actuallyquarterly performance reports. A growing number of commercial devices are supports today Galileo in their newestimated that over 95% of the satellite navigation chipset supply market of the nominal constellationproducts, including the leading manufacturers of smartphone chipsets. Completion on July 2018, which will bring theis planned to be achieved this year with the launch of 4 new Galileo satellites In parallel to that, a steady stream24-satellite Galileo constellation to the point of completion, plus two orbital spares. Galileo to ensure of their operational lives, is necessary reaching the end to replace satellites of orbital spares, ready from industry in June 2017. Duringcontinues operating seamlessly. A further 12 satellites were therefore ordered modernization plans will be presented,this presentation the current status of Galileo, its performances and its future and RF community on this program. highlighting also the extraordinary contribution of the European microwave Galileo: Europe’s Global Satellite Navigation System Global Satellite Navigation Galileo: Europe’s Giuliano Gatti, Galileo Space Segment Manager, European Space Agency 16:20 - 17:10 Session Remarks Magdalena Salazar Palma, EuMW 2018 General Chair José Ignacio Alonso Montes, EuMW 2018 General Co-Chair 16:10 - 16:20

EuMW/EuMC Closing Session EuMW/EuMC Closing EuMW 2018 General Chair Chair: Magdalena Salazar Palma, EuMC 2018 Co-Chair Co-Chair: Miguel Ángel Gómez Laso, EuMW02 ², Ghaleb Faour³, Hussam Ayad¹, , N109 + N110 Fabien Ndagijimana², Jalal Jomaah¹ ¹Lebanese University, ²Grenoble Alpes University , ³CNRS-L EuRAD13-5 Helicopter Flight Evaluations of High-Voltage Power Lines Detection Based on 76 GHz Circular Polarized Millimeter-Wave Radar System Shunichi Futatsumori¹, Capucine Amielh², Norihiko Miyazaki¹, Keiji Kobayashi³, Nobuo Katsura⁴ ¹Electronic Navigation Research Institute, ²Ecole Nationale de l’Aviation Civile, ³Japan Aerospace Exploration Agency, ⁴Hokkaido Broadcasting Co., Ltd Massimiliano Pieraccini¹, Neda Rojhani¹, Lapo Miccinesi¹ ¹University of Florence EuRAD13-3 Radar Detection Algorithms for Oil Spill Applications Bilal Hammoud¹ EuRAD13-4 First Results of Passive Radar Imaging and Using Tracking Geostationary Satellites Holger Nies¹, Florian Behner¹, Simon Reuter¹, Otmar Loffeld¹ ¹University of Siegen EuRAD13 Remote Sensing Chair: Mayazzurra Ruggiano¹ Co-Chair: Stephen Harman² ¹Thales Nederland B.V., ²QinetiQ EuRAD13-1 Industrial Keynote: Space- Multi-Temporal Borne SAR Data Exploitation for Surface Monitoring Applications Ruben Iglesias¹, Javier Duro¹, Johanna Granda¹, Fernando Vicente¹, Giuseppe Centolanza¹, Emma García¹, Dani Monells¹ ¹DARES TECHNOLOGY EuRAD13-2 Ground Based Synthetic Aperture Radar with 3D Imaging Capability ² , ², Dominic Berges¹ , N101 + N102 EuRAD12-5 Human Detection by Deep Neural Networks Recognizing Micro- Doppler Signals of Radar Jihoon Kwon¹, Seungeui Lee¹, Nojun Kwak¹ ¹Seoul National University Alexis González Argüello¹ EuRAD12-3 Deep Learning-Based Segmentation for the Extraction of Micro- Doppler Signatures Javier Martinez Garcia¹, Martin Vossiek¹ ¹FAU Erlangen-Nuremberg EuRAD12-4 Deep Learning for Range- Doppler Map Single Frame Classifications of Cooking Processes Marco Altmann¹, Peter Ott¹, Christian Waldschmidt² ¹Hochschule Heilbronn, ²Universität Ulm EuRAD12 Dopler Radar Micro Analysis Chair: Felix Yanovsky¹ Co-Chair: Jacco J. M. de Wit² ¹National Aviation University, ²TNO EuRAD12-1 Detection and Target Classification of Small Drones by Boosting on Radar Micro-Doppler Svante Björklund¹ ¹Swedish Defence Research Agency (FOI) EuRAD12-2 Radar Classification for Intersection Traffic Surveillance Based on Micro-Doppler Signatures ¹Siemens, ²Technical University of Munich

08:30 - 08:50 08:50 - 09:10 09:10 - 09:30 09:30 - 09:50 09:50 - 10:10 FRIDAY www.eumweek.com 66 FRIDAY EuRAD14 EuRAD Interactive Session Chair: Manuel Rosa-Zurera¹ Co-Chair: María Pilar Jarabo-Amores¹ ¹University of Alcala

10:10 – 12:30

Corridor Corridor Corridor Corridor EuRAD14-1 EuRAD14-7 EuRAD14-12 EuRAD14-17 Kernel Extended Local Enhanced Hidden Object 2.5D Physical Optics Based Intermodulation Radar for Tangent Space Alignment Detection with a Circularly Algorithm for Vehicles RF Receiver Detections for SAR Image Polarized W-band Imaging Classification Through a Jeremy Raoult¹ Classification Radar System FM-CW Radar ¹University Montpellier, CNRS Xuelia Yu¹ Riana Geschke¹, Ralf Brauns², Oliver Arpe², Christian Agnese Mazzinghi¹, Luca Facheris¹, Fabrizio Cuccoli², ¹University of Electronic Science and Technology Krebs² Angelo Freni¹ of China ¹University of Cape Town, ²Fraunhofer FHR ¹University of Florence, ²RaSS Center – CNIT EuRAD14-18 Probabilistic Track Initiation Algorithm Using EuRAD14-2 EuRAD14-8 EuRAD14-13 Radar Velocity Information Polarimetric Scattering Radar Cross Section and High Resolution TeraHertz in Heavy Clutter Center Representation for Near Field of an Engine 3-D Image Reconstruction Environments Electric-Large Targets Digital Mock-Up Under Jing Lei¹ Gyuejeong Lee¹, Seungeui Lee¹, Kwansung Kim², Xuan Wang¹ UHF and S Band Radar ¹Shenyang Institute of Automation Nojun Kwak¹ ¹Leiden University Illumination ¹Seoul National University, ²Agency for Defense Shih-Chung Tuan¹, Shen Shou Max Chung² Development, Republic of Korea ¹Oriental Institute of Technology, Taiwan, ²Air Force EuRAD14-14 EuRAD14-3 Institute of Technology, Taiwan Non-destructive Crack Enhanced ISAR for Detection and EuRAD14-19 Classification of Multiple Classification for Cumulative Probability of Drones in Air by Time- EuRAD14-9 Waterproof-Coated Detection of Fast Targets Varying Micro-Doppler Lightweight Broadband Concrete Surfaces by using Frequency Diverse Rejection Antennas for UAV Based Millimeter-Wave Imaging Array Radar Wookyung Lee¹, Kyung Min Song¹ GPR Sensors Akihiko Hirata¹, Makoto Nakasizuka¹, Keiichi Sudo² Ramazan Cetiner¹, Altunkan Hizal¹ ¹Korea Aerospace University Ralf Burr¹, Markus Schartel², Winfried Mayer³, Thomas ¹Chiba Institute of Technology, ²Ais Engineering ¹Aselsan Inc. Walter¹, Christian Waldschmidt² ¹Ulm University of Applied Sciences, ² Ulm University, EuRAD14-4 ³Endress+Hauser SE+Co. KG EuRAD14-15 EuRAD14-20 Comparison of DoA A Compact Dual-band Experimental Study of Algorithms for MIMO Antenna at Ka-band Passive Bistatic Radar OFDM Radar EuRAD14-10 Frequencies for Next Using Uncooperative Jéssica Sanson¹, Atílio Gameiro¹, Daniel Noise Removal in Near Generation Cellular Illuminator Castanheira¹, Paulo Monteiro¹ Range Active Millimeter Applications Panhe Hu¹, Qinglong Bao¹, Jiameng Pan¹, Yasen ¹Instituto de Telecomunicacoes- Aveiro Wave Three-Dimensional Ting-Jui Huang¹, Heng-Tung Hsu¹, Hsi-Tseng Chou² Wang¹, Zengping Chen¹ Imaging System ¹National Chiao Tung University, ²National Taiwan ¹Science and Technology on Automatic Target Xin Wen¹, Peng Fei¹ University Recognition Laboratory of National University of EuRAD14-5 ¹Science and Technology on Metrology and Defense Technology Deep Learning Based Calibration Laboratory Human Activity Classification in Radar EuRAD14-16 EuRAD14-21 Micro-Doppler Image EuRAD14-11 A New Radar Based On Improvement of The Yuan He¹ Delamination Detection in Panel Active Array Angle Measurement ¹Beijing University of Posts and Telecommunications Glass-Fibre Reinforced Jia Fang¹, Hao Qin¹, Rui Cao¹ Accuracy for Indoor UWB Polymer (GFRP) Using ¹ECRIEE Localization Microwave Time Domain Nour Awarkeh¹, Jean-christophe Cousin¹, Muriel EuRAD14-6 Reflectometry Muller², Nel Samama² Monopole Fed Grounded Muhammad Firdaus¹, Ghassan Nihad Jawad², Laith ¹Telecom Paristech, ²Telecom sud-paris Dielectric Slab Leaky Wave Danoon¹, Robin Sloan¹ Bull’s-Eye Antenna ¹The University of Manchester, ²University of Unai Beaskoetxea¹, Alicia Elena Torres-García¹, Baghdad Miguel Beruete¹ ¹UPNA FRIDAY

www.eumweek.com 67 N109 + N110 EuRAD16-5 Comparisons Between Simulated and Measured X-band Signatures of Quad-, Hexa- and Octocopters Peter Speirs¹, Arne Schröder¹, Matthias Renker², Peter Wellig², Axel Murk¹ ¹Universität Bern, ²armasuisse María Pilar Jarabo-Amores¹, David Mata-Moya¹, Pedro José Goméz-del-Hoyo¹, José Luis Bárcena- Humanes¹, Javier Rosado Sanz¹, Nerea del Rey- Maestre¹, Manuel Rosa-Zurera¹ ¹University of Alcala EuRAD16-3 Remotely Piloted Aircraft Detection with Persistent Radar Álvaro Duque de Quevedo¹, Fernando Ibañez Urzaiz¹, Javier Gismero Menoyo¹, Alberto Asensio López¹ ¹Information Processing and Telecommunications Center. Universidad Politécnica de Madrid EuRAD16-4 Circular Micro-SAR for Mini-UAV Matern Otten¹, Noud Maas¹, Roland Bolt¹, Miguel Caro-Cuenca¹, Henk Medenblik¹ ¹TNO Defense, Safety and Security EuRAD16 by Detection Drones Radar Chair: Pierfrancesco Lombardo¹ Aviation¹Sapienza University of Rome, ²National University EuRAD16-1 Numerical and Experimental Evaluation of the Radar Cross Section of a Drone Stefano Pisa¹, Emanuele Piuzzi¹, Erika Pittella¹, Pierfrancesco Lombardo¹, Alessio Genovese¹, Domenico Bloisi¹, Daniele Nardi¹, Paolo D’Atanasio², Alessandro Zambotti² ¹Sapienza University of Rome, ²ENEA EuRAD16-2 Drone Detection Feasibility with Passive Radars N101 + N102 EuRAD15-5 A Highly Integrated Dual Band FMCW Radar Receiver for Indoor Positioning Applications Mohammed El-Shennawy¹, Belal Al-Qudsi¹, Niko Joram¹, Frank Ellinger¹ ¹TU-Dresden Marc Bauduin¹, André Bourdoux¹ ¹IMEC EuRAD15-3 IQ Imbalance Robust OFDM Radar Waveform André Bourdoux¹, Marc Bauduin¹, Claude Desset¹ ¹IMEC EuRAD15-4 Non-Linear Effect Mitigation for FMCW Radar System Nizar Bouhel¹, Stéphane Meric¹, Claude Moullec², Christian Brosseau¹ ¹Institut d’électronique et de télécommunications de Rennes, IETR, ²ADVANTEN EuRAD15 FMCW and Continuos Radar Wave Chair: Reinhard Feger² Co-Chair: Nils Pohl¹ Kepler¹Ruhr-University Bochum, ²Johannes University Linz EuRAD15-1 BPSK-based MIMO FMCW Automotive-Radar Concept for 3D Position Measurement Yoke Leen Sit¹, Gang Li¹, Sarath Manchala¹, Hamid Afrasiabi¹, Christian Sturm¹, Urs Lübbert¹ ¹Valeo Schalter und Sensoren GmbH EuRAD15-2 Mixed-Signal Transmitter Leakage Cancellation for PMCW MIMO Radar

10:50 - 11:10 11:10 - 11:30 11:30 - 11:50 11:50 - 12:10 12:10 - 12:30 FRIDAY www.eumweek.com 68 FRIDAY

N101 + N102 EuRAD17 EuRAD Closing Session Chair: Mateo Burgos, EuRAD 2018 Chair Co-Chair: Gonzalo de Miguel Vela, EuRAD 2018 Co-Chair

12:20 - 13:50 Buffet Lunch

13:50 - 14:30 Spanish Advanced Radar for LEO Space Surveillance and Tracking Domingo Castro Fernández, Defence Systems Director, Indra Sistemas Rafael Casado Gómez, Primary Radars Director, Indra Sistemas Jacobo Martínez-Villa Salmerón, Project Leader, Indra Sistemas.

The S3T Surveillance Radar (S3TSR) is a radar system developed by Indra within a project funded by Spanish Administration and technically managed by ESA. It is a ground-based radar, based in a close monostatic configuration, operating at L band and capable of providing positional information of orbital objects. The radar provides automatic surveillance and tracking of space objects in Low Earth Orbit (from 200 km to 2000 Km of orbit height above Earth). This is performed by continuously scanning the instrumented Field of Regard (FoR), generating track reports for all detected objects. Situational awareness of LEO is an activity with increasing strategic value for national sovereignty. Based on this tracks, the SSTOC (Space Surveillance and Tracking Operation Centre) generates a catalogue in which objects are updated every pass. The radar architecture is scalable and the performances of the radar can improve by just adding building blocks (tiles). Both, TX and RX antennas are separated electronically scanning arrays (AESA). The Tx antenna has high power amplifier modules based in GaN technology to improve efficiency and reliability. The RX modules use direct RF undersampling technology. RX beamforming architecture is fully digital, each antenna input is digitized to maximize functional flexibility, and entirely over optical fiber making possible the simultaneous formation of multiple RX radiation patterns. The system is designed as very modular to improve availability.

14:30 - 14:50 EuRAD Awards Ceremony Gonzalo de Miguel, EuRAD 2018 Co-Chair Lluís Pradell, EuMW 2018 Awards Chair

14:50 - 15:00 13:50 - 15:30 Closing of EuRAD 2018 Mateo Burgos, EuRAD 2018 Chair Invitation to EuRAD 2019 Philippe Eudeline, EuRAD 2019 Chair FRIDAY

www.eumweek.com 69 WELCOME MESSAGE

Welcome from the Workshop and Short Courses Chair

This year we are pleased to offer the EuMW 2018 delegates a wide dedication before and during the conference. These events could range of workshops and short courses that cover the topics of all only happen because of their willingness to serve the microwave three conferences throughout the week. community.

To guarantee this wide coverage of topics, the accepted 33 Each workshop and short course is individually endorsed by one workshops and eight short courses were selected from a pool or two of the conferences that make up EuMW. However, they of 51 submitted proposals. This selection was the result of a pre- are available and accessible to any scientist or engineer wishing established review process. to gain a broader perspective on microwave and RF systems and devices, or to learn about a new specialism within our broad field. Current key applications of microwave technology are addressed ranging from quantum information systems, or biomedical sensors Due to the wide range of covered topics, the workshops and short to 5G communications, Internet-of-Things, wireless power transfer, courses’ programme fills the entire week. Workshops or short automotive radar or satellite communications. In addition, other courses that focus on topics relevant for EuMIC mainly take place workshops cover technological topics such as GaN, CMOS and SiGe from Sunday to Tuesday. On Thursday and Friday, we present most as well as THz-technologies. Fundamental knowledge is provided in of the workshops endorsed by EuRAD. Similarly, EuMC devoted short courses on active and passive microwave circuit design, radar workshops are distributed throughout the whole week. fundamentals and packaging and interconnect technology. The nowadays hot topics of automotive radar, power amplifiers and THz Slides for the workshops and short courses will be provided are covered by another series of workshops and short courses. electronically at the conference on a separate USB stick. No hard copies of the slides will be provided. We are very grateful to all the organisers, presenters and authors of workshop and short course materials for sharing their knowledge with the EuMW 2018 delegates, and for their hard work and

José Carlos Pedro Telmo Cunha Workshops and Short Courses Chair Workshops and Short Courses Co-Chair

70 www.eumweek.com WORKSHOPS AND SHORT COURSES - SUNDAY

Time: 09:00 – 18:20 Room: N113 SS-02 (EuMC/EuMIC) Fundamentals of Microwave PA Design Organiser: Paolo Colantonio¹, Franco Giannini¹ Programme ¹University of Roma Tor Vergata Semiconductor Devices for PAs Iltcho Angelov¹ Semiconductor Power Amplifiers are key components in radio frequency and ¹Chalmers University microwave transmitter systems. They have received a great deal of attention and development effort over the last decades and are still a hot topic in the research PA Theoretical Foundation area. Franco Giannini¹ ¹University of Roma Tor Vergata This short course aims to provide a comprehensive overview of all aspects of the fundamental semiconductor microwave power amplifier design. It is an Design and Model Oriented Load Pull Techniques introductory course, aimed at graduate engineers who have moved into the field Marco Pirola¹ of RF design, as well as to microwave designers who aim to deeply understand the ¹Politecnico di Torino power amplifier’s basic concepts. The Doherty Power Amplifier This short course features a range of presentations and provides a comprehensive Paolo Colantonio¹ overview and basic understanding on recent important progress and novel state- ¹University of Roma Tor Vergata of-the-art achievements in semiconductor power amplifiers. Very recent advances Load Modulated PAs in semiconductor amplifiers and their applications will also be covered. Steve Cripps¹ Starting from the fundamental concepts on semiconductor devices, the core of a ¹Cardiff Univeristy power amplifier design, the theoretical foundations of a power amplifier design X-parameter Modeling of PAs for System Level Analysis are discussed. It will include fundamental concepts and state-of-the-art results Alessandro Cidronali¹ on actual designs of a range of semiconductor power amplifiers using existing ¹University of Florence foundries. The load pull technique is also addressed and focused on the designer’s perspective. Trading off High Efficiency and Linearity in PA and The presentations will also cover a variety of advanced topics, and will provide Transmitter Design the attendees with a clear overview of the main streams of current and important Zoya Popovic¹ ¹University of Colorado research trends worldwide in this field, as the Doherty architecture and the more recent load modulation power amplifier design concepts. Linear and Nonlinear Stability Analysis of Power Amplifiers The short course will also focus on major challenges, such as stability (small and Giorgio Leuzzi¹ large signal) and how to address these in the amplifier design. Finally, accounting ¹University of L’Aquila for the linearity issue, a basic overview on linearization techniques and their Linearization Techniques Overview adoption to properly mitigate the amplifier distortion effects will conclude the Pere L. Gilabert¹, Gabriel Montoro¹ short course. ¹Universitat Politècnica de Catalunya

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Time: 09:00 – 18:20 Room: N118 SS-03 (EuMC/EuMIC) Additive Manufacturing of Radio-Frequency Components Organiser: Petronilo Martín-Iglesias¹, Oscar A. Peverini², Israel Arnedo³ Programme ¹ESTEC (European Space Agency), ²CNR - IEIIT, ³Public University of 3D Printing of Aluminium, Titanium and Nickel Alloys by Navarre L-PBF Additive Manufacturing (AM) has the potential to change how future space Diego Manfredi¹, Flaviana Calignano² ¹Istituto Italiano di Tecnologia (IIT), ²Politecnico di Torino products are designed, integrated and operated. This technology is considered already as a strategic technology approach for space applications. Challenges within End-To-End Additive Manufacturing of AM will enable design for performance, mass optimization and easy design RF Components for Space Use changes possible while also massively reducing the design/manufacturing/ Petronilo Martín-Iglesias¹ assembly cycle/costs as well as providing an environmentally friendly alternative ¹ESTEC (European Space Agency) to conventional machining. AM is also considered a key enabling technology for Selective Laser Melting of SatCoM RF Equipment: from the miniaturization of small complex systems. Rapid Prototyping to High-Performance Hardware AM is likely to become a breakthrough technology for the development of RF Development hardware. The use of this manufacturing process allows RF hardware manufacturers Oscar A. Peverini¹ to achieve enhanced performance. RF, thermal and mechanical performance can ¹CNR - IEIIT be improved by using the additional design freedom provided by AM. Application of Additive Manufacturing in Aluminium The assessment of different AM approaches for RF hardware has already started to Antenna, Antenna Arrays and Passive Waveguide and will consider the whole process chain, including design, material supply, processing, post processing, qualification and verification, and standardization. This Components assessment exercise is helping to identify already those AM approaches (materials, Chio Tan Huat¹ designs, processing, etc.) best suited for the manufacturing of RF hardware. ¹Temasek Laboratories - National University of Singapore However, the goal of AM is not to replace well-known and consolidated Towards a 3D Printed Terahertz Circuit Technology manufacturing approaches such as milling, but to exploit the additional freedom Michael Lancaster¹ for advanced designs. ¹The University of Birmingham This workshop will focus on three main aspects related to the use of AM for the 3D Printed GHz to THz Components and Systems manufacturing of RF hardware. Hao Xin¹ ¹The University of Arizona The first part will introduce the AM process and review its features. The suitability of AM for the space sector will also be addressed. In a second part, the impact of Additive Manufactured Satcom on the Move Antenna Array AM on satellite systems will be presented, followed by a third part, where some in Ku or Ka Band manufacturing approaches and real examples will be presented by companies and S. Capdevila¹, T. Debogovic¹, E. de Rijk¹, E. Menargues¹ universities. ¹SWISSto12 Recent Development in Additive Manufacturing of Passive Hardware and Conformal Printing Etienne Laplanche¹, Anthony Delage¹, Ahlad Aidar¹, William Feuray¹, Johann Sence¹, Aurelien Perigaud¹, Olivier Tantot¹, Nicolas Delhote¹, Serge Verdeyme¹, Stéphane Bila¹, L. Carpentier² ¹Xlim, ²CNES Additive Manufacturing of High Permittivity Ceramic-based RF Filters Dominik Reichartzeder¹ ¹Lithoz GmbH

72 www.eumweek.com WORKSHOPS AND SHORT COURSES - SUNDAY

Time: 09:00 – 18:20 Room: N107 WS-01 (EuMC/EuMIC) GaN HEMT Characterization and Modeling for micro- and mm-Wave Power Amplifier Applications Programme Organiser: Patrick Roblin¹, Christophe Gaquiere² Recent Development in GaN on SiC RF Power Technologies ¹The Ohio State University, ²IEMN Didier Floriot¹ ¹United Monolithic Semiconductors The telecommunication industry is preparing the fifth generation (5G) of mobile network to connect people and machines on a massive scale with broadband 140 nm GaN Technology for Ka-band Applications mobile communication with tens of gigabits per seconds. With the information- Robert Fitch Jr.¹ communication technology ecosystem estimated to use up to 10% of the ¹Air Force Research Laboratory world’s total energy generation, an important goal of 5G is to save energy while Using GaN/Si MMIC Process at 30, 40 and 50 GHz accommodating 10 times more traffic. Given the higher cell density expected, Remy Leblanc¹ power amplifiers (PAs) exhibiting high average efficiencies are thus needed for ¹OMMIC 5G microcell and metrocell base-stations to curtail the operating cost. In this Single Intrinsic Gate Finger Modelling of GaN Transistor workshop, experts from Europe and America will present the recent advances Gijs van der Bent¹ in device modeling tools, which will facilitate the development of such high- ¹TNO performance GaN power amplifiers from microwave to mm-Waves. Designing High Efficiency Microwave and mm-Wave PAs via The workshop will start with several presentations on the state-of-the-art GaN technologies available from different foundries for wireless, military and space Embedding Patrick Roblin¹ applications at mm-Wave including the 28 and 38 GHz bands of 5G and at higher ¹The Ohio State University frequencies (backhaul). The trade-off between power gain, output power and dissipated power will be explored and the measured performances of state-of- High-efficiency GaN PA Design for 5G Signals Using the-art power amplifiers at 30, 40 and 50 GHz presented. The GaN FET modelling Experimentally-obtained Models at the single intrinsic gate finger will be investigated to facilitate the development Zoya Popovic¹, Corrado Florian² of device models for more complex layouts and address issues such as internal ¹University of Colorado, ²University of Bologna oscillations. The PA design using a nonlinear embedding device model will also be New Measurement Techniques for Nonlinear Modelling of reviewed to address the unique opportunities it offers for the accelerated design of high-performance PAs at mm-Waves. Microwave GaN FETs Valeria Vadalà¹, Dominique Schreurs² The challenges in device modeling and characterization of memory effects, stability ¹University of Ferrara, ²KU Leuven and noise in GaN HEMTs at microwave and mm-waves will be the focus of the second half of the workshop. The goal will be to more accurately describe the On-wafer Time-domain Measurement of Pulse-to-Pulse device behavior for various PA classes of operation, such as envelope tracking, Stability and Multi-tones Load-pull Characterization of nonlinear dynamic load modulation, and pulse operation. Novel characterization Linearity to Improve the Nonlinear Modeling of Thermal/ and modeling techniques available to account for the dependence of the device Trapping Effects in Power GaN HEMTs for Radar and characteristic on trapping and self-heating and to reliably predict the response of Telecom Applications GaN HEMTs under modulated and pulsed waveforms will be presented. Further, the D. Barataud¹, M. Campovecchio¹, P. Medrel¹, A. Martin¹, G. Neveux¹, M. Pringent¹, J. P. linear and noise modeling of GaN/Si HEMTs will be presented, with applications to Teyssier¹ both single-chip front-ends and mm-wave HPA design. ¹XLIM Linear Characterization and Modelling Issues for mm-Wave GaN/Si HEMTs Ernesto Limiti¹ ¹University of Roma

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Time: 09:00 – 13:00 Room: N108 WS-02 (EuMC/EuMIC) High Efficiency mm-Wave Power Amplifiers for 5G Organiser: Anh-Vu Pham¹, Roberto Quaglia², Vittorio Camarchia³ Programme ¹University of California, Davis, ²Cardiff University, ³Politecnico di Torino mm-Wave PAs in CMOS Technologies Patrick Reynaert¹ In this workshop, speakers from leading industries and universities will ¹KU Leuven MICAS present state-of-the-art results in advanced power amplifiers for 5G wireless communications. The 5G communication system offers high data rate up to 10 Broadband, Linear, and High-Efficiency mm-Wave Gbps and potentially deploys beamforming techniques with high device density Power Amplifiers and Co-Designs with Antennas --- The and dense base-station deployment. These unprecedented demands require Unreasonable Quest for “Perfect” mm-Wave PAs and Some new-generation power amplifiers (PAs) operating at millimeter-wave bands and Reasonable Solutions delivering high linear power with wide-bandwidth and high efficiency yet with a Hua Wang¹ highly reduced size and cost. Therefore, broadband linear PAs with high efficiency ¹Georgia Institute of Technology at high PAPR, supporting higher order modulation, are among the most critical components for 5G. The workshop will include a wide range of presentations Integrating Doherty Power Amplifiers in K-band highlighting the recent trends and the state-of the art developments of power Roberto Quaglia¹, Vittorio Camarchia² amplifiers in different semiconductor technologies from K-band to E-band. In ¹Cardiff University, ²Politecnico di Torino addition, several advanced circuit architectures to achieve high efficiency will be Millimeter-Wave High Efficiency Doherty Power Amplifier presented, encouraging the audience to ask questions and discuss results. Anh-Vu Pham¹ ¹University of California, Davis MMW 5G PA with Build-in Broadband Linearizer Tian-Wei Huang¹ ¹National Taiwan University Comparison of Different Designs of mm-Wave PA for Application in 5G Base Stations Maurizio Pagani¹ ¹Huawei

Time: 09:00 – 13:00 Room: N109 WS-04 (EuMC) RF Techniques for Cellular Carrier Aggregation and Beyond Organiser: Florinel Balteanu¹ Programme ¹Skyworks Solutions Analog-to-Information Conversion, a New Paradigm The demand for higher data rates in 4G and future 5G determines a great focus Investigated by RFIC, Design by Mathematics on the development of user equipment (UE) radio and RF front-end (RFFE) Francois Rivet¹ architectures and implementation. In these days, mobile video traffic accounts ¹IMS Laboratory for 55% of total data traffic and specifically for smartphones, which accounts Innovation by Material Engineering for Highly Integrated for 97% of global handset traffic. In order to address this explosive demand for 5G RF FEM data rates, a number of enabling features are being standardized and deployed Christine Raynaud¹ in commercial handset products. One of the features is LTE carrier aggregation ¹CEA-LETI (CA) which enhances cellular network performance by enabling operators to Advanced RF SOI Technology Targeting 5G Front End combine multiple LTE component carriers (CC) to create wider-bandwidth services. LTE carrier aggregation (4G) used to increase the data rate together with key Module technologies in millimeter-wave, massive MIMO antenna arrays paves the way for Vincent Knopik¹ 5G. This workshop will present the RF circuit, technology and system requirements ¹STMicroelectronics for RF front-end used to implement 4G and future 5G in mobile devices. Power Amplifier and Front End Module Design in RF SOI Technology Alexandre Giry¹ ¹CEA-LETI Cellular RF Front End Modules for LTE Carrier Aggregation Florinel Balteanu¹ ¹Skyworks Solutions

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Time: 09:00 – 18:20 Room: N110 WS-06 (EuMC/EuMIC) Terahertz Technologies from Fundamentals to Implementations: A Device and Application Prospective Programme Organiser: Dimitris Pavlidis¹, Imran Mehdi², Javier Mateos³ THz Applications: From Devices to Space Systems ¹Boston University and National Science Foundation, ²Jet Propulsion Imran Mehdi¹ Laboratory, ³University of Salamanca ¹Jet Propulsion Laboratory THz technology opens up new possibilities for various applications extending Fundamentals and Latest Results on Nitride-based Two- among other from sensing and spectroscopy to communications and imaging. and Three-Terminal Devices for Frequencies Extending to While important advances have been made over the last two decades, THz THz technology can benefit from further developments in the area of devices, circuits Dimitris Pavlidis¹ and system implementation. This requires understanding of fundamentals, ¹Boston University and National Science Foundation consideration of new device concepts and/or optimization of their characteristics, Self-switching Nanodiodes for THz Detection hybrid or integrated approaches for circuit realization and use of the knowledge Javier Mateos¹ obtained from such studies for system development. This workshop will bring ¹University of Salamanca together experts from various academic, national labs and commercial enterprises to discuss the most recent advances in their respective fields and to provide insight THz Oscillators Using Resonant Tunneling Diodes and their into what the future might hold for exploration of this frequency range. It will focus Functions for Various Applications on a variety of materials such as traditional III-Vs, III-Nitrides, Silicon, Graphene Masahiro Asada¹, Safumi Suzuki¹ and Transition metal dichalcogenides (TMDs), as well as various device concepts ¹Tokyo Institute of Technology for efficient THz generation and detection. The operation of the components Cutting the Gordian Knot of THz Biospectroscopy: The to be discussed is based on plasmonics, photoconductors, plasma waves, Critical Effect of Hydration photomixing, Resonant Tunneling, Negative Differential Resistance and CMOS. E. R. Brown¹, W-D. Zhang¹, A. Bykhovski² Devices such as Quantum Cascade Lasers and Self-switching Diodes will also be ¹Wright State University, ²North Carolina State University addressed. Advanced Sensing, Imaging and Communications and terrestrial, space applications will be discussed. The Workshop is intended for young scientists and Terahertz Electronics using GaN-based Schottky Barrier engineers who are interested in learning about this emerging field, as well as Diodes and FinFETs and HgCdTe Bulk Films for Emission individuals with a more advanced understanding of related concepts. The topics Wojciech Knap¹, Grzegorz Cywinski², D. B. But³, C. Consejo⁴, S. S. Krishtopenko⁵, N. addressed include fundamental and engineering considerations together with the Dyakonova⁴, A. M. Kadykov⁵, N. N. Mikhailov⁶, S. A. Dvoretskii⁶, S. Ruffenach⁴, S. V. latest results in Terahertz technology. Morozov⁷, F. Teppe⁴ ¹University of Montpellier & CNRS / Polish Academy of Sciences, ²Polish Academy of Sciences, ³University of Montpellier & CNRS / Institute of Semiconductor Physics, ⁴University of Montpellier & CNRS, ⁵University of Montpellier & CNRS / Institute for Physics of Microstructures RAS, ⁶Institute of Semiconductor Physics / Novosibirsk State University, ⁷Institute for Physics of Microstructures RAS Graphene and Dirac Materials Beyond Graphene: Applications in THz Metamaterials and Plasmonics Berardi Sensale-Rodriguez¹ ¹University of Utah High Performance Terahertz Radiation Sources Based on Plasmonic Photoconductors Mona Jarrahi¹ ¹University of California Los Angeles Photomixing mW THz Sources G. Ducournau¹, P. Latzel¹, F. Pavanello¹, E. Peytavit¹, M. Zaknoune¹, J.-F. Lampin¹ ¹IEMN Laser-free THz Pulse Sources and Detectors in Silicon Aydin Babakhani¹ ¹University of California Los Angeles Chip-Scale Molecular Clock Using THz Rotational Spectroscopy Ruonan Han¹ ¹Massachusetts Institute of Technology Optically-Controlled Tunable/Reconfigurable Terahertz Devices for Advanced Sensing, Imaging and Communications L. Liu¹, L.-J. Cheng² ¹University of Notre Dame, ²Oregon State University

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Time: 09:00 – 13:00 Room: N111 WS-07 (EuMC) Broadband Power Amplifiers for Wireless Applications Organiser: Wenhua Chen¹, Karun Rawat² Programme ¹Tsinghua University, ²IIT Wideband Efficient Power Amplification Based on Load and The workshop will focus the design theory of broadband power amplifiers and Supply Modulation novel techniques below or around 6 GHz for wireless applications, perhaps Taylor Barton¹ including broadband continuous mode PA, broadband load modulated or ¹University of Colorado Boulder distributed PA. The PA back-off output power efficiency enhancement techniques Wideband Continuous Mode and Dynamic Load-modulated will also be covered in this workshop. Amplifiers Fadhel Ghannouchi¹ ¹University of Calgary High Power GaN Amplifiers for Ku-Band Satellite Uplinks Georg Boeck¹ ¹Berlin Institute of Technology Broadband Doherty Design: Design Approach and Examples Roberto Quaglia¹ ¹Cardiff University Low-cost Digital Power Amplifier for 5G Communications Songbai He¹ ¹UESTC Broadband RF Power Amplifiers and Load Modulation Schemes for Upcoming Wireless Communication Karun Rawat¹ ¹IIT

Time: 09:00 – 18:20 Room: N112 WS-08 (EuMC/EuMIC) Transmitter Modules for Smart Antennas and MIMO Systems Programme Organiser: Christian Fager¹, Leo de Vreede² Challenges in 5G Transmitter Design ¹Chalmers University of Technology, ²Delft University of Technology Christian Fager¹ ¹Chalmers University of Technology MIMO- and smart antennas are key technologies to improve capacity and energy efficiency in future wireless systems. However, shifting from traditional mm-Wave PAs in CMOS Technologies single-antenna systems to active antenna systems, with up to hundreds of Patrick Reynaert¹ ¹KU Leuven MICAS individually controlled low power transmitter modules, is a paradigm shift that raises fundamental and practical challenges that need to be addressed by both Millimeter-wave Transmitters Using Load Modulation for industrial and academic researchers with the highest priority. These challenges are High Average Efficiency with SiGe and CMOS SOI Processes exacerbated by the recent trend towards higher frequencies and larger bandwidths James F. Buckwalter¹ for further capacity enhancement. ¹University of California – Santa Barbara This workshop will review the most important research directions in the area of Silicon-Based Analog/RF Devices and MMIC’s for Massive- transmitter modules for smart antennas and MIMO systems, with a focus on the MIMO Systems emerging 5G communication applications. While the stand-alone power amplifier Franz Dielacher¹ was traditionally considered to be the key building block of any transmitter, this ¹Infineon Technologies workshop will particularly target more complete transmitter solutions that serve the smart antenna operation. Therefore, highly-integrated TX solutions are within Power Amplifiers for 5G Active Antenna Arrays under the focus of this workshop. Several talks will illustrate the great integration Beam-Control-induced Mismatch possibilities offered by modern silicon CMOS and SiGe technologies for realizing Sebastian Krause¹ high performance digital and analogue functions in the range below 6 GHz, as well ¹Fraunhofer Institute for Applied Solid State Physics as, at mm-wave frequencies. RF Modulators for Digital Transmitters The workshop is based on a combination of presentations by leading industry, Jussi Ryynänen¹ institute, and academic researchers. This will give the audience both perspectives ¹Aalto University of detailed technical solutions, as well as, an overview of the requirements that Bits-In / RF-Out Transmitters for 5G mMIMO drive the industrial system and testbed development activities. Morteza Alavi¹, Leo de Vreede¹ ¹Delft University of Technology RF Module Integration for 28 GHz Fixed Wireless Application Stefan Sahl¹ ¹Ericsson A True 64-Antenna MMIMO System for Small Cell Fronthauling Wolfgang Templ¹ ¹Nokia 76 www.eumweek.com WORKSHOPS AND SHORT COURSES - SUNDAY

Time: 09:00 – 18:20 Room: N114 WS-09 (EuMC/EuMIC) Metamaterials, Metasurfaces and Applications Organiser: Ferran Martín¹, Francisco Medina² Programme ¹Universitat Autònoma de Barcelona, ²Universidad de Sevilla Metasurface for Blazed Gratings and Reflectors for Victor Veselago first predicted the unique, unusual and exotic properties of Microwave through THz Applications metamaterials, particularly left-handed media, in 1968. However, David R. Smith Tatsuo Itoh¹ and his team conducted the first experimental verification of such properties many ¹University of California Los Angeles years later, in 2000. This singular year is considered by many researchers involved Metasurfaces for Anomalous and Negative Refraction in the topic to represent the onset of the Metamaterials History, initiated by its Sergei Tretyakov¹ “big bang” after 32 years of latency. Therefore, 2018 is a key year, coinciding with ¹Aalto University the 50th anniversary of the seminal paper by Veselago, and with the adult age of Terahertz Metasurfaces for High Sensitivity Thin-film Metamaterials. Since 2000, the research activity on the topic of metamaterials and Sensing Devices artificial materials, and related topics, including metasurfaces, frequency selective Miguel Beruete¹ surfaces, electromagnetic bandgaps, etc., has experienced a significant growth, ¹Universidad Pública de Navarra and many applications, in fields as diverse as communications, sensing, or security, among others, have been reported. The aim of this workshop is to provide the Low Profile High Gain Antennas Based on Modulated attendees an overview of the research activity on the topic of microwave and THz Metasurfaces metamaterials, with special emphasis on metasurfaces (a hot topic nowadays), and Enrica Martini¹ their applications. To this end, a balanced team of prominent researchers worldwide ¹University of Pisa has been carefully selected. Workshop topics include metasurfaces for blazed Radiofrequency Metamaterials and Metasurfaces based on gratings and reflectors, metasurfaces for sensing, metasurfaces for anomalous and Active ‘Negative’ Elements negative refraction, high-gain antennas based on metasurfaces, metamaterials Silvio Hrabar¹ and metasurfaces based on active ‘negative’ elements, analytical circuit modeling ¹University of Zagreb of metasurfaces, wave propagation in time-modulated metamaterials, invisibility cloaks for advanced antennas, novel sensors and chipless-RFID systems based on Analysis of 2D Periodic Structures from an Equivalent metamaterials and symmetry, and industrial applications of metamaterials. These Circuit Standpoint topics will be presented in a coherent manner in the workshop, and the different Francisco Mesa¹ concepts introduced will be illustrated with multiple examples of applications, ¹Universidad de Sevilla including applications in industry. Wave Propagation in Time-modulated Metamaterials Andrea Alú¹ ¹University of Texas Austin From Artificial Electromagnetic Materials to Metamaterials: Unprecedented Properties for Conceptually New Microwave Devices Filiberto Bilotti¹ ¹Univerisy of Rome TRE Novel Sensors and Chipless-RFID Systems Based on Metamaterials and Symmetry Properties Ferran Martín¹, Paris Vélez¹, Cristian Herrojo¹ ¹Universitat Autònoma de Barcelona Commercializing Metamaterial Surface Antenna Technology: A Market-Driven Approach Ryan Stevenson¹ ¹KyMETA

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Time: 09:00 – 18:20 Room: N115 WS-10 (EuMC) Radioastronomy Instrumentation Organiser: Luis Garcia Muñoz¹, José López Fernández² Programme ¹Universidad Carlos III de Madrid, ²National Observatory Cosmic Microwave Background Detection with QUIJOTE Radioastronomy instrumentation is a very exciting area where huge interdisciplinary Telescope areas must work together. Rafael Rebolo¹ ¹Instituto Astrofísico de Canarias This workshop aims to bring together astronomers, physicists, and engineers working on detectors and low-noise instruments for the far-infrared/submm/mm Photonic Local Oscillators for Radioastelescopes wavelength range. It will cover current and future imaging and spectroscopic arrays, Iván Cámara Mayorga¹ both bolometric and heterodyne, for ground-based and space-borne telescopes, ¹Max Planck Institute for Radioastronomy the physics of semiconducting and superconducting detectors and readouts, the Advances in Quasi-optical Design and Analysis for optimization of long-wavelength optical systems, new developments in coherent Millimetre/Submillimetre-wave Receiver Systems receivers and spectrometers, and the design and optimization of components such John A. Murphy¹ as optics, filters, and local oscillators. In addition to these component technologies, ¹National University of Ireland, Maynooth the conference will examine instrument architectures as well as recent application examples. 1.9 THz Silicon Micromachined Multi-Pixel Receiver Instrument This Radiostronomy instrumentation workshop is designed to explore the current Goutam Chattopadhyay¹ and foreseeable state-of-the-art of space telescope and instrumentation programs, ¹NASA-Jet Propulsion Laboratory, California Institute of Technology concepts and technologies from the near-ultraviolet and visible wavelengths through the infrared and millimeter regions. NASA’s Hubble Space Telescope (HST), Submillimeter Wave Astrophysics at Caltech the Spitzer Space Telescope, Kepler/K2, and the airborne SOFIA programs are Jonas Zmuidzinas¹ continuing observations and/or reviewing science proposals for new observation ¹Jet Propulsion Laboratory cycles. ESA has launched and is collecting data from the Global Astrometric Antenna-Array Digital-Beamforming and Calibration Interferometer for Astrophysics (GAIA), a mission that will compile an astrometric Methods for the Next Generation Multi-Beam Spaceborne catalogue of ~1 billion stars with a second data release in April 2018. Radiometers for Ocean Observations For this workshop, status reports on projects of all sizes and the science questions Marianna Ivashina¹ that they address are sought, as well as talks addressing topics that include, ¹Chalmers University but are not limited to, the following issues and opportunities: performance requirements; instrumentation (imaging, polarimetric, and spectroscopic); The ESO submillimetre observatories: ALMA and APEX Leonardo Testi¹ instrument performance; detectors; receiver technologies; signal read-out; optical ¹European Southern Observatory design; optical components; other associated technologies; observing techniques; emerging concepts. Microwave Room Temperature Photon Counting Detector Finally, the events and studies that will determine the future of space observatories Luis Garcia Muñoz¹ ¹Universidad Carlos III de Madrid for the next few decades are occurring right now, and the active participation of students is particularly important for this workshop. Students are encouraged to assist addressing both science requirements and technology enablers, conventional and unconventional. Opportunities to reach out to other disciplines and to the public at large are sought to increase understanding of the value of space observatories and consequently their basis of support. We look forward to a vigorous response to this workshop from across the space telescope community.

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Time: 09:00 – 18:20 Room: N116 WS-11 (EuMC/EuMIC) Highly Integrated RF Transceiver Systems Organiser: Gernot Hueber¹, R. Bogdan Staszewski² Programme ¹NXP Semiconductors, ²University College Dublin A CMOS 79GHz PMCW Radar SoC Mark Ingels¹ With the advent of nano-scale CMOS technology, exciting new developments ¹imec have recently taken place in the field of RF and mm-wave transmitters, receivers and frequency synthesizers. The low-voltage, fast speed, fine feature-size and low Pushing the Linearity and RF Selectivity of Mixer-First cost of the new technology have forever changed the way we design circuits, Receivers and N-path Filters architectures and systems. Not only the RF/mm-wave circuits have taken different Eric Klumperink¹ shapes from what has been taught in textbooks but also their integration with ¹University Twente digital processors have enabled new possibilities for digital assistance, offering A Wideband Single-PLL Multi-Channel and Multi-Band Car autonomous built-in self-testing and self-calibration. This workshop gives an Radio Receiver with High-Resolution DS ADCs overview and samples of such latest developments. Lucien Breems¹ ¹NXP Semiconductors 28nm FDSOI Technology for 5G Transceiver Integration Andreia Cathelin¹ ¹ST Microelectronics Recent Advances in Radio ICs for Wireless Cubic-mm Sensor Nodes David Wentzloff¹ ¹University Michigan Pursuing Hardware Integration for Commercial mmW Cellular Systems Fredrik Tillman¹ ¹Ericsson Research New System Concepts Towards 5G RFIC’s Aarno Pärssinen¹ ¹University of Oulu Capacitor-based TX Architectures: from Low-noise to High Power Pedro Paro Filho¹ ¹University College Dublin

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Time: 09:00 – 18:20 Room: N117 WS-12 (EuMC/EuMIC) Wideband Supply Modulated RF Power Amplifiers for Energy Efficient Wireless Communication Infrastructure channel GaN technology is more immature and shows larger trapping effects. In supply modulated systems, the drain lag can have a severe effect depending on Organiser: Olof Bengtsson¹, José Angel García² the modulation BW and on the type of supply modulation (discrete or continuous ¹Ferdinand-Braun-Institut (FBH) Leibniz-Institut für Höchstfrequenztech- modulation). This is also discussed in the workshop. nik, ²Universidad de Cantabria Programme The large instantaneous modulation bandwidth and high peak-to-average power ratio of signals used in future wireless communication systems is a challenge for Wideband GaN-based Discrete Level Supply Modulated the established power amplifier (PA) topologies targeting high back-off efficiency Power Amplifier Systems like Doherty PAs. Meanwhile, recent work on supply modulated systems, where Nikolai Wolff¹ the supply voltage of the PA is dynamically modified according to the envelope of ¹FBH Berlin the signal, have shown an impressive bandwidth improvement and competitive Efficient Supply-modulated GaN PAs for Wide RF and efficiency results. This is much attributed to the use of GaN technology for the Instantaneous Bandwidths fast switches in the supply modulators. Such systems allow, depending on the Zoya Popovic¹ signal dynamics and frequency of operation, efficiency enhancement in the ¹University of Colorado range of 10-20 %-points. Novel topology supply modulators and/or discrete level systems have shown the potential to be used in very large bandwidth, including Modular RF and Baseband Measurement Architectures integrated systems up to Ka-band for future cellular infrastructure (5G) and for Enabling Calibrated Multi-port Supply-modulated PAs space applications. The applications and possible suggested architectures for such Marc Vanden Bossche¹ systems will be presented in this workshop with their respective pros and cons. ¹National Instruments A challenge in the design of such systems is the characterization and modelling Digital Class-S Supply Modulators for Envelope Tracking for digital pre-distortion (DPD), since most systems feature a low-frequency (LF) Andreas Wentzel¹ supply modulator input in addition to the RF input. Multi-port vectorial data for ¹Ferdinand-Braun-Institut (FBH) such dual-input, single-output (DISO) system with one LF non-50 ? port is required Three-Port Characterization of Nonlinear Power Amplifiers for the dynamic characterization necessary for extracting the appropriate shaping using a PNA-X Microwave Network Analyzer function. Some measurement solutions based on alternative hardware for the Troels Nielsen¹ vectorial receiver and the LF path will be presented in this workshop, as well as ¹Keysight Technolgies novel DPD models optimized for linearization of DISO systems. Long-Term Memory Effects in GaN Devices: From Modeling A special challenge in modelling poses discrete level supply modulated systems (class-G) with large discontinuous non-linearities, as well as supply modulated to Compensation systems with digital supply modulators (class-S) where the dynamic supply signal José Carlos Pedro¹ is coded in a pulse-pattern. ¹Instituto de Telecomunicações, DETI, Universidade de Aveiro Finally, with the novel communication systems operating at much higher Roadmap to Envelope Tracking in L-Band for Space frequencies, the technology is directed to smaller integrated transceiver cells, Applications fabricated in short gate length GaN technology. The supply modulator operates Natanael Ayllon¹ in the baseband and is less affected by the RF operational frequency, but in ¹European Space Agency general, the maximum supply voltage of the RF PA drops for short gate length technology, which lowers the expected performance improvement using supply modulation since the possible voltage swing is reduced. Furthermore, short

Time: 14:20 – 18:20 Room: N111 SS-01 (EuMC/EuMIC) Introduction to SSPA Design and Considerations for Spaceborne Applications Programme Organiser: Natanael Ayllon¹, Iain Davies¹, Vaclav Valenta¹ Welcome & General Introduction to SSPAs ¹European Space Agency Natanael Ayllon¹ ¹European Space Agency Short Course on SSPAs and SSPA Design Considerations for Space-borne Applications: SSPA Architectures & Building Blocks Iain Davies¹ The aim of this short course is to provide a general overview of solid-state power ¹European Space Agency amplifiers (SSPA), their architecture, and their use in space applications. The course will delineate the main differences in designing SSPAs for ground and for space Semiconductor Technologies for SSPA segment applications in terms of achievable RF performances, overall cost and Vaclav Valenta¹ lead times. ¹European Space Agency The course will describe the environment in which the equipment operates and Power Amplifier Design Techniques and Architectures for give an overview of the necessary provisions made during the design of this Higher Efficiency equipment to ensure the high level of reliability needed in space. Vaclav Valenta¹ ¹European Space Agency The impact of market trends will be described, driving the need for research and development on an architectural and technological level, increasing efficiency and Space Environment and its Influence on SSPA Design output power whilst, at the same time, reducing volume, mass and cost. Natanael Ayllon¹ ¹European Space Agency Design Considerations for Reliable Space-borne SSPA Operation Iain Davies¹ ¹European Space Agency 80 www.eumweek.com WORKSHOPS AND SHORT COURSES - SUNDAY

Time: 14:20 – 18:20 Room: N108 WS-03 (EuMC/EuMIC) Current Trends in Broadband, Efficient and Linear PAs for 5G Wireless Applications Programme Organiser: Kamal Samanta¹, Bumman Kim² GaN/Si Power Amplifiers for 5G Mobile Telecommunications ¹Sony Europe, ²Pohang University of Science and Technology Marc Rocchi¹ ¹OMMIC The ever-increasing demand for high data-traffic expects significant deployment of 5G cellular systems as of 2020. The 5G communication system demands high GaN PAs for 5G/6G Wireless Communication data rate, up to 10 Gbps, RF or hybrid beamforming, high-density devices for IOT Ruediger Quay¹ and very dense base-station deployment. These unprecedented demands require ¹Fraunhofer Institute of Applied Solid-State Physics new-generation power amplifiers (PAs) operating at higher frequency bands and Broadband & Packaged 5G High Power Frond-End for delivering high linear power with wide-bandwidth and high efficiency, yet at a 28GHz Solutions highly reduced size and cost. Therefore, broadband linear PAs with high efficiency Mohammed Ayad¹ at high PAPR, supporting higher order modulation, is one of the most critical ¹United Monolithic Semiconcuctors SAS components for a 5G mobile and backhaul system. Progress of CMOS Power Amplifier Towards mm-Wave Band In this very timely workshop, we will highlight the recent important trends and for 5G Application the state-of-the-art developments in GaN- (for higher performance) as well Bumman Kim¹ as CMOS- (for lower cost) based PA circuits design and linearization to system ¹Pohang University of Science and Technology implementation (with analog and hybrid beamforming) for 5G applications, including those for Ka-, V- and W-band handsets and infrastructure. GaN being GaN MMIC High-Efficiency PAs above X-band the most suitable candidate for mmW performance, a special emphasis will be Zoya Popovic¹ given on GaN based PA developments on Si as well as SiC semiconductor and ¹University of Colorado linearization (recent advances in software and hardware implementations), 5G Linearization Options covering PAs for large arrays and hybrid sub-six single element. The workshop Allen Katz¹ will present the latest result and compare performance of novel PAs for various ¹Linearizer Technology, Inc. circuit and device technologies, and in terms of BW, ACLR/linearity, efficiency with high PAPR, and cost. Further, it will present PAs with circuit topologies including Doherty, out phasing, stacked and envelope tracking for enhanced performance (especially efficiency and bandwidth) at back-off power, to meet the challenging high performance and low cost requirements for 5G deployment. The speakers are experts and are the leading contributors in both the industrial and academic sectors.

Time: 14:20 – 18:20 Room: N109 WS-05 (EuMC) 5G Systems & Millimeterwave Communications in Smart Public Transport Programme Organiser: José I. Alonso¹, César Briso¹ Towards Smart Rail Mobility at mm-Wave and THz Bands: ¹Universidad Politécnica de Madrid Challenges and Solutions Ke Guan¹ The fifth generation (5G) aims to provide considerable broader bandwidths and a ¹Beijing Jiaotong University network capable of offering a flexible technology for transportation applications. The use of mmW combined with new 5G technologies can be the most disruptive High-Performance Ray-Tracing Simulation Platform and its technology in smart transportation since it can allow the addition of new services Application to Railway Communications and applications to make mass public transportation more efficient, safer and Danping He¹ profitable. ¹Beijing Jiaotong University However, there are great challenges to overcome; the first is to provide critical Propagation Measurements and Channel Sounding at mmW communications for control and safety applications. Critical communications for ITS require a very high quality of service to allow control and automation applications. César Briso¹ For this reason, a precise knowledge of the physical interface and careful modeling ¹Universidad Politécnica de Madrid of propagation are necessary, and in this case, new 5G technologies can play an important role. mm-Wave Train-to-Ground and Intra-Train Communications for Mission Critical Services On the other hand, mass transport systems demand broadband communications Juan Moreno¹ services for users. To provide these services, it will be necessary to use new mmW ¹Metro de Madrid / Univ. Politécnica de Madrid bands (26-34 /60 GHz) where there is a large bandwidth available and solutions like moving relay or distributed antenna systems. Nevertheless, the use of these mm-Wave Train-to-Train Communications for Next frequencies is new for mobile communications, and requires a careful modeling Generation Railways of the environment and the use of new simulation tools for propagation design Stephan Sand¹ and modeling. ¹DLR

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Time: 08:30 – 17:50 Room: N111 SM-01 (EuMC) Microwaves for Quantum Information Technology Organiser: David E. Root¹ Programme ¹Keysight Technologies Introduction to Quantum Information Technology (QIT) - With the potential to break RSA encryption, the promise of perfectly secure Vast Potential, Big Challenges communication, and the possibility to solve certain computational problems Irfan Siddiqi¹ exponentially faster than anything even conceivable on a classical computer, ¹University of California, Berkeley Quantum Information Technology (QIT) is one of the most compelling (or Quantum Engineering of Superconducting Qubits (1) — sensational, depending on your perspective) areas of science and technology Superconducting Qubits, Control and Extensibility now in the public eye. From the perspective of “”Groundbreaking Microwave William D. Oliver¹ Applications,” this proposed one day Short Course is intended as an Introduction ¹Massachusetts Institute of Technology, Cambridge to QIT for microwave engineering students, practitioners, and researchers. It Quantum Engineering of Superconducting Qubits (2) — introduces the science and applications of QIT to those with little to no background in quantum mechanics, and highlights the essential role of microwaves and Qubit Measurement and Quantum States of Microwave significant opportunities for further microwave engineering contributions to the Light burgeoning new field of quantum engineering. Alexandre Blais¹ ¹University of Sherbrooke, Quebec The course begins with a high-level overview of QIT including quantum computation, quantum communication, quantum sensing, and quantum cryptography. The basic Microwave Engineering for Preparation, Control, physical principles of QIT, from qubits (quantum bits) to quantum algorithms, Programming, and Readout of Quantum Computers and challenges to realization, are introduced next. The course focuses on several Marc Almendros¹ specific technologies of practical importance where microwaves play a critical role. ¹Keysight Technologies, Barcelona Quantum engineering of superconducting qubits is covered from the perspectives Silicon Based Quantum Technologies of control, extensibility, measurement, and the quantum states of microwave Ben Murdin¹ light. Advanced, scalable, microwave electronics and software tools are presented ¹University of Surrey, Guildford that can address the significant challenges of classical control of multiple qubits, including preparation, programming, and readout of quantum computers. Silicon- Cryo-CMOS Circuits and Systems for Scalable Quantum based quantum technologies are presented, where microwaves are used to control Computing the electron spin, THz pulses control orbital angular momentum, and information Masoud Babaie¹ manipulation and read-out is based on principles similar to microwave-based ¹TU Delft nuclear magnetic resonance. The role of cryogenic CMOS (Cryo-CMOS) circuits and systems for scalable quantum computing, operating down to 4K, is highlighted and shown to provide integration levels that may be needed to go from today’s small number (~10) qubits to thousands of qubits as may be needed for the realization of practical quantum algorithms.

Time: 08:30 – 17:50 Room: N116 SM-04 (EuMC) High-Speed Interconnects and Signal Integrity Organiser: Flavio Canavero¹ Programme ¹Politecnico di Torino - DET Fundamental Principles of Signal Integrity Flavio Canavero¹ High-speed signaling is the critical enabler of multi-gigabit data transfer rates ¹Politecnico di Torino - DET that are essential for today’s communications. The true challenges, however, are the physical limitations of the channel (in board, package, and connector), the Design for Signal Integrity transceiver circuits, as well as the voltage and timing noises introduced along Hubert Harrer¹ the signal paths. Accurate design of high-speed digital systems requires a good ¹IBM Systems &Technology Group, Technology Development, Boeblingen understanding of the physical effects and system architecture. Modeling and Power Integrity analysis capabilities, based on a sound microwave background, are needed to Gianni Signorini¹ assess the effect of different physical phenomena and to optimize the design of ¹Intel Corporation iCDG - Munich the channel, and of the transmitter and receiver subsystems. This tutorial provides Wideband Modeling and Simulation an overview of the basic concepts and of the strategies that can be used to Stefano Grivet-Talocia¹ successfully design high-speed systems. ¹Politecnico di Torino - DET Topics covered in this tutorial include the most important issues of Signal integrity, like single ended and differential signal propagation from the transmitter to the Measurements and Verification Ivan Ndip¹ receiver, including problems such as impedance control, discontinuities, reflections, ¹Fraunhofer IZM, Berlin losses, topology, terminations, ISI, jitter, eye diagrams, crosstalk and ground bounce. The issues associated with supplying low noise DC voltages to the active devices, aka Power integrity, are also addressed, due to their critical influence on the design performance. This includes the interconnects behavior in the power distribution network (PDN), the effects of decoupling capacitances, package lead inductance, multiple plane cavities and parallel resonance structures and interactions in the entire PDN.

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Time: 08:30 – 17:50 Room: N112 SM-02 (EuMC) Classical and Novel Synthesis Methods for Filters and Multiplexers Programme Organiser: Vicente Boria¹, Giuseppe Macchiarella², Petronilo Martín-Igle- Microwave Filters in Space: Past, Present and Future sias³ Petronilo Martín-Iglesias¹ ¹Technical University of Valencia, ²Politecnico di Milano, ³ESTEC (Europe- ¹ESTEC (European Space Agency) an Space Agency) Microwave Filters in Space: Technologies, Applications, Over the past decade, there has been a spectacular increase in demand for Design and Manufacture cellular communication and satellite-based services. This has been the singular Marco Guglielmi¹ reason in pushing the state-of-the-art of wireless systems to achieve even ¹Technical University of Valencia higher communication capacity within the constraints of the available frequency Classical Synthesis Techniques: The Coupling Matrix spectrum. Therefore, frequency allocations are regarded as a natural resource. Pablo Soto¹, Santiago Cogollos¹ Filters and multiplexing networks play a critical role in maximizing the effective ¹Technical University of Valencia use of the available bandwidth to achieve the highest capacity for a diverse range EM-based Design Techniques using the Coupling Matrix of traffic scenarios, and are deemed as critical elements of these communication Santiago Cogollos¹, Vicente Boria¹ systems. ¹Technical University of Valencia This short-course is designed to give the attendees a system overview and Singly Terminated Network and New Circuit Approaches for tradeoffs for microwave filtering requirements in satellite communication systems. This is followed by a critical review of classical and modern synthesis techniques, Filters and Multiplexers either using lumped element parameters, circuit models and/or coupled-mode Ming Yu¹ ¹The Chinese University of Hong Kong theory, with special emphasis on different filter performances (e.g. single- and multi-band responses), diplexers and multiplexers. The next step in filter design is Synthesis Methods for Special Multiband Combiners the realization of the physical dimensions of the filter from the circuit model and Giuseppe Macchiarella¹ the required coupling coefficients. This topic is dealt with: (i) a brief overview of the ¹Politecnico di Milano classical techniques based on circuit models of the physical structures and (ii) an Synthesis and Design of Wide Pass- and Stop-Band Filters extensive and in depth review of modern techniques based on EM modelling. A using Composite Resonator number of examples will be shown to illustrate the filter tradeoffs and realization Ke-Li Wu¹ of different filtering and multiplexing networks. ¹The Chinese University of Hong Kong Coupled-Mode Theory and Inverse Scattering Israel Arnedo¹ ¹Public University of Navarre

Time: 08:30 – 17:50 Room: N115 SM-03 (EuMC) Coupling-Matrix-Based Design of RF/Microwave Filters Organiser: Dimitrios Peroulis¹, Roberto Gomez-Garcia², Dimitra Psycho- Programme giou³ Coupling-matrix Design Fundamentals ¹Purdue University, West Lafayette, ²University of Alcala, Madrid, ³Univer- Roberto Gomez-Garcia¹ sity of Colorado, Boulder ¹University of Alcala, Madrid This short course introduces students to the science and art of RF/microwave Reconfigurable Cavity-based Filters: Design and filter design. Students taking this course should be familiar with fundamental RF Applications concepts, such as impedance matching, transmission line theory, and scattering Dimitrios Peroulis¹ parameters. Previous exposure to filter design is helpful but not required. The ¹Purdue University, West Lafayette course starts by introducing students to the importance of RF filters in current Planar and Acoustic-wave-based Filter Designs high-frequency applications, followed by the fundamentals of filter design. It Dimitra Psychogiou¹ subsequently introduces students to the coupling-matrix-based design theory, ¹University of Colorado, Boulder followed by many practical synthesis examples. Without sacrificing mathematical rigor, the course emphasizes the practical step-by-step design process. Relevant MatlabTM scripts will also be provided to students as a guideline so they can perform their own designs. Students will be able to design complex transfer-function filters (e.g., multi-band, filter cascades) that go beyond traditional textbook-style filter examples. In addition, several planar and three dimensional filter developments will be presented as supporting practical examples. The course will also include many advanced practically-important topics including: high-quality resonator technologies, reconfigurable filter architectures and technologies, acoustic-wave- based filter design, and high-power reconfigurable filters. We will conclude by providing examples of the most successful reconfigurable filter architectures that exploit the aforementioned techniques to realize adaptive-transfer-function filters. Students who complete this course will be able to understand basic and advanced filter concepts as well as comprehend the state-of-the-art designs published in recent technical literature.

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Time: 08:30 – 17:50 Room: N109 WM-01 (EuMC) Digital Calibration and Nonlinear Compensation Techniques for MIMO Wireless Transmitters in 5G and Beyond Programme Organiser: Anding Zhu¹, Pere L. Gilabert² On the Calibration of Multi-Antenna Arrays ¹University College Dublin, ²Universitat Politècnica de Catalunya Thomas Eriksson¹ ¹Chalmers University of Technology In the existing cellular base stations, to guarantee linearity, digital predistortion (DPD) is widely used to compensate for the nonlinear distortion generated Prediction and Compensation of PA Linearity and Efficiency by RF power amplifiers (PAs). In 5G, particularly in wideband millimetre wave in MIMO Scenarios transmitters, the conventional DPD is no longer workable. With increasing Filipe M. Barradas¹ demands for higher data rates, the signal bandwidth will continue to increase. At ¹University of Aveiro / Instituto de Telecomunicações millimetre bands, the modulation signal bandwidths can reach hundreds of MHz or Low Complexity DPD for 5G Massive MIMO even multi-GHz and the peak to average power ratio of the signal may well exceed Wenhua Chen¹ 10 dB. This requires not only very high sampling rates for digital signal processing ¹Tsinghua University but also sophisticated DPD models to compensate the nonlinearity, that leads to Linearization Technique in 5G Massive MIMO Array high power consumption and high cost. To increase power efficiency and meet the Chao Yu¹ demands for high capacity, dense networks of base stations will be deployed and ¹Southeast University transmitters with multiple antennas (e.g., with massive MIMO architectures) and multiple power amplifiers will be used. In these transmitters, the output power Model Order Reduction Techniques for Digital Predistortion of each PA will be significantly reduced compared to that in the existing high Linearization of NR-5G Amplification Architectures power base stations, which leaves limited headroom for digital predistortion in Pere L. Gilabert¹ terms of power and cost budget. New digital compensation solutions for linear and ¹Universitat Politècnica de Catalunya nonlinear distortion compensation of ultra-wideband or multi-band 5G systems Re-development of DPD for 5G Wireless Transmitters will be required. In addition, due to multiple antennas and PAs are used in MIMO Anding Zhu¹ transceivers, characterization and compensation of coupling effects between the ¹University College Dublin antenna array and the PAs must be addressed. Stochastic Modeling to Understand Dirty MIMO In this workshop, we will discuss the future trends of 5G wireless transmitters and the related modelling and system design challenges that we are facing in Transmitters developing digital calibration and nonlinear compensation techniques for such Daniel Rönnow¹, Peter Händel² ¹University of Gävle, ²KTH Royal Institute of Technology systems. Particular emphasis will be given to MIMO system architectures, digital compensation model selection, feedback loop data acquisition, model extraction algorithms and various system architectures. System characterisation, theoretical analysis, experimental test and hardware/software system implementation issues will be discussed.

Time: 08:30 – 17:50 Room: N110 WM-02 (EuMC) High Power RF Breakdown and PIM in Space Applications Organiser: David Raboso Garcia-Baquero¹, Oscar Monerris², Petronilo Programme Martín-Iglesias³ Introduction to High Power RF Breakdown Effects and PIM ¹European Space Agency, ²Valencian Space Consortium, ³ESTEC (Europe- David Raboso Garcia-Baquero¹ an Space Agency) ¹European Space Agency This one-day workshop seeks to present in a condensed format the most relevant Secondary Electron Emission Yield in Multipactor advances achieved in the field of high power radio-frequency breakdown effects Breakdown in space applications: Multipactor, Corona and Passive Intermodulation. For this Mohamed Belhaj¹ purpose, most of the relevant topics will be covered. Following a phenomena ¹ONERA introduction, the speakers will present the status-quo in material science, High Power Breakdown in Dielectrics and Ferrites simulations, testing, component design and regulation. At the end of the workshop John Petit¹ the attendees will be able to understand this topic as a whole. ¹Honeywell Aerospace By selecting speakers from industry and research entities, this workshop aims Additive Manufacturing for High Power Applications to present its content not only from an academic point of view but also from a Petronilo Martín-Iglesias¹, Isabel Montero² practical approach. Having this in mind, the workshop has been prepared to cover ¹ESTEC (European Space Agency), ²ICMM-CSIC areas of interest for students/researchers and engineers dealing with the design Multipactor Simulations with Arbitrary Geometries and and manufacture of high power RF devices for space applications. Waveforms In addition, this workshop will emphasize the effort paid in order to achieve a Carlos Vicente¹ consensus on how multipactor testing and simulation is conducted along the ¹Aurora Software and Testing, Dassault Systemes European partners. Signal Management in High Power Modulated Testing Òscar Monerris Belda¹ ¹Val Space Consortium Passive Intermodulation Measurement and Extension to Multicarrier Scenarios Davide Smacchia¹ ¹Val Space Consortium Towards a New Regulatory Consensus (New ECSS Standard on Multipaction) Jérôme Puech¹ 84 www.eumweek.com ¹Centre National d’Études Spatiales (CNES) WORKSHOPS AND SHORT COURSES - MONDAY

Time: 08:30 – 17:50 Room: N113 WM-03 (EuMC) Recent Advances in RF/microwave Filters for Space Application Programme Organiser: Santiago Sobrino Arias¹, Petronilo Martín-Iglesias² Current and Future Requirements for RF/Microwave Filters ¹Thales Alenia Space Spain, ²ESTEC (European Space Agency) Petronilo Martín-Iglesias¹ ¹ESTEC (European Space Agency) Filters and multiplexers are key building blocks in science, navigation, and earth observation and telecommunication applications. However, it is in the Substrate Integrated Coaxial Filters for Satellite telecommunication systems where filter specifications are specially demanding Telecommunication Systems due to accommodation issues, power handling, RF performance and cost among Stefano Sirci¹ others. In the last years, telecommunication system requirements have evolved ¹iTeam (Universitat Politècnica de València) very fast due to the increase in traffic demand. Compact 3D Filters for Satellite Applications Congestion in lower (and traditional) frequency bands have forced the operators Luca Pelliccia¹ to move to high frequencies (Ka-, Q-, V) and they are already thinking about higher ¹RF uTECH frequencies such as W-band. Ultra High Power Filter for Space Application However, the satellite resources (power, space) are limited and a good management Antonio Panariello¹ of all of them will help the satellite operators to cover the traffic demand when ¹Honeywell and where is needed. This is forcing the satellite manufacturers to move to flexible New Class of IMUX Filters from C to Ka-band architectures (active antennas, beam hopping, digital processors, etc.). Rubén Gómez Chacón¹ This new ecosystem where shorter lead times, lowers cost, additional flexibility, ¹Thales Alenia Space Spain new payload architectures among others, are forcing the filter manufacturers to Advanced Design Techniques for Waveguide Filters for be highly innovative. Additionally, new market opportunities also comes with new Satellite Applications players. Fernando Teberio¹ This workshop aims to present the state-of-the-art for microwave filter design ¹Microwave Components Group (MCG) – Public University of Navarre (UPNA) and manufacturing, but also aims to create an adequate forum for the discussion regarding the current market situation and perspective. High Power Filters and Multiplexers for PIM Set-ups Pablo Soto¹, Marco Guglielmi¹ ¹iTeam (Technical Univ. Valencia)

Time: 08:30 – 17:50 Room: N114 WM-04 (EuMC) Substrate Integration Technologies and Applications Organiser: Maurizio Bozzi¹, Ke Wu² Substrate Integrated Waveguide Components for Radio ¹University of Pavia, ²Ecole Polytechnique de Montreal Astronomy Receivers Eduardo Artal¹ The evolution of microwave and RF technology towards the needs of the Internet ¹Universidad de Cantabria of Things (IoT) and the fifth generation of mobile communication (5G) requires innovative technologies for the development and integration of the wireless Ceramic-Based Multilayer SIW and Convectional systems. Substrate integrated waveguide technology represents a viable solution Interconnects and Circuits for mmW Modules for the integration of complete systems at microwaves and millimeter waves. This Kamal K. Samanta¹ workshop will cover a variety of topics related to substrate integration technologies ¹Milmega and their current and future applications. Substrate Integrated Waveguide Technology for mm-Wave With worldwide known experts in the field, the workshop will provide the Interferometric Radar Applications attendees with a complete view on the current scenario of the substrate Fabian Lurz¹, Sebastian Mann¹, Robert Weigel¹, Alexander Koelpin¹ integrated waveguide technology. The speakers have been selected to guarantee ¹Friedrich-Alexander University Erlangen-Nuremberg a good balance between industrial and academic contributions and a reasonable SIW Components and Antennas for Wireless geographical distribution, with contributions from Europe, America, and Asia. Communication and Radar Systems The proposed topics cover in a coherent way both different applications (ranging Wei Hong¹, et al. from radars to radio-astronomy) and innovative technological solutions (from ¹Southeast University, Nanjing miniaturized filters to air-filled structure). The full-day workshop comprises nine presentations and a complete session Miniaturized Substrate Integrated Waveguide (SIW) Filters (1 hour and 40 minutes) for the panel discussion, involving the speakers, the Cristiano Tomassoni¹, et al. ¹University of Perugia organizers, and the attendees. Air-Filled Substrate Integrated Waveguide – An Alternative Programme Low Cost Technological Platform for the Design of The State-of-the-Art of Substrate Integration Technology Innovative and High Performance Millimeter Wave Ke Wu¹ ¹Ecole Polytechnique de Montreal Components Anthony Ghiotto¹ Applications of SIW Technologies to Photonics and ¹University of Bordeaux Microwaves High-speed Interconnects Based on SIW Renato Lombardi¹, Valentina Verri¹, Maurizio Mattivi¹, Alberto Rampulla¹ Junfa Mao¹, Xiaochun Li¹ ¹Huawei Italy ¹Shanghai Jiao Tong University

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Time: 13:50 – 17:50 Room: N107 WTu-01 (EuMC) Microwaves for Biomedical Applications Organiser: J.-C. Chiao¹, Robert Caverly² Programme ¹University of Texas at Arlington, ²Villanova University Ultra-wideband Impedance Spectroscopy of Live Biological Due to rapid advances in radar techniques, high frequency electronics, wireless Cells communication, and integration of microfluidics and microsensors in RF devices, James C. M. Hwang¹ microwave technologies have become readily available for uses in biomedical ¹Lehigh University applications. Utilization of electromagnetic techniques for biological interaction Microwave Dielectric Spectroscopy as an Analytic and and effects has enabled a dramatic paradigm shift in medicine and science. Label Free Technique for Molecular and Cellular Sensing Particularly, these techniques make it possible for new noninvasive and continuous Katia Grenier¹, David Dubuc¹ sensing methods that potentially can create novel clinical tools and understanding ¹LAAS-CNRS of diseases. In Vitro and in Vivo Applicators for Pico- and Nanopulses This workshop includes state-of-the-art reports on RF, microwave, and millimeter- Electric Fields Require RF-design Structures: an Overview wave technologies in clinical applications and biology studies by pioneering Micaela Liberti¹, Caterina Merla¹, Francesca Apollonio¹ experts in the fields. These applications include radio frequency sensors for ¹University of Rome individual cells and physiological monitoring. The research scopes presented are truly multidisciplinary and broad. With the evident increase of research activities Exploiting Short-range Multi-mode Continuous-wave Radar and progresses, the workshop aims to provide a platform to present stimulating Architectures in Biomedical Applications information and inspire microwave engineers to explore new applications. Roberto Gomez-Garcia¹ ¹University of Alcala, Madrid Electromagnetic Sensors for the Detection of African Trypanosomiasis using RNA Aptamer Derivatized Surfaces Christian Damm¹ ¹Ulm University Microwave Non-invasive Blood Glucose Monitoring for People with Diabetes: Potential and Challenges Heungjae Choi¹ ¹Cardiff University

86 www.eumweek.com WORKSHOPS AND SHORT COURSES - WEDNESDAY

Time: 08:30 – 17:50 Room: N118 WW-02 (EuRAD) Automotive Radar and HAD Organiser: Holger H. Meinel¹, Marlene Harter² Programme ¹Independent Consultant, ²Bosch GmbH, Stuttgart The Automotive Radar Market Cedric Malaquin¹ Automotive radar at 77 GHz is in production and on our roads since 1998; only ¹Yole developpement recently the production numbers have exploded. Currently, we have around 120 million radar systems on our streets worldwide.Two of the big 4 – Bosch and Conti Automotive Radar Technology and Cost Overview – are delivering about 5 million. Radar sets each per year. VALEO presented a 77 Stéphane Elisabeth¹ GHz radar sensor based on LTCC for mass production at the recent EuMWeek 2017 ¹System Plus Consulting in Nuremberg. A Match of High Tech HAD-vehicles with Smart Up-to-now OEMs just sell their cars – and that’s it. Infrastructure: Which Strategy Will Create a Dominant In the future, we will need maintenance facilities at the dealership of the different Logic. A Comparison of Europe, Germany and China OEMs as well as certifications; otherwise, automotive radar cannot be part of a Bela Peterson safety system. A 77 GHz sensor already on the road for 100,000 km or being nearly 10 years old must still be able to perform faultlessly! AEB (Automated Emergency Technology Marketing in the High Tech Industry – How Braking) Systems for trucks and sedans have already become an important to Market Technology based Innovations in a B2B economic issue – especially under insurance considerations. Environment Quo Vadis - ADAS and HAD ? – Market, measurement and society-wise. These Heiko Seif¹ future directions will be reviewed and discussed in this workshop being described ¹Munich Business School here. How Emblem Measurement at 77 GHz can be Used for Certification Ahmed Sherif¹ ¹Rohde & Schwarz Bumper Measurements and Non-mitigation Certification Matteo Fioravanti¹ ¹Loccioni SpA, Angeli di Rosora OTA Stimulation of Automotive Radars Helmut Schreiber¹, Wolfgang Bosch¹ ¹TU Graz ADAS Testing Indoors – a System to Develop Autonomous Vehicles Hirosuke Suzuki¹, Yutaka Chiaki¹, Shingo Kutsukake¹, Takayuki Shimizu¹ ¹KEYCOM Corporation, Tokyo Meeting the Test Challenges of mm-Wave Automotive Radars Paul Khanna¹ ¹National Instruments Corporation, Sta. Clara, CA ATRIUM - Bridging the Gap between Simulation and Measurement Techniques for Automotive Radar Thomas Dallmann¹, et al. ¹ZF Research and Development, Friedrichshafen Radar Target Simulation Mario Pauli¹ ¹KIT, Karlsruhe

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Time: 13:50 – 17:50 Room: N109 WW-01 (EuMC/EuRAD) Relevance of Electromagnetics in Communication System Design Programme Organiser: Tapan K. Sarkar¹, Miguel Ángel Lagunas Hernández² Importance of Implementing the Proper Physical Concepts ¹Dept. of Electrical Engineering and Computer Science, College of of Electromagnetics Engineering and Computer Science, Syracuse University, NY, ²Centre Magdalena Salazar Palma¹ Tecnològic de Telecomunicacions de Catalunya (CTTC), Castelldefels, ¹Dept. Signal Theory and Communications, Universidad Carlos III de Madrid, Leganés, Barcelona Madrid Current research on wireless radiofrequency (RF) and Microwave systems often Integration of Information Theory into Physics makes unphysical simplifying assumptions and treats the associated signal- Miguel Ángel Lagunas Hernández¹ ¹Centre Tecnològic de Telecomunicacions de Catalunya (CTTC), Castelldefels, Barcelona processing and electromagnetic (EM) analyses independently, resulting in the improper inclusion of the underlying physics (EM theory) of such systems and Relevance of MIMO consequently leading to inaccurate and erroneous performance predictions of Ana Isabel Pérez Neira¹ various microwave systems. To achieve accurate modeling and predictions, EM ¹Centre Tecnològic de Telecomunicacions de Catalunya (CTTC), Castelldefels, Barcelona / theory and signal processing must be intelligently merged. Examples of such errors Dept. Signal Theory and Communications, Universitat Politècnica de Catalunya, Barcelona commonly appear in both fields: not including the platform on which an antenna Energy and Information in Electromagnetics is mounted leads to completely erroneous predictions of antenna coverage, Marco Donald Migliore¹ a serious issue for designing relevant antennas for RF systems; optimizing ¹Università di Cassino e del Lazio Meridionale, DIEI transmitted waveforms without including proper differentiability requirements Statistics, Electromagnetics and Small RF Systems imposed by Maxwellian electromagnetics yields inaccurate and physically Frank Robey¹ unrealizable waveforms. This presentation will also discuss the different concepts ¹MIT Lincoln Laboratory of channel capacity and their implications and the antenna and its relationship to the Maximum Power Transfer Theorem. Although the discussion addresses Why is Electromagnetics Relevant in System Design? communication systems, much of it is applicable to non-communication systems. Tapan K. Sarkar¹ A future of improved performance and better spectral harmony requires coding ¹Dept. of Electrical Engineering and Computer Science, College of Engineering and Computer at RF for microwave transmission and receive systems, initially envisioned by Science, Syracuse University, NY Shannon and subsequently investigated by Viterbi, which is similar to the coding in GPS and satellite communication. Such a methodology can also be carried out in radar, where, for example, a radar can transmit coded waveforms, such as a Barker code, to increase detection capabilities. In summary, the objective of this workshop will be to illustrate that certain issues need to be factored into the design of microwave radiofrequency systems (communication, radar, navigation, countermeasures, etc.). For example, the exclusive use of communication principles in the design of the physical layer of such systems may not be sufficient in the proper design of a microwave system. Three specific topics will be treated in detail: the different concepts of channel capacity and their implications; the antenna and its relationship to the Maximum Power Transfer Theorem and the S-parameters used in conventional Microwave system design and, ultra wideband (UWB) wireless transmission of microwave signals without any distortion. Examples will be presented to illustrate these issues.

88 www.eumweek.com WORKSHOPS AND SHORT COURSES - THURSDAY

Time: 08:30 – 17:50 Room: N111 WTh-01 (EuMC) THz Applications: Present and Future Organiser: Israel Arnedo¹, Albert Redo-Sanchez² Programme ¹Public University of Navarre, ²das-Nano S.L. Introduction to THz and their Applications Israel Arnedo¹ The terahertz frequency range can be defined as the band of the electromagnetic ¹Public University of Navarre spectrum centered at 1THz. Thus, the rule of factor 10 expands the frequency range from 0.1 THz to 10 THz. The so-called THz range lies in the gap between the Fundamentals of THz Generation microwave and the infrared bands. The combination of the technologies used in Bjorn Globisch¹ these two frequency ranges has been applied during the last decade to develop ¹Fraunhofer Heinrich Hertz Institute successful application oriented THz systems. Fundamentals of THz Generation This workshop covers two fundamental aspects of the THz field. On one hand, the Javier Tejada¹ differences between THz generators/receivers consist of radiation sources, detectors, ¹Universidad de Barcelona passive/active components, and transmission technologies will characterize their Available Current Instrumentation for THz pros and cons. Indeed, the availability of commercial THz generators/receivers Joachim Jonuscheit¹, Fabian Friederich¹ (with all the components needed to perform its correct operation) is quite modern. ¹Fraunhofer Institute for Industrial Mathematics ITWM Hence, in the first part of the workshop our top-recognized speakers will present an overview of the commercial THz generators/receivers along with its fundamental Future Trends in THz Instrumentation Ole Peters¹, Milan Öri¹ physical insight. On the other hand, due to the fact that the THz band is the last ¹Menlo Systems GmbH region of the electromagnetic spectrum technologically conquered (from RF to optics should be understood) many unsolved industrial problems have tried to be THz Applications in Pharmaceutics and Medicine figured out with THz waves. Thus, in the second part of the workshop, a multitude Phil Taday¹ of thriving applications in many fields will be presented: communication, biology, ¹Teraview medicine, astrophysics, security, material detection, non-destructive evaluation, etc. THz Applications in Automotive and Wind-power Industry Albert Redo-Sanchez¹ The historical perspective, the current state-of-the-art and the future perspective of ¹das-Nano S.L. both THz generators/receivers and THz applications are covered in this workshop THz Rays for the Graphene Industry being a great opportunity for beginners in the field but also for experts who want Peter Uhd Jepsen¹ to expand their scope of knowledge in a really broad sense. ¹Technical University of Denmark THz Rays for Art and Object Conservation Enrique Castro-Camús¹ ¹Centro de Investigaciones en Optica A.C. Mexico Future THz Applications Jan Balzer¹ ¹Faculty of Engineering, University Duisburg-Essen

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Time: 08:30 – 12:30 Room: N112 WTh-02 (EuMC) Wearable and Smart Electronics: Design, Materials and Applications The emphasis will be on the materials to be used, the design approaches and possible fabrication techniques. Aspects related to the robustness of the Organiser: Alessandra Costanzo¹, Luciano Tarricone², Giuseppina Monti² performance will be discussed. ¹University of Bologna, ²University of Salento Specific applications will also be analyzed. In recent years, wearable electronics has gained a great research interest, with Programme applications that range from health-care monitoring, to public safety and mobile computing. The design and fabrication of wearable electronics require that the Wearable Textile Sensors for Remote Monitoring of embedding of electronic components inside clothes and/or other wearable Bioparameters accessories must not compromise the appearance and usability of the product. Annalisa Bonfiglio¹, Beatrice Fraboni² Additionally, it must not be intrusive to the user, who must be able to carry out his ¹University of Cagliari, ²University of Bologna daily activities without any movement limitation and/or additional burden. Novel Materials and Substrate Integrated Waveguide One of the crucial aspects which complicate the design of a wearable device is Technology for Smart Wireless Devices the need to use dedicate materials, such as conductive threads or textiles, able to Maurizio Bozzi¹ guarantee a seamless integration into wearable accessories. ¹University of Pavia Another issue is related to the need of operating on or in the proximity of the Robust Textile Antenna Design: Design, Fabrication and human body; in fact, for most devices (consider the case of a dipole antenna) the performance is strongly affected by the operation in the proximity of the human Characterization tissues that should be taken into account during the design process. Hendrik Rogier¹ ¹Ghent University – imec, Dept. of Information Technology, IDLAB-EM group Additionally, when a device is intended for wearable applications, a key role is played by the variability of the operating conditions in terms of parameters such as Communicating Textiles geometry and surface application materials. Marina Normann¹, Anne Schwarz-Pfeiffer¹ ¹Hochschule Niederrhein University of Applied Sciences All the above considerations suggest that the best strategy for developing high- added value wearable devices consists in adopting an application-centered design Development of Minimally Invasive Honey-bee Telemetry approach, where the materials, the design and the fabrication technique are Systems selected taking into account the constraints of the specific application of interest. Cristiano Palego¹ Accordingly, the contributions of this workshop will illustrate different possible ¹Bangor University approaches for the development of performing and robust wearable devices; Wearable Solutions for Localization and Tracking the main problems to be solved for developing non-intrusive and comfortable Alessandra Costanzo¹ wearable devices and systems will be addressed. ¹University of Bologna

Time: 08:30 – 12:30 Room: N113 WTh-04 (EuMC/EuRAD) THz Electronics for Communication and Remote Sensing Systems Finally, challenges and innovative solutions in THz electronics measurements will be highlighted in a selective review. Organiser: Peter Gardner¹, Marina Gashinova¹ ¹The University of Birmingham Programme The frequency range from around 100 GHz to 1 THz provides opportunities for high Passive Components and Interconnect for THz-MIC data rate communications and high resolution imaging systems, but the so-called Applications “THz gap” poses a range of interesting scientific and technological challenges. Khaled Elgaid¹ This half-day workshop will pull together results from several current projects in ¹Cardiff University this field, highlighting recent advances and identifying some of the remaining Sub-THz Wireless Networks for the Exabyte Age challenges. Claudio Paoloni¹ The potential use of low-THz bands in radar systems will be explored, with an ¹Lancaster University emphasis on automotive radar applications and sensing and imaging systems for autonomous vehicles, through the results from PATHCAD and TRAVEL projects. Over 10 Gbps mm-Wave and THz Wireless Links Edward Wasige¹ High data rate applications will be explored, Exabyte data distribution requires ¹Glasgow University high capacity new generation wireless networks. The sub-THz portion of the spectrum provides very wide bandwidth to enable area capacity at the 100Gbps/ Broadband Gyrotron Travelling Wave Amplifiers in the mm- km2 level. The challenge of developing affordable devices and systems for high Wave and THz Bands data rate outdoor distribution will be explored. New advances in the field will Wenlong He¹ be presented, including the results from the EU H2020 ULTRAWAVE “”Ultra ¹Strathclyde University capacity wireless layer beyond 100 GHz based on millimeter wave Traveling THz Imaging Radar for Automotive Applications Wave Tubes”. High power applications made possible using gyrotron sources will Marina Gashinova¹ also be considered. Very high data rate (>10 Gbps) wireless links implemented ¹The University of Birmingham using resonant tunneling diode technology will also be explored along with some Antenna and Propagation Issues for THz Automotive Radar example applications. Peter Gardner¹ Technological challenges involved in exploiting these bands from an electronic ¹The University of Birmingham perspective include finding the right circuit medium and implementing low-loss A Selective Review of Measurements at THz Frequencies interconnects. The workshop will cover recent advances in the use of low-loss Nick Ridler¹ high-Q transmission media, passive devices and integrated antennas technology ¹The National Physical Laboratory, Teddington in the low THz bands using compatible THz-MIC technology, avoiding excessive unwanted parasitics and substrate losses. 90 www.eumweek.com WORKSHOPS AND SHORT COURSES - THURSDAY

Time: 08:30 – 12:30 Room: N118 WTh-06 (EuMC) Doherty Legacy: From Invention to Revival Organiser: Rocco Giofrè¹, Paolo Colantonio¹ Programme ¹University of Roma Tor Vergata Doherty Standard Architecture and its Limitations Rocco Giofrè¹ The Doherty Power Amplifier (DPA) was invented in 1936 by W.H. Doherty, a very ¹University of Roma Tor Vergata brilliant engineer working on the development of high efficiency radio transmitters for transoceanic communications, at American Telegraph and Telephone Company Optimized Design of Doherty Amplifier with Transistors Long Lines Department in Boston. The ability of the DPA of operating at high Bumman Kim¹ efficiency at significant output power back-off has led the RF and microwave ¹Pohang University of Science and Technology community to re-discover its concept and adapt it to the requirements of modern State of the Art and Present Trends of Doherty PAs high frequency transmitters. In particular, the DPA has had a huge success in Marco Pirola¹ the mobile base-stations market, where in combination with powerful digital ¹Politecnico di Torino linearizers, has become the de-facto standard HPA configuration. This workshop Technologies and Architectures for Space-borne High- aims to present and describe all the aspects related with this architecture, starting from the basic idea up to more advanced and state-of-the-art results and guidelines. efficiency HPAs The DPA historical aspect is also covered describing the time-line of its evolution, Vaclav Valenta¹ highlighting why, more than 80 years after its invention, this architecture is still ¹European Space Agency on the wave to realize very advanced power amplifier stages for modern wireless systems. The limitations of the original DPA architecture are put into evidence and the proposed solutions aiming to improve its performances in terms of efficiency, gain and bandwidth will be presented and commented. To this purpose, the integration of the DPA architecture with high efficiency power amplifier classes, some solutions to improve the output power back-off, and several advantage solutions to improve its frequency response will be described. Both Silicon and compound based solutions will be presented and both hybrid and monolithic examples will be shown and commented. Finally, the usefulness of the DPA architecture in space application will be addressed by the European Space Agency and a Ka-band Doherty HPA MMIC will be presented as example.

Time: 13:50 – 17:50 Room: N112 WTh-03 (EuRAD) Millimeter-wave Radar for Industrial and Consumer Applications Programme Organiser: Christian Waldschmidt¹, Nils Pohl² Low-power mm-Wave Active Sensors: Potential ¹Ulm University, ²Ruhr University Bochum Applications, Architectures, Circuit Topologies, and A decade ago, Millimeter-wave Radar showed potentials in many applications, but Technology Requirements during that time, the realization was based on very expensive niche technologies. S. P. Voinigescu¹, J. Hasch², M. Dadash¹, S. Shopov¹ Due to the improvements if integrated silicon technologies, during the last decade ¹University of Toronto, ²Bosch GmbH, Stuttgart the integration of Radar-on-chip operating at these frequencies became possible Design of Ultra-Wideband Radar Transceiver Chips for High and led to compact and cheap radar sensors. Therefore, Millimeter-wave Radar Resolution Measurements Applications found its way to a mass-market solution in automotive Radar, as well as in various Nils Pohl¹ industrial and consumer applications. ¹Ruhr University Bochum This workshop will cover the full scope starting from the used technologies and Radar Systems and Concepts for Level Measurement of circuits in SiGe and CMOS, coming to system realization and finally showing the Liquids and Bulk Solids in Process Industry requirements and potentials of diverse applications, like tank level probing radar, Michael Vogt¹ industrial production control, Radars for UAVs and security aspects. ¹KROHNE Messtechnik GmbH, Duisburg New Applications for Millimeter-wave Radars: from UAVs to Throat Microphones Christian Waldschmidt¹ ¹Ulm University Novel Solutions for mmWave Automotive Radar Testing Ahmed Sherif¹ ¹Rohde & Schwarz

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Time: 13:50 – 17:50 Room: N113 WTh-05 (EuMC) New Generations of Microwave Measurements and the Impact of Uncertainty/Sensitivity Programme Organiser: Jon Martens¹, Andrea Ferrero² The New Frontier for Microwave Measurement ¹Anritsu, ²Keysight Technologies Andrea Ferrero¹ ¹Keysight Technologies New and interesting microwave measurement requirements have recently increased in number, including over-the-air analysis (for 5G and other applications), Bringing Precision to Measurements for Millimeter-wave measurements at Terahertz frequencies, modulated characterization, nonlinear 5G Wireless: Conducted and Free-field Modulated-signal analysis, those measurements involving differential noise considerations and Measurements others. In one way or another, all of these measurements need to stress the Kate Remley¹ conventional microwave uncertainty models, whether that is due to complex ¹NIST signals, poorly defined signal paths, extreme bandwidths (either for carriers or in A Fresh Look at Characterizing Microwave Noise: from an instantaneous sense), mechanical or other input dependencies, etc. Sometimes Noise Parameters to Differential Noise Measurements a broad study and dissemination of uncertainty mechanisms and behaviors lags Luciano Boglione¹ the introduction of newer measurements and the sensitivity dependencies may be ¹NRL very complex in some of these evolving fields. This workshop will attempt to bridge that gap by covering the latest thoughts on the processes involved in determining Propagation of Uncertainty in Microwave Transistors’ the measurement quality and uncertainty in these innovative categories. Nonlinear Measurements and Modeling: Overview and Outlook Gustavo Avolio¹ ¹Anteverta MW|Maury Microwave Uncertainties and Sensitivities in OTA mm-Wave and THz Measurements Jon Martens¹ ¹Anritsu

Time: 13:50 – 17:50 Room: N118 WTh-07 (EuRAD) Coexistence in the Crowded Spectrum between 1 and 100 GHz Programme Organiser: Christoph Fischer¹, Magdalena Letsche-Nüßeler¹ Coexistence of Radars and Communication ¹HENSOLDT Sensors GmbH Magdalena Letsche-Nüßeler¹ ¹HENSOLDT Sensors GmbH In recent years, the number of frequency users has increased continuously and this trend is ongoing for several reasons: With the unbroken demand for more digital Challenging the Interference Mitigation Effectiveness bandwidth, the evolution of communication technology towards 5G requires more with the Tough ASIL D Requirements for Automotive Radar radio frequency (RF) bandwidth and more frequency users are active in all bands Systems (1-6 GHz and in the future mm-wave). New radars arise from new operational Martin Kunert¹ needs (e.g. sense & avoid radars, hostile fire indication, multifunctional systems). ¹Robert Bosch GmbH In addition, new requirements for radars, such as a better resolution in range, The Aggregate Interference from UWB Pulsed Systems into result in higher demand for RF bandwidth. Reliability and immunity to interference the S-band Radiolocation Band becomes more and more important. Especially in the automotive area, where the Udo Uschkerat¹ number of cars equipped with radar sensors is constantly increasing, automated ¹Fraunhofer FHR driving requires a new level of reliability. Coexistence by spectral separation is not realistic anymore in this crowded The Continuous Arbitrary Wave (CAW) Radar Concept environment, as frequency spectrum is finite and rare. Caused by the dense packing Patrik Dammert¹ ¹Saab AB of frequency channels, interference from adjacent frequencies increases and new technologies for interference mitigation become necessary. The coordination of The Advent of a New Radio - What to expect from 5G? frequency allocation is getting more and more important between technologies Jan Mietzner¹ and beyond borders, for communication as well as for radar. Frequency users and ¹Hamburg University of Applied Sciences (HAW Hamburg) interferers today are commonly mobile, so that a spatial separation cannot be Cognitive UWB Radar ensured. Christian Bräu¹ The aim of this workshop is to present the experiences related to coexistence and ¹Fraunhofer FHR interference of different spectrum users from the fields of radar (automotive and surveillance) and communications. Technologies that allow coexistence without interference as well as intelligent frequency sharing concepts are discussed.

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Time: 08:30 – 12:30 Room: N111 WF-01 (EuRAD) Advanced mm-Wave Circuits and Systems for Emerging Radar Applications Programme Organiser: Vadim Issakov¹, Uwe Rueddenklau¹ 140 GHz Radar for People Tracking and Vital Signs ¹Infineon Technologies AG Detection Wim van Thillo¹ The amount of new applications based on millimeter-wave radar sensors is ¹imec vzw, Leuven continuously growing. The radar sensors are used extensively almost everywhere to make daily life more comfortable. Particularly driven by the advance of the Resilient Millimeter-Wave Radar Sensor Concepts for Internet of Things (IoT), autonomously driving cars and Industry 4.0, the amount of Secure Autonomous Transportation radar sensors and their networks is fast growing, promising radar chipset to reach Dietmar Kissinger¹ mass volume market in the near future. Driven by the demand for module size ¹Technical University Berlin / IHP, Frankfurt (Oder) reduction, the operating frequencies of the radar modules keep on increasing, as 3D High Contrast Differentiation mm-Wave Radar Systems one can integrate antennas in package and reduce the chip size. However, higher Vito Giannini¹ frequencies also pose challenge on circuit level realization, due to limitations of ¹Uhnder, Austin, TX the technology. Touch-Free Industrial Vibration Monitoring System Hence, in this half-day workshop we will address several emerging radar Alexander Koelpin¹ applications for consumer, industrial and automotive electronics, operating at ¹Brandenburg Technical University Cottbus, Cottbus higher mm-wave frequencies. Each talk will address the system architecture, the performance requirements translated into specification of circuit blocks mm-Wave Radar Sensors for Autonomous Driving and considerations during circuit design. Additionally, each application will be Ralf Reuter¹ described in detail from the system point of view. ¹NXP Semiconductors, Munich Hence, the main idea of the workshop is to cover the full range of the design Highly-Integrated mm-Wave Front-Ends for Gesture considerations for radar applications at mm-wave frequencies starting from the Sensing Applications circuit design, to system specification, to system architecture and to the final Vadim Issakov¹ target application. The applications themselves are novel and emerging radar ¹Infineon Technologies AG applications with mass-market potential. In this workshop, the first talk focusses on circuits and system for novel radar-based 140 GHz sensors for people tracking and vital signs detection. Next, modulated mm-wave MIMO radar at 77GHz is discussed both on system level, as well as on circuit design level, for secure resilient to interferences autonomous driving. Next, 3D high-differentiation mm-Wave Radar Systems for Emerging IoT Applications are discussed. Further, 61 GHz transceivers are presented and discussed for the application of Touch-Free Industrial Vibration Monitoring System. Next, NXP Semiconductor presents their newest development on automotive 77 GHz radar sensor networks and considerations on the suitable semiconductor technology. Finally, Infineon discusses 60 GHz and 120 GHz radar chipsets and systems for gesture sensing and additional consumer and industrial applications. In this workshop we have a good mixture of industry (Infineon, NXP, Uhnder) and research institutes/ academia (imec, IHP, TU Cottbus). As well, the contributions are from three different countries (Belgium, USA and Germany) by highly recognized speakers in the field of radar circuits and systems.

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Time: 08:30 – 12:30 Room: N107 SF-01 (EuMC/EuRAD) Multibeam Antennas and Beamforming Networks Organiser: Piero Angeletti¹, Giovanni Toso¹ Programme ¹European Space Agency Part I of the Course Piero Angeletti¹ Multi-Beam Antennas (MBAs) find application in several fields, including wireless ¹European Space Agency and satellite communications, RADARs for electronic surveillance and remote sensing, science (e.g. radio telescopes), RF navigation systems, etc. Part II of the Course Giovanni Toso¹ Beam-Forming Networks (BFNs) play an essential role in any antenna system ¹European Space Agency relaying on a set of radiating elements to generate a beam. Depending mainly on the antenna mission (i.e. operational frequency, pattern requirements, transmitting and/or receiving functionality, number of beams to be generated, etc.) different MBA architectures may be selected: from antenna systems completely based on independent feeds illuminating a number of reflectors, to hybrid systems based on both arrays and reflectors, from phased arrays to lens antennas. The trade-off on the antenna solution largely involves the BFN interconnectivity and flexibility requirements, with a wide range of applicable BFN architectures with different complexity and performance. The objective of the course is to present design principles and state-of-the-art in MBAs and BFNs. The course presents design principles and state-of-the-art in Multi-Beam Antennas (MBAs) and Beam-Forming Networks (BFNs) covering both theoretical and practical aspects. The covered topics include: • Overview of Multibeam Antennas and system requirements. o Satellite Communication Systems; o Wireless Communications; o RADARs. • Multibeam Array Antennas o Linear and Planar Direct Radiating Arrays (based on Periodic or Aperiodic lattices) o Reflector-based architectures (Single-Feed-per-Beam, Multiple-Feed-per-Beam) o Lens-based architectures (free space and constrained) • Analog Beamforming Networks o Corporate divider/combiners; o Blass and Nolen matrices; o Butler matrices. • Digital Beamforming Networks • Overview of some Operational Multibeam Antennas/BFNs o MBAs for Spaceborne Narrowband and Broadband Satellite Communication Systems o MBAs for Wireless Communications • On-going European Developments and Current Design and Technological Challenges

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Time: 08:30 – 17:50 Room: N115 WF-02 (EuMC) Modern Trends in Terahertz Electronics and Systems Organiser: Jan Stake¹, Heinz-Wilhelm Hübers² Programme ¹Chalmers University of Technology, ²Deutsches Zentrum für Luft- und Integrated THz Electronics in SiGe BiCMOS Technology Raumfahrt Dietmar Kissinger¹ ¹Technical University Berlin / IHP, Frankfurt (Oder) Submillimeter wave radiation (0.1-1 mm) or radiation in the terahertz frequency range (0.3-10 THz) occurs between the short wavelength of infrared light and THz MMIC for Signal Generation and Reception the long wavelength limit of radio waves, which represents the area of the Viktor Krozer¹ electromagnetic spectrum where optical and microwave techniques meet. In this ¹FBH frequency range, electromagnetic waves are difficult to generate (“THz-gap”), THz Radar explaining why this region has been uncharted for decades. However, the recent Tomas Bryllert¹ development of advance terahertz systems and terahertz sources, mainly driven by ¹Chalmers University of Technology space applications, has opened up new possibilities also for high-speed wireless Development of Solid State THz Transceivers for Test and communication and remote sensing for a wide range of applications at terahertz frequencies. With the goal to expand the use of the electromagnetic spectrum and Measurement Applications close the terahertz gap, the workshop aims to discuss latest trends in terahertz Jeffrey Hesler¹ ¹Virginia diodes, Inc. applications with a focus on recent progress in terahertz electronics. The workshop offers a number of selected talks by renowned international experts, covering An Integrated-Circuit Approach to Terahertz Nearfield topics from basic research on components to new applications and THz-systems. Imaging Ulrich R. Pfeiffer¹ ¹University of Wuppertal, Wuppertal THz Detection with Integrated FETs towards a THz Camera Hartmut Roskos¹ ¹GOETHE, Frankfurt THz Sensing using Resonant Tunneling Diode Oscillator Safumi Suzuki¹ ¹Tokyo Institute of Technology THz HEMT MMICs William Deal¹ ¹Northrop Grumman Terahertz Instrumentation based on Heterogeneous Integration and Silicon Micromachining Bobby Weikle¹ ¹UVa THz Integrated Circuits Goutam Chattopadhyay¹ ¹JPL

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Time: 08:30 – 17:50 Room: N116 WF-03 (EuMC) Tunable/Reconfigurable Filters and Multiplexers for Multi- Band Applications Programme Organiser: Roberto Gomez-Garcia¹, Holger Maune² Design and Tuning of Reconfigurable Microwave Filters ¹University of Alcala, Madrid, ²Technical University of Darmstadt, Christian Schuster¹, Holger Maune¹ Darmstadt ¹Technical University of Darmstadt, Darmstadt Modern trends for the development of multi-mode/multi-standard wireless Reflectionless and Highly-Reconfigurable Filtering Devices communication and remote-sensing systems demand the development of with Static Couplings highly adaptable RF electronics for their RF front ends. Reconfigurable filters Roberto Gomez-Garcia¹, Dimitra Psychogiou² and multiplexers are among the key devices in this scenario to carry out the ¹University of Alcala, Madrid, ²University of Colorado, Boulder dynamic signal-preselection task demanded by these upcoming highly versatile Multi-Band and Reconfigurable Filters: From Hybrid RF systems. However, several challenges need to be overcome before their Technologies to Silicon Integration practical employment in real applications. Among them, enabling very-high levels Julien Lintignat¹ of transfer-function adaptivity for different technologies (e.g., planar, integrated, ¹University of Limoges, Limoges and 3-D), the conception of new tuning principles and materials for high-power operation in linearity regimes, the implementation of robust automatic-tuning Frequency-Selective Limiters and Tunable RF-Power- mechanisms, and even the incorporation of advanced features such as power Activated Filters for Interference Protection in Wireless dependent/ activated behavior for dynamic-range preservation and interference Systems protection. Eric J. Naglich¹ The purpose of this workshop is to present the latest advances in the exciting ¹Naval Research Laboratory, DC area of adaptive microwave filtering components for multi-band RF systems from Reconfigurable and Switchable Filters using Ferrofluidic the academia, national laboratories, and industry. Specifically, new reconfigurable and Liquid-Metal Actuation filter structures in planar technologies and their system implications are presented. Hjalti H. Sigmarsson¹ Tunable filtering devices in integrated circuits based of signal-interference and ¹University of Oklahoma, OK N-path schemes are also described, as well as frequency-selective limiters and Automatically-Tuned Bandpass and Notch-Type Filters power-dependent/activated filters and multiplexers suitable for interference Dimitrios Peroulis¹ congested EM environments. Advanced tuning materials (e.g., ferrofluidic and ¹Purdue University, West Lafayette liquid-metal) and real-time monitoring and control mechanisms for notch- and bandpass-type filters are also expounded. Furthermore, high-performance Space Qualification on Frequency and Bandwidth Tunable reconfigurable 3-D filters and multiplexers in substrate-integrated and classic Filters and Multiplexers waveguide/cavity implementations for satellite communications are also covered Christian Arnold¹ on this workshop. ¹Tesat Spacecom, Backnang Advanced Reconfigurable OMUX/DEMUX Design with Flexible Channel-Bandwidth Reallocations Petronilo Martín-Iglesias¹, Uwe Rosenberg² ¹ESTEC (European Space Agency), ²Mician Global Engineering GbR, Bremen

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Time: 08:30 – 12:30 Room: N117 WF-04 (EuRAD) Future Automotive Radar towards Autonomous Driving Organiser: Jürgen Hasch¹, Christian Waldschmidt² Programme ¹Bosch GmbH, Stuttgart, ²Ulm University Technology towards Imaging Radars J. Hasch¹ Autonomous driving and the electric car are the two hottest topics in the ¹Bosch GmbH, Stuttgart automotive industry today. With announcements of new field tests for electrified and autonomous vehicles nearly every day, these topics are present in the news New Modulation Schemes towards Autonomous Driving all over the world. Still, there are significant challenges to the realization of the Christian Waldschmidt¹ vision of fully autonomous driving. Especially, the correct and reliable perception ¹Ulm University of the environment using sensors plays a key role in providing safe and reliable Chances of Deep Learning for Radar autonomous driving. Radar plays a crucial part here. Jakob Lombacher¹ The workshop will present the state-of-the-art in automotive radar, providing ¹Daimler AG an overview of state-of-the-art sensors, technological realization, and sensor Overview of New Si-based mm-Wave Technologies and information processing using advanced signal processing and machine learning Packaging Solutions and their Potential Impact on techniques. The key issues and challenges still present in today’s radars will be discussed, and an outlook on what future radar sensors will be able to accomplish Future mm-Wave Sensing in Automotive and Industrial will be given. Applications Rudi Lachner¹ ¹Dr. Rudolf Lachner Consulting, Infineon AG Synthetic Aperture Radar for Automotive Applications Reinhard Feger¹ ¹Institute for Communications Engineering and RF-Systems / Johannes Kepler University Linz On a Time Multiplexed MIMO Frequency Hopping Automotive Radar Yoram Stettiner¹ ¹Arbe Robotics

Time: 08:30 – 17:50 Room: Meeting Room A9.8 WF-05 (EuMC) Advances Toward Autonomous RF Filter Design Organiser: Wesley N. Allen¹, Dimitra Psychogiou² Programme ¹Purdue University, Indiana, ²University of Colorado, Boulder Autonomous RF Filter Design Will Be Soon a Reality Ming Yu¹ Historically, the design of RF filters has been viewed as a combination of science, ¹The Chinese University of Hong Kong experience, and art. However, over the past decades significant advances in computational capabilities have led to the widespread adoption of computer- Cognitive Approaches to Filter Design aided design tools from the circuit to the 3D multi-physics level that assist and Q. J. Zhang¹, John W. Bandler² provide new insights to the designer or engineer. In parallel, developments in ¹Carleton University, ²McMaster University synthesis procedures, optimization approaches, and machine learning have led Direct Implementation of Filters and Multiplexers from to high impact results in areas such as filter coupling matrix synthesis and the Coupling Matrices by Means of Surrogate Modelling application of space mapping and neural networks to the RF filter domain. Alejandro García Lampérez¹ While the marriage of these paths has pushed the field closer toward autonomous ¹Universidad Carlos III de Madrid design, challenges remain in computational efficiency, particularly when dealing Computer-Aided Tuning Techniques and their Use in EM- with complex systems. In this workshop, area experts from academia and industry will present the most recent advances, remaining challenges, and ultimate Based Design of Filters limitations in the road toward fully-autonomous RF filter design. Raafat R. Mansour¹ ¹University of Waterloo Complex Border Tracking Algorithm for Determination of Poles and Zeros of Microwave Filter S Parameters Jerzy Michalski¹ ¹SpaceForest Ltd. Robust and Automated 3D Filters and Multiplexer Design with Full-Wave Finite Element Code Michal Mrozowski¹ ¹Gdansk University of Technology Advances in the Design and Control of RF Filters with Multiple Levels of Transfer Function Reconfigurability Wesley N. Allen¹, Dimitra Psychogiou² ¹Purdue University, Indiana, ²University of Colorado, Boulder

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Time: 08:30 – 17:50 Room: Meeting Room A9.13 WF-06 (EuMC) Advanced Solutions for Near-field and Far-field Wireless Charging Programme Organiser: Alessandra Costanzo¹, Diego Masotti¹ Communications and Signal Design Advances in Wireless ¹University of Bologna Power Transmission Bruno Clerkx¹ Many researchers are currently focusing their activities on the challenging task of ¹Imperial College (London) wireless recharging the inexpensive and wherever distributed computing devices, representing the so-called “pervasive intelligence”. How to Optimize the Overall Efficiency in Far Field Wireless This full-day workshop is aimed at providing an overview of the most recent Power Transmission promising approaches that have been developed to enhance both the near- and Nuno Borges Carvalho¹ the far-field Wireless Power Transfer performances. Signal, circuit and system ¹Instituto de Telecomunicações, Universidade de Aveiro design solutions will be considered and their possible integration will be discussed. Increasing Received Power Levels in Near- and Far-field Engineering requirements and design challenges for making wireless power a WPT reliable solution for pervasive distributed sensors are deeply investigated. Huib Visser¹ The investigation will be carried out in a twofold manner: (i) from the RF source ¹Imec/ Holst Centre, Eindhoven point of view, by properly synthesizing the transferred signal shape for RF-to-dc Dynamic Far-field Wireless Charging in Wireless Sensor efficiency maximization (e.g. multi-sine or delayed-pulsed signals) or by resorting Networks using Frequency-scanning Beaming to advanced radiating architectures, such as leaky-wave antennas, and to specific José Luis Gómez Tornero¹ optimization rules in their design; (ii) from the receiving antenna/coil point of view, ¹Technical University of Cartagena by considering realistic and unconventional scenarios (e.g. sliding coils). Array Antenna Designs for Radio-Waves Wireless Power All the talks will be enriched with the most recent results on the prototyping and experimentation, in the wide range of areas covered by the workshop spanning Transfer sensors and devices, RF design for wireless power and wireless communications. Andrea Massa¹, Paolo Rocca¹ ¹University of Trento Lecturers presentations will be alternated with periods of open discussions to engage the audience and to discuss next exploitable research areas in this field. Battery-free IoT Sensor Network Field Experiment in Japan Naoki Shinohara¹ ¹Kyoto University Energizing UHF-RFID Passive Tags in Unconventional Scenarios Paolo Nepa¹ ¹University of Pisa Position-independent Wireless Power Transfer in Sliding Inductive Links Alessandra Costanzo¹, Diego Masotti¹ ¹University of Bologna

Time: 08:30 – 17:50 Room: Meeting Room A10.8 WF-07 (EuMC) Backscatter Communications the Next Paradigm for IoT Approaches Energy Harvesting and Ambient Backscattering for Low Organiser: Nuno Borges Carvalho¹, Smail Tedjini² Power Communication and Sensing ¹Instituto de Telecomunicações, Universidade de Aveiro, ²Université Apostolos Georgiadis¹, Spyros Daskalakis¹, Ana Collado¹ Grenoble-Alpes ¹Heriot-Watt University, Edinburgh 3D-/4D-/Inkjet-Printed Flexible Backscattering RF Sensors The Internet-of-Things’ (IoT) vision calls for thousands of interconnected devices in wearables, vehicles, buildings, using a multitude of sensors to provide us with and Modules for IoT and Smart Skin Applications Manos M. Tentzeris¹ useful information. As a result, mechanical and electrical properties become ¹Georgia Tech important, such as conformal profile, compact size, flexibility, stretchability, or even biodegradable properties and performance in terms of operating range, low Energy Autonomous UWB Localization power consumption and energy efficiency. Backscatter communication provides Alessandra Costanzo¹ an enabling technology to address the needs of IoT, due to the simplicity of the tag ¹University of Bologna circuit and the ability to minimize battery usage or even eliminate them completely Back-scatterer Tags for Vehicular Communications by taking advantage of wireless power transmission as well as energy harvesting. Alessandro Cidronali¹ This workshop presents the latest advances in backscatter communication ¹University of Florence technology in an IoT environment. High-data Rate Communication using Back-scattering, Programme Near-field Complex Vector Modulation Wearable Antennas for Wireless Applications David S. Ricketts¹ Smail Tedjini¹ ¹North Carolina State University ¹Université Grenoble-Alpes Harmonics on Backscattering Communication Higher Order Modulation Backscatter Combined with WPT Gianfranco Andía¹ Nuno Borges Carvalho¹ ¹Université Grenoble-Alpes ¹Instituto de Telecomunicações, Universidade de Aveiro Near-field Chipless-RFID Systems with Very High Data Capacity for Secure Paper Applications Ferran Martín¹, Cristian Herrojo¹, Eloi Ramon² 98 www.eumweek.com ¹Universitat Autònoma de Barcelona, ²Institut de Microelectrònica de Barcelona (CNM-CSIC) EXHIBITOR WORKSHOPS & SEMINARS

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For more information, details and registration: http://www.rohde-schwarz.com/eumw Technical Workshops

Location: A10.3 Tuesday 25th September 2018 13:30 – 17:30 RF and Microwave Component Testing Tutorial Seminars – RF Basics in Test and Workshop Chair: Markus Lörner, Market Segment Manager RF & Microwave Measurement Components, Rohde & Schwarz Today’s world demands higher throughput in communications systems, better A sound understanding of RF and mmWave testing methods is a radar resolutions for self-driving cars and greater security. These needs are pushing key factor for every mmWave engineer, helping them to successfully system designs toward higher clock rates and higher frequencies. RF and microwave implement solutions and designs in mmWave and RF circuits. Moreover, components must enable the latest trends. For example, RF power amplifiers require digital communications engineering and mmWave engineering are high efficiency, and new technologies such as digital Doherty help to address these merging more and more and becoming a cross-discipline. As a result, demands. Beamforming enables signal links at higher frequency ranges while mmWave engineers are confronted with the challenge of how to improving the directivity of antenna systems. Research on higher frequencies must master the territory of the former RF and digital communications world. be affordable but also flexible in the target frequency range. Digital systems are showing higher data rates that are fueling the high data throughput in the RF. This is The Rohde & Schwarz seminars about RF basics in test and driving the need for minimum-jitter clocks with increasing rates. measurement will familiarize you with the elementary aspects of signal generators, spectrum analyzers and network analyzers. You This workshop discusses how to verify the performance of components such as will learn to benefit from the great flexibility of our T&M equipment power amplifiers, mixers, beamforming integrated circuits and high-speed clocks when designing communications and radar systems. New this year is for these emerging applications. Experts from the test and measurement world and a seminar on realtime spectrum analysis that will introduce you to the from industry partners will provide answers to verify the demanding requirements methods for debugging RF and mmWave circuits in the time and the placed on new components. frequency domain. Wednesday 26th September 2018 13:30 – 17:30 Using vector network analyzers for component testing and evaluation OTA Testing of 5G DUTs and Beamforming Antennas and applying various calibration techniques common in advanced operating cmWave and mmWave Spectrum network analysis lets you characterize mmWave and RF components, Workshop Chair: Meik Kottkamp, 5G Technology Manager, Rohde & Schwarz which are necessary for mmWave designs and digital communications systems, to the highest precision. 5G has been a research topic for many years and is developing toward concrete implementations on end user devices and infrastructure equipment. Coverage of the triangle of use cases spanning enhanced mobile broadband services, massive IoT Tuesday 25th September 2018 09:30 – 11:00 connectivity and ultrareliable and low-latency applications has led to a versatile, Fundamentals of Signal Generators and flexible and thoroughly configurable technology. Managing system flexibility will be crucial. In particular, verifying that key technology components achieve the intended Oscillators (YIG vs. VCO) performance is of utmost importance when turning the 5G visions into product reality. Tuesday 25th September 2018 11:15 – 12:45 Fundamentals of Spectrum Analysis This workshop will provide insight into the 5G New Radio (NR) technology as specified in 3GPP release 15. It will also discuss the key technology components Wednesday 26th September 2018 09:30 – 11:30 relevant to using the cmWave and mmWave spectrum. R&D measurement aspects will be explained in detail, with a focus on verifying DUTs with beamforming Introduction to Digital Signals and Digital capabilities. Implementing this technology requires application of over-the-air (OTA) Modulation test methods. Experts from the test and measurement world will provide answers on how to most efficiently perform the main verification tasks resulting from 5G NR. Wednesday 26th September 2018 11:45 – 13:15 Thursday 27th September 2018 12:30 – 16:30 Real time Spectrum Analysis Embedded in Radar Applications Advanced Spectrum Analyzers Workshop Chair: Dr. Steffen Heuel, Technology Manager A&D, Rohde & Schwarz Thursday 27th September 2018 9:30 – 10:30 Radar has been around for more than one hundred years, ever since Christian Hülsmeyer from Germany patented his “Telemobiloskop” in 1904. Since then, radar Fundamentals of Vector Network Analysis has been used for a variety of purposes, including presence detection, air traffic control, military and even automotive applications. The different applications, which Thursday 27th September 2018 call for different radar systems that utilize various frequencies, signals and types of 10:45 – 12:15 processing, require versatile test and measurement methods. Calibration in Vector Network Analysis This workshop presents the latest radar test and measurement developments – from signal generation, wideband analysis and phase noise testing to simulation of RF environments for testing the many radar requirements.

www.eumweek.com 99 EXHIBITOR WORKSHOPS & SEMINARS

NI AWR Software Workshops - Free to attend -

Location: A9.8

Tuesday 25th September 12:00 – 16:00 Filter Design Forum

The first EuMW Filter Design Forum focuses on design and simulation techniques of RF and microwave filters and provides insight into the latest approaches relevant to filter design, Wednesday 26th September 10:00 – 16:00 as well as modern filter theory. Noted filter specialist Dan RF and Microwave Power Amplifier (PA) Swanson of DSG Associates will open the session with a keynote Forum presentation. The agenda is segmented into sequential sessions to enable attendees to selectively attend any/all presentations of The fifth annual EuMW RF and Microwave PA Forum focuses on interest. device technologies, characterization, modeling, and end-use applications of RF and microwave PAs and provides insight into To view the complete agenda and to register, visit: the latest approaches to device models, parameter extraction awrcorp.com/eumw2018 measurement techniques, and process technologies, as well as modern PA design flow and theory. Noted PA expert Dr. Steve C. Cripps of Cardiff University will open the session with a keynote presentation. The agenda is segmented into sequential sessions to enable attendees to selectively attend any/all presentations of interest.

To view the complete agenda and to register, visit: awrcorp.com/eumw2018

EuMW MicroApps 2018 Free Admission with Exhibition and Conference Badges 25th - 27th September 2018 Madrid MicroApps Theatre www.eumicroapps.com

Welcome to the eighth annual European Microwave Week 2018 MicroApps highlights include: (EuMW) Microwave Application Seminars (MicroApps), • Keynotes: sponsored by National Instruments, Rohde & Schwarz, • Dr. Steve Cripps, Cardiff University, UK and Horizon House. MicroApps will be held from Tuesday, • Dr. David Ricketts, North Carolina State University, USA September 25th through Thursday, September 27th, 2018 in • Special Panel Session: the MicroApps Theatre, which is located within the exhibition • Hosted by Pat Hindle, Microwave Journal, USA floor, making it a convenient stop while attending EuMW. • A variety of practical application topics describing novel products and processes. MicroApps are 20-minute exhibitor technical presentations that provide an opportunity for EuMW attendees to experience state- Once finalized, a complete agenda will be posted on the EuMW of-the-art applications, products, design techniques, and processes MicroApps website at www.eumicroapps.com and published in of interest to the RF and microwave community. the official EuMW Show Guide. Additional printed copies will also be available on site at the EuMW registration desks. MicroApps admission is free for both exhibition-only and conference badges. Also included is a complimentary web download of the papers Sponsored by: presented and bottled water. We look forward to seeing you at EuMW 2018 in the MicroApps Theatre! Antti Lautanen EuMW 2018 MicroApps Co-Chair 100 www.eumweek.com CONFERENCEWORKSHOPS SESSIONS AND SHORT MATRIX COURSES - SUNDAY

Coffee Coffee 09:00-10:40 11:20-13:00 Lunch 14:20-16:00 16:40-18:20

Room Break Break

WS-01 GaN HEMT Characterization and Modeling for micro- and N107 mm-Wave Power Amplifier Applications

WS-03 WS-02 Current Trends in Broadband, Efficient and Linear PAs

N108 High Efficiency mm-wave Power Amplifiers for 5G for 5G Wireless Applications

WS-04 WS-05

N109 RF Techniques for Cellular Carrier Aggregation and Beyond 5G Systems & Millimeterwave Communications in Smart Public Transport

WS-06 Terahertz Technologies from Fundamentals to N110 Implementations: A Device and Application Prospective

SS-01 WS-07 Introduction to SSPA Design and Considerations for

N111 Broadband Power Amplifiers for Wireless Applications Spaceborne Applications

WS-08 Transmitter Modules for Smart Antennas and MIMO N112 Systems

SS-02

N113 Fundamentals of Microwave PA Design

WS-09

N114 Metamaterials, Metasurfaces and Applications

WS-10

N115 Radioastronomy Instrumentation

WS-11

N116 Highly Integrated RF Transceiver Systems

WS-12

N117 Wideband Supply Modulated RF Power Amplifiers for Energy Efficient Wireless Communication Infrastructure

SS-03

N118 Additive Manufacturing of Radio-Frequency Components

EuMW Joint EuMC/ EuMIC EuMC Joint EuMC/ EuRAD EuMIC EuRAD www.eumweek.com 101 CONFERENCE SESSIONS MATRIX - MONDAY

Coffee Coffee 18:30 - 08:30-10:10 10:50-12:30 Lunch 13:50-15:30 16:10-17:50

Room Break Break 22:00

EuMIC01 EuMIC10 Millimeter-Wave GaN Devices EuMIC05 EuMIC06 Si-Based High-Frequency and and MMICs and Thermal, EuMIC Opening Session Power Amplifier ICs Power Devices and Novel Reliability Considerations Microwave Technologies N101 + N102

EuMIC02 EuMIC07 EuMIC11 Millimeter-Wave Amplifiers Millimeter-Wave Signal High Efficiency Design and Lin- N105 and Detectors Generation earisation of Power Amplifiers

EuMW Student School EuMW Student School

N107 (1 of 4) (2 of 4)

EuMW Doctoral School EuMW Doctoral School

N108 (1 of 4) (2 of 4)

WM-01

N109 Digital Calibration and Nonlinear Compensation Techniques for MIMO Wireless Transmitters in 5G and Beyond

WM-02

N110 High Power RF Breakdown and PIM in Space Applications

SM-01

N111 Microwaves for Quantum Information Technology

SM-02

N112 Classical and Novel Synthesis Methods for Filters and Multiplexers

WM-03

N113 Recent Advances in RF/Microwave Filters for Space Application

WM-04

N114 Substrate Integration Technologies and Applications

SM-03

N115 Coupling-Matrix-Based Design of RF/Microwave Filters

SM-04

N116 High-Speed Interconnects and Signal Integrity

EuMIC03 EuMIC08 EuMIC12

N117 mm-Wave Systems-on-Chip MMIC Components RFIC Signal Generation

EuMIC09 EuMIC13 EuMIC04 Small-Signal & Noise Thermal & Low-Frequency Trap

N118 Large-Signal Modelling Modelling Modelling

EuMIC Get To- gether Outdoors

EuMW Joint EuMC/ EuMIC EuMC Joint EuMC/ EuRAD EuMIC 102 www.eumweek.com EuRAD CONFERENCE SESSIONS MATRIX - TUESDAY

Coffee Coffee 18:30 - 08:30-10:10 10:50-12:30 Lunch 13:50-15:30 16:10-17:50

Room Break Break 22:00

EuMC01 EuMC07 Power Amplifier Architectures EuMIC14 Special Session: EuMIC15 for High Efficiency and Foundry Session 20th Anniversary of the EuMIC Closing Session Linearity (12:40-13:40) European Microwave Week

N101 + N102 N101 + N102 (13:50-15:50)

EuMW01 EuMW/EuMC Opening N104

N103 + Session

EuMC02 EuMC/EuMIC02 EuMC12

N105 Measurement Systems Doherty Power Amplifiers Material Characterization

EuMW Student School WTu-01

N107 (3 of 4) Microwaves for Biomedical Applications

EuMW Doctoral School EuMW Young Professionals in Microwave Engineering (1 of 2)

N108 (3 of 4) Career Opportunities in Microwave Engineering

EuMC08 EuMC13 EuMC03 Waveguide Devices and Non-Planar Passive Couplers and Dividers Circuits Components N109 + N110

EuMC14 EuMC/EuMIC01 EuMC/EuMIC03 Near-Field Sensing N111 III-V Low Noise Amplifiers Si-Based Amplifiers and Parameter Extraction

EuMC04 EuMC15 Metamaterials and Periodic EuMC09 Transceiver and Building N115 Structures Metasurfaces Blocks

EuMC05 EuMC16 Special Session: Antennas Based on Artificial N116 5G Technology in Asia Pacific Structures

EuMC06 EuMC10 EuMC17 Non-Planar 3D Waveguide Non-Planar Filter Manufacturing Techniques of N117 Filters Realizations Non-Planar Filters

EuMC11 Career Platform Session Wireless Power System EuMC18 N118 Architectures and Techniques Vehicular Connectivity

EuMC/EuMIC04 Interactive Session (13:30-15:30)

Exhibition Hall EuMW Student Design Competition

Career Platform (1 of 2) Hall (13:20 - 17:50) First Floor First

EuMW WiM Welcome Women In Microwave Engineering Reception Outdoors

EuMW Joint EuMC/ EuMIC EuMC Joint EuMC/ EuRAD EuMIC EuRAD www.eumweek.com 103 CONFERENCE SESSIONS MATRIX - WEDNESDAY

Coffee Coffee 18:30 - 08:30-10:10 10:50-12:30 Lunch 13:50-15:30 16:10-17:50

Room Break Break 22:00

EuRAD01 EuRAD The Defence, Security The Defence, Security and Space Forum Opening Session and Space Forum N101 + N102

EuMC19 EuMC28 EuMC36 EuMC44 Hyperthermia and Other Devices and Systems for Wireless Transceivers and Microwaves for 5G and N105 Biomedical Applications Biomedical Sensing Mobile Systems Space

EuMC37 EuMC20 EuMC29 Special Session: EuMC45 Solid State High Power Bias Modulated High Frequency Flexible Bend- Phased-Arrays and MIMO N106 Amplifiers Power Amplifier able Electronics for Wireless Systems Communication Systems

EuMC21 EuMC38 Filter Synthesis EuMC30 SIW and Planar EuMC46 N107 Techniques Tunable Planar Filters Filter Technologies Planar Filter Technology

EuMC22 EuMC/EuRAD04 Non-Conventional EuRAD02 EuMC/EuRAD02 Emerging Antenna Fabrica-

N108 Designs in Antenna Radar Applications Radar Antennas Technology tion Technologies

EuMW Student/Doctoral School (4 of 4) WW-01 N109 Hands-on Experience Relevance of Electromagnetics in Communication System Design

EuMC23 EuMC/EuRAD01 EuMC/EuRAD03 EuMC/EuRAD05

N110 THz Components THz Electronics THz Communications THz Radar

EuMC24 EuMC31 EuMC39 EuMC47 Application of Metasurfaces Innovative Technologies for Emerging Rectifier Design and RF and Millimeter-Wave

N111 Tunable Microwave and Millimeter-Wave Circuits Development Identification Techniques

EuMC25 EuMC32 Numerical Modeling of Computational Electro- EuMC40

N115 magnetics and Material Microwave Photonics Microwave Components Characterization

EuMC33 Special Session: EuMC26 Microwave Research in Latin EuMC41 EuMC48

N116 Education on Microwaves America Control Circuits Integrated Signal Generation (10:50 -12:50)

EuMC27 EuMC34 EuMC42 EuMC49 Integrated Microwave Planar Components and Innovative Materials for Microwave Passive N117 Switches Technologies Microwave Applications Components

WW-02

N118 Automotive Radar and HAD

Career Platform (2 of 2) Hall (13:20 - 17:50) First Floor First

Defence, Secu- rity and Space Forum Cocktail

East Hall, East Hall, Reception First Floor First

EuMW Student Challenge

EuMC43 EuMC35 Interactive Interactive Session 2 Exhibition Hall Session 1 (15:10-16:30)

EuMW Joint EuMC/ EuMIC EuMC Joint EuMC/ EuRAD EuMIC 104 www.eumweek.com EuRAD CONFERENCE SESSIONS MATRIX - THURSDAY

Coffee Coffee 08:30-10:10 10:50-12:30 Lunch 13:50-15:30 16:10-17:50 18:30-22:00

Room Break Break

EuMW02 EuRAD03 EuRAD05 EuRAD08 EuMW/EuMC Closing Automotive Radar 1 Automotive Radar 2 Industrial Applications Session N101 + N102

EuMC50 EuRAD06 Advances in Millimeter- Radar Target Classification EuRAD09

N105 wave Packaging and MIMO Radars Additive Manufacturing and Tracking EuMW Young Profes- EuMC55 sionals in Microwave EuMC51 Wireless IoT and EuRAD10 Engineering (2 of 2) N107 Measurement Techniques Localization Synthetic Aperture Radar Microwave Engineering in Humanitarian Projects

EuMC56 EuMC/EuRAD08 EuMC52 Antennas for Space Innovative Signal

N108 5G Antennas Processing in Array Applications Technology

EuMC53 Advanced Technologies EuMC57 Special EuMC59 for Microwave Passive Session: Additive Manu- Modelling of Radiating Components facturing Structures N109 + N110

WTh-01

N111 THz Applications: Present and Future

WTh-02 Wearable and Smart Electronics: Design, Materials WTh-03 N112 and Applications Millimeter-wave Radar for Industrial and Consumer Applications

WTh-05 WTh-04 New Generations of Microwave Measurements N113 THz Electronics for Communication and Remote Sensing Systems and the Impact of Uncertainty/Sensitivity

EuRAD04 EuRAD07 EuRAD11 Special Session: EM Field Scattering and Multi-Static and Netted

N116 Radar Projects at the N115 + European Defense Agency Target RCS Radar

EuMC58 EM simulation EuMC/EuRAD06 based modelling of EuMC/EuRAD09 EuMC54 Array Technology and antennas and systems Array Beamforming

N117 Antenna Technology Podium discussion on Characterization the occasion of the Techniques 80th birthday of Ingo Wolff (12:40-13:40)

WTh-06 WTh-07

N118 Doherty Legacy: from Invention to Revival Coexistence in the Crowded Spectrum between 1 and 100 GHz

EuMC/EuRAD07

Hall Interactive Session Exhibition

Young Professionals Meet-Up Outdoors

EuMW Joint EuMC/ EuMIC EuMC Joint EuMC/ EuRAD EuMIC EuRAD www.eumweek.com 105 CONFERENCE SESSIONS MATRIX - FRIDAY

Coffee Coffee 08:30-10:10 10:50-12:30 Lunch 13:50-15:30 16:10-17:50

Room Break Break

EuRAD15 EuRAD12 FMCW and Continuos Wave EuRAD17 Radar Micro Dopler Analysis Radar EuRAD Closing Session N101 + N102

SF-01

N107 Multibeam Antennas and Beamforming Networks

EuRAD13 EuRAD16 Remote Sensing Drones Detection by Radar N109 + N110

WF-01 Advanced mm-Wave N111 Circuits and Systems for Emerging Radar Applications

WF-02

N115 Modern Trends in Terahertz Electronics and Systems

WF-03

N116 Tunable/Reconfigurable Filters and Multiplexers for Multi-Band Applications

WF-04

N117 Future Automotive Radar towards Autonomous Driving

WF-05 Advances Toward Autonomous RF Filter Design Meeting Room A9.8

WF-06 Advanced Solutions for Near-Field and Far-Field Wireless Charging Meeting Room A9.13

WF-07 Backscatter Communications the Next Paradigm for IoT Approaches Meeting Room A10.8

EuRAD14 Interactive Session First Floor First East/West Hall East/West

EuRAD Lunch Retiro Room Retiro

EuMW Joint EuMC/ EuMIC EuMC Joint EuMC/ EuRAD EuMIC 106 www.eumweek.com EuRAD EXHIBITOR WORKSHOP MATRIX

Date Room

Meeting Room 12:00 – 16:00 A9.8 National Instruments Workshops

Meeting Room 09:30 - 17:30 A10.8 Keysight Technologies Workshops Tuesday 25th September

Meeting Room 09:30 - 12:45 13:30 - 17:30 A10.3 Rohde & Schwarz Tutorial Seminars Rohde & Schwarz Workshops

Meeting Room 10:00 – 16:00 A9.8 National Instruments Workshops

Meeting Room 09:30 - 17:30 A10.8 Keysight Technologies Workshops Wednesday 26th September

Meeting Room 09:30 - 13:15 13:30 - 17:30 A10.3 Rohde & Schwarz Tutorial Seminars Rohde & Schwarz Workshops

Meeting Room 09:30 - 13:00 A10.8 Keysight Technologies Workshops Thursday Meeting Room 09:30 - 12:15 12:30 - 16:30 27th September A10.3 Rohde & Schwarz Tutorial Seminars Rohde & Schwarz Workshops

Keysight Technologies Workshops National Instruments Workshops Rohde & Schwarz Workshops www.eumweek.com 107 FLOOR PLAN

EuMW 2018 Conference Rooms (North Convention Center, First Floor)

The Career Platform will be located at the West Entrance Hall, First Floor

108 www.eumweek.com FLOOR PLAN

M-11 Exit 5 EuMW Exhibition North Entrance North Access Hall 9 Conference Rooms

Reistration M-40 Exit 5 Area Hall 9 M-11 Exit 6 EuMW Exhibition

West Access

East Access

East Entrance

M-40 Exit 6 Floor-1 South Entrance EuMW 2018 Entrance South Convention Centre South Access A-2 and M-40 Exit 7 A-2 and M-40 Exit 7 A-2 and M-40 Exit 7

Meetin and function space CAR ARS

INFIFEMA THER CAR ARS BC BSINESS CENTRE Club Feria ro Exhibitor assistance Coaches Exhibition office

Trade visitors reistration ress accreditations

Exhibitors access to exhibition halls

BusFeria stop Please note: EuMW 2018 Conference Rooms and Medical centre Exhibition Hall are located ublic transport near the North Entrance

www.eumweek.com 109 MICROWAVE WEEK IFEMA FERIA DE MADRID, SPAIN 23-28 SEPTEMBER 2018 EXHIBITOR LIST www.eumweek.com

5Tonic Open 5G Lab European Space Agency - RF Equipment & Technology Mega Industries Shenzen Superlink Technology Co., Ltd AdTech Ceramics everything RF Metda Corp. Shenzhen Yulongtong Electron Co. Ltd. Aerospace & Defense Technology Exxelia Mician GmbH Silicon Radar GmbH AFT microwave GmbH Farran Technology Ltd. Micran Research and Production CJSC Sivers Lab Airbus Defence & Space SAU Ferrite Microwave Technologies Micro Systems Engineering GmbH Sonnet Software Inc. Alfred Tronser GmbH Filtronic Broadband Limited Microwave Amplifiers Ltd. Southwest Microwave Inc. ALPHA - RLH Flann Microwave Ltd. Microwave Applications Group SpaceForest Alroy Microwave & Electronics Focus Microwaves Inc Microwave Engineering Europe Spantech Microwave Technology Altair Software and Services Formfactor Microwave Innovation Group (MiG) Spectrum Elektrotechnik GmbH Altaix Electronica S.A Fraunhofer FHR Microwave Journal Spherea American Standard Circuits Inc. Fraunhofer IAF Microwave Product Digest Spinner GmbH American Technical Ceramics (ATC) FYLA Microwave Products Group STACEM AMETEK CTS Europe GmbH Global Invacom Waveguide Microwave Systems Sumitomo Electric Device Innovations Ampleon Netherlands B.V. Greenleaf Corporation Microwave Systems join-stock Company Sumitomo Electric Europe Ltd. Amtery Corporation GREMA-UC3M(Group of Radiofrequency, Electromagnetics, Microwaves & RF Sungsan Electronics & Communications Co., Ltd Analog Devices Microwaves and Antennas - Universidad Carlos III de Madrid) Mitsubishi Electric Europe BV SuperApex Corporation Anritsu EMEA Ltd Hermetic Solutions Group Molex Deutschland GmbH Syfer ANSYS hf-Praxis MOSIS Synopsis Corporation Group Anteral SL High Frequency Electronics MPI Corporation Tabor Electronics Anteverta-mw Holzworth Instrumentation MRC Gigacomp GmbH & Co. KG Taconic AO Technologies Horizon 2020: Networking Beyond 5G Nanjing Transcom Information Technology Co.,LTD Tecdia Inc. API Technologies Corp. HUBER + SUHNER National Instruments Tecnomec srl AR Europe Hytem Neltec SA Tektronix ASB Inc. IEEE Microwave Magazine Noise XT Teledyne Coax Aspocomp Group Plc IEMN/CNRS Noletec Teledyne Microwave Solutions AVX Corp. IHP GmbH NovaCap Teledyne Relays Axtal IMDEA Networks Institute NXP Semiconductors Teledyne Storm Microwave BAE Systems IMST GmbH OMMIC Televes, S.A Bruco Integrated Circuits B.V INDRA Sistemas, S. A. Optenni Ltd. Temstron Co., Ltd BSC Filters Ltd. Infacom SL Park Electrochemical Corp. Temwell Corp. Cambridge University Press Innertron Inc. Pasquali Microwave Systems Srl Thales Alenia Space Espana, S.A Chengdu Freqtrol Technologies Co., Ltd Intech Microwaves Srl Passive Plus Inc. The 2019 IEEE MTT-S International Microwave Chengdu Ganide Technology Co. Ltd. Intelliconnect (Europe) Ltd. Pickering Interfaces Ltd. Symposium (IMS) Chengdu Keylink Microwave Technology Irom Tech Inc. Pico Technology Ltd. Times Microwave Systems Chengdu Seekon Microwave Communicat Isola GmbH Planar Monolithics Industries, Inc. TKI-Ferrit Development and Manufacturing Ltd. Chengdu Xixia Technology Development Co., Ltd ITACA-UPV (ITACA - Universitat Politecnica de Valencia) Plansee SE TMD Technologies Chengdu Yaze Exhibition Service Co., Ltd ITF CO., LTD Pole/Zero TNO Defense, Safety and Security Chi-Shuai Enterprise Co., Ltd. IW Microwave Products Division Premix Oy TowerJazz Cicor Management AG -Cicor Group Jet Metal Technologies PRESTO ENGINEERING Transcom Inc. Cobham Microwave JFW Industries Inc. Radar Systems Technology Inc. Trilight Microwave Coilcraft Jiaxing Focusimple Electronics Co., Ltd Radiall Tronser Inc. Compex Corporation Johanson Manufacturing Remcom Inc. Tryo Aerospace & Electronics SL Conetronica JQL Electronic Inc. Revista Espanola de Electronics (REDE) TTI Consorcio Espacial Valenciano (ESA-VSC-UPV) Junkosha Inc. Rfcore Co., Ltd United Monolithic Semiconductors SAS Copper Mountain Technologies K&L Microwave RFHIC Corp. Varioprint AG CPE Italia SpA Keysight Technologies RFMW Europe Ltd. Vectawave CST-Computer Simulation Technology Knowles Rogers Corp. Vector Telecom dB Control Knowles Precision Devices Rohde & Schwarz Vectrawave SA DICONEX - DELTA OHM KOA Europe GmbH Rosenberger Hochfrequenztechnik GmbH & Co. KG VIA electronic GmbH Dielectric Laboratories Inc. Kuhne Electronic GmbH RYMSA RF Virginia Diodes Inc. Dorado International Kyocera Fineceramics GmbH RymSat Satellite Technology Vishay Electronic GmbH Dow-Key Microwave L-3 Narda-ATM Schmid & Partner Engineering AG VLC Photonics. S.L DYCONEX AG L3 Narda-MITEQ Schott AG Voltronics Corp. EBV ELEKTRONIK GMBH & CO. KG LPKF Laser & Electronics AG Sector Microwave Industries WAVEPIA Co., Ltd Electronic Specifier Ltd. MACOM Sematron España Wevercomm EpiGaN Magic Xtal Ltd Sener Ingeniena y Sistema Sa WIN Semiconductors Corp. ERCOMS Solutions, S.L. Mathworks Shanghai Haojin Communication Technologies Co., Ltd WIPL-D d.o.o. E-REON B.V. Maury Microwave Corp. Shanghai Huaxiang Computer Communication Wolfspeed, A Cree Company ERZIA Technologies SL MCG-UPNA(Microwave Components Group-Public University Engineering Co. Ltd. Wuerth Elektronik eiSos GmbH & Co. KG Eurofach Electronica of Navarre)

The Exhibitor List is correct at the time of going to press. It is subject to change. For up-to-date information visit: www.eumweek.com