SIX DAYS THREE CONFERENCES THREE FORUMS ONE EXHIBITION

EUROPEAN MICROWAVE WEEK 2020 JAARBEURS CONVENTION CENTRE UTRECHT – THE NETHERLANDS 10 – 15 JANUARY 2021 10-15 JANUARY 2021

EUROPEAN MICROWAVE WEEK 2020 CONFERENCE PROGRAMME EUROPE’S PREMIER MICROWAVE, RF, WIRELESS AND RADAR EVENT

THE ART OF MICROWAVES

Register online at: www.eumweek.com 2 – WWW.EUMWEEK.COM SPONSORS TABLE OF CONTENTS WWW.EUMWEEK.COM – 3 Promoting Table of Contents European Microwaves WELCOME MESSAGES STUDENT ACTIVITIES AND WiM Welcome to the 23rd European Microwave Week · · · · · 5 Welcome from the Student Activities Chair · · · · · · 38 Welcome from the President of the European Student Design Competitions · · · · · · · · · · · · 39 Microwave Association ·· · · · · · · · · · · · · · 6 Women in Microwaves · · · · · · · · · · · · · · 39 Welcome to the 15th European Microwave Integrated Career Platform · · · · · · · · · · · · · · · · · 40 Circuits Conference · · · · · · · · · · · · · · · · 7 5th European Microwave Student School · · · · · · · 42 Archiving through Editing the International Journal Welcome to the 50th European Microwave Conference · · 8 Tom Brazil Doctoral School of Microwaves · · · · · · · 43 the Knowledge Centre of Microwave and Wireless Welcome to the 17th European Radar Conference · · · · · 9 Welcome from the General TPC Chair · · · · · · · · ·10 Records papers written by the best Technologies CONFERENCE PROGRAMME international scientists in our secure database. The Journal solicits original and review Sunday 10th January 2021 · · · · · · · · · · · · · 44 21.000 papers papers. International Journal of Microwaves and Wireless th Technologies: EuMW2020 Special Issue · · · · · · · · 11 Monday 11 January 2021 · · · · · · · · · · · · · 45 Download as many as you wish Free e-access Tuesday 12th January 2021 · · · · · · · · · · · · · 50 at no extra cost EuMW 2020 Social Media Pages · · · · · · · · · · 11 Online only Wednesday 13th January 2021 · · · · · · · · · · · 62 GENERAL INFORMATION Hotel Booking Form · · · · · · · · · · · · · · · 65 COVID-19 Information · · · · · · · · · · · · · · ·12 Thursday 14th January 2021 · · · · · · · · · · · · ·74 The EuMW 2020 Organising Committee · · · · · · · · 14 Friday 15th January 2021 · · · · · · · · · · · · · 84 Organising the Future events 2023 Berlin EuMW 2019 Prizes and Fellowship Awards · · · · · · · 17 WORKSHOPS AND SHORT COURSES European Microwave Week 2021 London 2024 Paris EuMA Awards · · · · · · · · · · · · · · · · · 20 2022 Milan 2025 Utrecht EuMA and EuMW Committees · · · · · · · · · · · 22 Welcome from the Workshop and Short Courses Chair · · 88 th Europe’s Premier Microwave, RF, Wireless EuMW 2020 Reviewers · · · · · · · · · · · · · 23 Sunday 10 January 2021 · · · · · · · · · · · · · 89 and Radar Event. Conferences are set to be Monday 11th January 2021 · · · · · · · · · · · · · 97 www.eumweek.com Travel and Visa Information · · · · · · · · · · · · 24 cutting edge and groundbreaking. th Local Information and Insurance · · · · · · · · · · 25 Tuesday 12 January 2021 · · · · · · · · · · · · · 105 th Conference Information · · · · · · · · · · · · · · 25 Wednesday 13 January 2021 · · · · · · · · · · · 107 th Partner Programme · · · · · · · · · · · · · · · 26 Thursday 14 January 2021 · · · · · · · · · · · · 111 th Technology in Context Lectures · · · · · · · · · · 27 Friday 15 January 2021 · · · · · · · · · · · · · 114

REGISTRATION EXHIBITOR WORKSHOPS Workshops and Short Courses · · · · · · · · · · · 28 Rohde & Schwarz Workshops · · · · · · · · · · · · · · · 119 Registration Information · · · · · · · · · · · · · 29 Mathworks Workshops · · · · · · · · · · · · · · 120 Follow us Join the EuMA Community Registration Fees · · · · · · · · · · · · · · · · 30 Keysight Workshops · · · · · · · · · · · · · · · 121 IHP Workshop · · · · · · · · · · · · · · · · · ·122 on social media EuMA, the European Microwave Association® FORUMS MicroApps 2020 · · · · · · · · · · · · · · · · · 123 is an international non-profi t organisation with a scientifi c, educational and technical The Defence, Security and Space Forum · · · · · · · 32 Exhibitor Workshop Matrix · · · · · · · · · · · · 124 purpose, under Belgian law. The Automotive Forum · · · · · · · · · · · · · · 34 For more information and contact, visit : The 5G Forum · · · · · · · · · · · · · · · · · 36 Conference Sessions Matrix · · · · · · · · · · · · 124 Student Design Competitions· · Jaarbeurs Floorplan · · · · · · · · · · · · · · · · 130 www.eumwa.org/en/euma/social-media.html www.eumwa.org Women in Microwaves· · · · · · · · · · · · · · · 29 Exhibitor List · · · · · · · · · · · · · · · Back Cover 4 – WWW.EUMWEEK.COM SPONSORS WELCOME MESSAGES WWW.EUMWEEK.COM – 5

The European Microwave Week 2020 organisers would Welcome to the 23rd European Microwave Week like to thank the following companies for their help and valued support throughout this year’s event. The Corona virus has swept across “If you work in this field – you can EuMIC, EuMC, EuRAD. The European the globe. We have managed to move pack your week with relevant in- Microwave Integrated Circuits Confer- the European Microwave Week from sights and new developments.” ence, the European Microwave Con- PLATINUM SPONSOR September 2020 to January 2021, be- ference and the European Radar Con- cause we so much value that real-life, Meet. This week is where the entire ference together form the scientific person-to-person interaction. Register community meets. Meet, to interface heart of the Microwave Week. Keynote and visit! with all the relevant industries at the speakers from around the globe to in- largest microwave and radar trade- spire our audience, semiconductors “Be part of the European Microwave show - this tradeshow alone is more that literally work up to a THz, dedicat- Week, that will be remembered as than worth a visit! Stop by the EuMA ed sessions on Teaching Microwave En- the first big Microwave Conference booth and become a member. That is gineering, a Focus Day on (Active) Ar- after Corona.” the first step to get involved in vol- ray Antennas, there is just too much to unteering: Do so for a few years and name it all here. Female talent can meet Welcome! We are excited to host the suddenly realise that you actually their peers and get together during European Microwave Week in The know all the famous names in mi- the Women-in-Microwaves event. Netherlands, the country where it all crowaves and radar. Meet, to learn EuMC, the oldest of the conferences started in 1998, when three confer- before things even get published. involved, will be celebrating its 50th ences merged into the ‘Microwave Meet old friends to catch up, meet to anniversary, which is the reason for Week’. This turned out to be a strate- make new friends that last a lifetime. the golden crown over this year’s logo. gic and very successful move: 22 years later this week has grown into the big- Enjoy. This week’s venue maximally fa- “We invite you to immerse yourself gest event of its kind in Europe. To me, cilitates learning and meeting. Utrecht in the culture, art and history of the week can be summarised in four is a historic place that welcomes visi- Utrecht.” words: Learn, meet, enjoy and explore! tors warmly. Enjoy its canals, churches, modern and ancient art, and over 3000 Explore! Browse through this pro- Learn. This week represents the state- years of history. Enjoy its famous mu- gramme to learn about the student of-the-art in RF, microwaves and radar. sic scene, century-old restaurants, activities (including a drone-detecting Academia and industry present well bars and nightlife. Enjoy the Railway challenge: build a team, receive hard- over 400 scientific talks. Although this museum where we will host a splen- ware and demonstrate your perfor- is more than any individual can absorb, did dinner amidst historic trains. Enjoy mance on-site), the different fora (the it guarantees that – if you work in this the pub crawl and dancing festivities Defence, Security and Space Forum on field – you can pack your week with rel- organised by us for you in the heart Space Situational Awareness, the Auto- evant insights and new developments. of the city. Both the conference venue motive Forum, this year particularly on Short courses will get you up to speed and city centre are within five minutes waveforms and AI in automotive radar, for new topics, workshops will bring walking from the railway station, so and the new 5G Forum that bridges the you all the new developments for those be prepared to combine work and fun! gap between business and technolo- already working in the field. Exchange gy), a workshop on Quantum Comput- ideas with colleagues from academia “With over 400 scientific papers, ing for Electronic Engineers, and there and industry. Stay skilled in a world around 30 workshops and short is something on 5G at virtually every that is changing at an unprecedented courses this will more than satisfy time-slot. This week is so packed with rate. your scientific thirst.” science and fun, that you’ll regret going home when the week is over!

FRANK VAN VLIET BART NAUWELAERS General Chair General Co-Chair TNO, The Netherlands & KU Leuven, Belgium University of Twente, The Netherlands 6 – WWW.EUMWEEK.COM WELCOME MESSAGES WELCOME MESSAGES WWW.EUMWEEK.COM – 7

Welcome from the President of the Welcome to the 15th European Microwave European Microwave Association Integrated Circuits Conference

On behalf of the European Microwave but for those who aren’t yet: We offer Operational Officer; to Laura ANITORI It is with immense pride that we The EuMIC “raison d’être” is to pro- Seeds of University College London Association (EuMA), I warmly wel- a membership to all working in the Workshops and Short Courses Chair; would like to welcome you all to vide a unique forum where both sea- will present the recent developments come you to the 23rd edition of the Eu- field of microwaves. If you are not a to Ioan LAGER, Treasurer; as well as Utrecht, The Netherlands, for the 15th soned experts and new comers can in Photonic Integrated Circuits for ropean Microwave Week in Utrecht! EuMA member yet, I encourage you to Wim VAN CAPPELLEN and Dom- European Microwave Integrated Cir- exchange, learn, disseminate on any Microwave Applications. EuMA stands up for our microwave to join. As member, you will enjoy inique SCHREURS, EuMC Chair and cuits (EuMIC 2020) Conference. For topic which relates to high frequen- and RF community. We promote our reduced fees for attending the Week TPC Chair; to François DEBORGIES once, the Conference will not happen cy integrated circuits. Indeed, there This year, the EuMIC Closing Session microwave discipline wherever we and other EuMA-sponsored confer- and Domine LEENAERTS, EuMIC in autumn but will be held on Monday is no proper design of an MMIC or will start with the celebration of our can. We foster networking between ences and workshops as well as the Chair and TPC Chair; and to Mayaz- the 11th and Tuesday the 12th of Jan- RFIC without state of the art models, best contributors. Indeed the EuMIC scientists, engineers, decision makers IEEE IMS and the APMC. You’ll also zurra RUGGIANO and Jacco DE WIT, uary 2021. Since we do not change no good device without clever semi- Prize for the best-contributed paper and end-users. We pursue this in var- have access to an archive of publica- EuRAD Chair and TPC Chair - just to a winning team, the EuMIC confer- conductor engineering, no way to and the EuMIC Young Engineer Prize ious ways. The European Microwave tions and the online version of the In- name a few on behalf of the entire ence has been jointly organised by meet stringent requirements without will be awarded by the EuMIC Prize Week (EuMW) is our main asset and ternational Journal on Microwave and team. Thank you! the GAAS® Association and EuMA, as bright and fresh ideas and no chance Committee. Three GAAS® Association key event to do so. Wireless Technologies. ever since 2006. The city of Utrecht to convince a customer without PhD student fellowships will also be The European Microwave Week is is very pleased to host the gathering sound measurements! awarded. This session will be con- EuMA is continuously improving itself The European Microwave Week back again in The Netherlands after of microwave experts and IC design- cluded by two application-oriented to support our microwave community (EuMW) is the premier microwave the successful events in 1998, 2004, ers from all over the world. If you intend to be there already on presentations. Igor Tasevski, Vice as good as possible. We recently re- conference and exhibition event in 2008 and in 2012. All members of Sunday and can refrain from enjoying President & Head of Product Devel- leased a 22 pages White Paper “For Europe. The success of the EuMW the team have been working hard to This conference would not be without Utrecht during the day, do register for opment Unit Radio at Ericsson will a Strong & Competitive European is also a result of the collaboration set up an outstanding technical and the efforts of the numerous authors one or more of the very good Work- explore Radio ICs for future wireless Wireless Technologies Ecosystem”. with the IEEE MTT Society (techni- scientific programme for you and trying to disseminate their work, and shops and Short Course. Monday networks while Ville Kangas, Arctic This paper substantiates the strate- cal co-sponsor of the Week) and the I am sure they will make your stay the dedication of the panel of review- is a busy day with a large offering: Weather Satellite Project Manager at gic importance of wireless technol- GAAS Association (co-sponsor of Eu- in Utrecht exciting, enjoyable, and a ers and TPC members to spend their beyond the Opening Session, there the European Space Agency will look ogies for the 4th European Industrial MIC). But the Week is not only con- rewarding experience of Dutch hospi- free time making the best selection in will be nine regular sessions and the at MetOp Second Generation mm- Revolution and the digital European ferences, the Exhibition organised tality. I congratulate the team with a order to provide the most attractive traditional EuMIC Get-together to Wave Instruments and Technologies. society. A free download is available by our long-standing partner Horizon lot of very nice innovations like the programme. No one would imagine conclude the day. On Tuesday, which at our website: www.eumwa.org. House / Microwave Journal forms an Chinese Call for Papers. a major Conference without Work- hosts the Opening of the EuMW We have done all we could do to integral part of it. shops and Short Courses for which 2020, EuMIC offers two regular ses- make this Conference a reality but EuMA actively supports education I would like to cordially invite you the organisers strive to gather key sions, one joint session with EuMC, only you, the attendees, can turn Eu- and offers to young researchers As everybody knows, preparing and to the EuMW 2020. Come to the experts to cover the latest develop- the Foundry Panel Session, the inter- MIC 2020 into a success. The EuMIC each year a number of scholarships hosting the EuMW is a major effort, wonderful city of Utrecht. Join us at ments. We also have to acknowledge active Poster Session that will be pre- team is looking forward to meet you: at selected European industries and from paper submission and review EuMW 2020 and discover informa- the previous EuMIC teams who did ceded by a one-minute pitch for all Hartelijk Welkom in Utrecht! research institutes. The deadline of to on-site organisation at the venue, tion you won’t get anywhere else. not spare their time to provide pre- presenters, and the Closing Session. the next call is 28 November 2020. and this is accomplished by a team Take the opportunity to meet and cious support. Finally, we would also If you want to be a host for the 2021 of volunteers year by year. Therefore, talk to colleagues and friends from like to thank all the people who nev- The EuMIC Opening Session will fea- edition please contact the EuMA In- my special and sincere thanks go to all over the world you don’t see ev- er come under the spotlight though ture two distinguished invited speak- novation Team at innovationteam@ Frank VAN VLIET and Bart NAUWE- ery day. I hope to see you in Utrecht! helping tremendously to make this ers. Prof. John D. Cressler of Georgia eumwa.org. LAERS, 2020 General Chair and Vice- And most of all: Get involved in our Conference possible. Tech will break the mold by looking at chair; to Alex YAROVOY, General TPC community! SiGe Technology in Ways That Were Most of you are familiar with EuMA, Chair; to Marcel VAN DER GRAAF, Never Envisioned, while Prof. Alwyn

EuMA is now also very active on various social media. Follow us @eumassociation on ­Facebook, LinkedIn, Twitter and Instagram.

FRANK FRANÇOIS DEBORGIES STEFAN HEINEN DOMINE LEENAERTS CHRISTIAN FAGER VAN DEN BOGAART EuMIC Chair EuMIC Co-Chair EuMIC TPC Chair EuMIC TPC Co-Chair President ESA, The Netherlands RWTH Aachen University, Germany NXP, The Netherlands Chalmers University of Technology, European Microwave Association Sweden 8 – WWW.EUMWEEK.COM WELCOME MESSAGES WELCOME MESSAGES WWW.EUMWEEK.COM – 9

Welcome to the 50th European Microwave Welcome to the 17th European Radar Conference Conference

With great pleasure and honour, the the keynote speech “How Connec- developments in Radio Astronomy, It is with great pleasure that the In the opening session on Wednes- This year 175 papers were submit- EuMC 2020 team warmly welcomes tivity Technologies are Changing Ve- Space, and Defence are presented in EuRAD 2020 team welcomes you day, two excellent keynote speakers ted to the conference and, after a you to the 50th Microwave Confer- hicles”. Tuesday afternoon, we will three special sessions. In the EuMC to the 17th European Radar Confer- will address important aspects of rigorous selection process, 105 pa- ence, celebrating its golden edition! host again the Women in Microwaves Closing Session, also on Thursday, ence, the key European event for the radar for space observations and na- pers have been accepted and were The history of the EuMC dates back (WiM) event. This year’s WiM event the EuMC Microwave Prize and two present status and future trends in val ballistic missile defense. Goutam organised into 20 oral sessions, one to 1969, when the conference first comprises presentations and a panel Young Engineer Prizes will be award- the fieldof radar research, technolo- Chattopadhyay, senior research sci- of them shared with EuMC, and one took place in London. Since then, the discussion of leading female scien- ed. The Closing Session features a gy, system design, and applications. entist at NASA Jet Propulsion Labo- interactive poster session. Nine in- conference has evolved into the larg- tists from academia and industry. The keynote by Hughes Boulnois (Airbus It covers a wide variety of topics, ratory, will present ‘Millimeter-Wave dustrial keynotes are distributed over est event in Europe dedicated to a conference sessions on Tuesday have DS) “The Future of High-Throughput ranging from radar components and and Terahertz Radar Instruments for the oral sessions addressing recent broad range of high-frequency topics, tracks on power amplifiers, (integrat- Satellites is Laser SatCom” and a systems, radar propagation and tar- Planetary, Cometary, Earth Observa- innovation highlights. Additionally ranging from novel semiconductor ed) antennas, packaging, THz elec- keynote on New Frontiers for Wave get modelling, advanced signal pro- tions, and Security Applications’. The a focus session will address radar and packaging technologies, photon- tronics and photonics, and EM field Engineering Using Metamaterials by cessing techniques, up to the most second invited speaker is Captain interference cancellation and wave- ics, passive and active microwave/ theory and numerical techniques. On Andrea Alù, Founding Director and innovative radar architectures and Jorn Bleijs, Director of Weapon and form agility. Furthermore a number millimeterwave circuits and antenna Wednesday, the program continues Einstein Professor at the Photonics concepts and the latest applications. Sensor Technology for The Nether- of special sessions will detail specific (arrays), up to system level, with in- with more sessions on power am- Initiative, CUNY Advanced Science lands Defence Material Organisation topics of interest, including one on novative solutions for e.g., biomedi- plifiers, passive components and fil- Research Center, USA. Last but not We are proud to host EuRAD 2020 in the Maritime Systems Department, Electronic Surveillance and Defence. cal, mobile, and IoT applications. ters, metamaterials, IoT, and Energy least, there are four more short cours- from 13th to 15th January 2021 in who will give a talk entitled ‘One step Five attractive workshops and three Harvesting Technologies. In addition, es and workshops on Friday. Utrecht at the Jaarbeurs, providing an ahead of the enemy: innovative radar short courses will complete and en- We have done our very best to offer there is the highly recommended ideal setting from plenary sessions to solutions are decisive for military hance the EuRAD programme, some you an attractive conference where short course “Quantum Computing A new element of the 2020 confer- regular sessions, and individual dis- use’. The EuRAD Opening is held in of them shared with EuMC, on key you can present your research and for Electrical Engineers” with 7 talks ence are 1-minute poster pitches: In cussions to workshops. Joining this conjunction with the Defence, Secu- topics like automotive in-cabin radar meet colleagues, learn about the lat- from experts in the field, organized in the slot before the morning coffee, conference is the ideal opportunity rity and Space Forum (DSS), which and networks with sensor fusion, est trends and broaden your horizons, three main themes: quantum-comput- the poster presenters of the poster to keep up-to-date with the latest focuses further on Space Situational micro-Doppler radar, multi-beam an- be inspired by world-leading keynote ing fundamentals, physical platforms sessions will be pitching their work in achievements in radar and to interact Awareness. For the closing session tennas and beamforming networks, speakers from academia and industry, for quantum processors, and elec- the Media Arena for exactly one min- with international experts from in- on Friday, an excellent speech will radar system solutions for industrial be exposed to the latest products in tronic interfaces for quantum com- ute. Action and fun are guaranteed dustry and academia. The conference address the evolution of radar suites and consumer sensing, MIMO radar, the exhibition, and make new friends. puters. Plus a focused session on In- with big traffic lights for the timing, brings together radar experts, re- in the context of the Dutch frigate and cognitive radar signal processing. Our efforts have led to a rich program novative Antennas for Cubesats and a timer counting down and a big red searchers, designers, and developers replacement program. The invited throughout the entire week. On Sun- Small-Space platforms. On Thursday, emergency button. from all over the world to continuous- speaker is Winston van Oosterhout, We would like to express our deep day and Monday there are 12 EuMC there are sessions on front ends, pla- ly stimulate innovation and benefit Technical Director at Thales Ned- gratitude to all the reviewers and the workshops and short courses on nar filters, biomedical applications, We hope that you will have a from cross-fertilization between ap- erland B.V., who will give a talk on TPC members for undertaking their hot-topics, such as RF Technologies and characterisation techniques. The great time at the EuMC. Enjoy the plications. This year, the conference “Multi-Band functionally integrated task in a professional and timely for 5G, and Advanced Measurement Netherlands is hosting an enormous conference! embraces the theme of “Awareness Multi-Function Radar sensor suites”. manner, and finally to all EuRAD con- Techniques for Next Generation Com- amount of phased array research and through Radar”, this thread links the The opening and closing sessions ference delegates for your invaluable munication Systems. Tuesday morn- development at universities, research plenary talks with the entire confer- thus complement each other provid- contribution to the success of EuRAD ing features the EuMW/EuMC Plena- institutes, and industry. Thursday ence program, including the Space ing contributions from research insti- 2020. We look forward to meeting ry Opening Session where Lars Reger, is therefore designated as our spe- Situational Awareness Forum and the tution, government, and industry. you at the EuRAD 2020 conference, Executive Vice President & CTO at cial day on array technologies. An Automotive Forum. and wish you an excellent stay in NXP Semiconductors, will present overview on the latest phased array Utrecht!

WIM VAN CAPPELLEN DOMINIQUE SCHREURS MAYAZZURRA RUGGIANO JACCO DE WIT EuMC Chair EuMC TPC Chair EuRAD Chair EuRAD TPC Chair ASTRON, The Netherlands KU Leuven, Belgium Thales Nederland B.V., TNO, The Netherlands The Netherlands 10 – WWW.EUMWEEK.COM WELCOME MESSAGES SOCIAL MEDIA PAGES WWW.EUMWEEK.COM – 11

Welcome from the General TPC Chair International Journal of Microwave and Wireless Technologies: EuMW 2020 Special Issue

It is my sincere pleasure to welcome carefully selected industrial keynote I wish you to enjoy the conference The International Journal of Micro- The authors of several highly ranked the European Microwave Week in the presentations and special sessions program, meet microwave communi- wave and Wireless Technologies was papers presented at the conferences Netherlands in historical and at the resulting in total 91 oral sessions and ty at the conference and at the ex- created in 2009 by the European will be invited to submit an extended same time very young city of Utrecht. 4 poster sessions. The sessions are hibition, visit beautiful down town of Microwave Association (EuMA) and version for publication in the journal. For almost two years the Technical placed in the conference matrix as Utrecht, recharge your batteries and Cambridge University Press for the The special issue will be guest edited Program Committee worked hard to much as possible along topical lines. be inspired by new ideas. Looking benefit of the microwave research by Dominique Schreurs, TPC chair of make this Dutch-Belgium Edition of From submitted papers we could forward to meeting you in January in community in Europe and overseas. EuMC 2020, Domine Leenaerts, TPC the Week a great success. clearly see the major trends in de- Utrecht. chair of EuMIC 2020, and Jacco de velopment in a broad field of micro- The journal is published ten times a Wit, TPC chair of EuRAD 2020. A good program starts from good waves: from circuitry to systems. To year. It allows academic and industri- papers. Responding to our call for emphasize these trends, we enriched al researchers to promote their work Accepted papers will be published papers the authors from 61 country the program with three dedicated fo- and stay connected with the most online at http://journals.cambridge. throughout the globe submitted 838 rums: DSS Forum on Space Situation- recent developments in microwave org/MRF and can be referenced using papers, with the majority of papers al Awareness, Automotive Forum and and RF technology. The journal is ref- their DOI (Digital Object Identifier). outside of the European Union. The 5G Forum. The program is completed erenced in databases such as Scopus Once all submissions are received, first three largest national paper con- with carefully tuned workshops and and Google Scholar and is indexed in the articles will be collated into the tributors to the week are Germany, special courses on topics of high in- the Thomson Reuters Web of Science. Special Issue and published in print, China and the Netherlands. As Gen- terest to the microwave community. Following the success of previous mi- which is expected to appear in June eral Technical Programme Commit- crowave weeks, the journal will again 2021. tee Chair, I am very grateful to all The technical program has been publish a special issue dedicated to reviewers and TPC members who are managed through a new version of European Microwave Week 2020. volunteering in the challenging time software system and I would like to of corona crisis to make great tech- thank Marc van Heijningen, Cristina nical program for EUMW 2020. More Andrej and the staff from CONVERIA, DOMINIQUE SCHREURS DOMINE LEENAERTS JACCO DE WIT than 500 reviewers have laid down who have efficiently contributed to EuMC 2020 TPC Chair EuMIC 2020 TPC Chair EuRAD 2020 TPC Chair a solid basis for the paper selection the final programme preparation via by providing from 5 to 7 profession- setting up and managing the CONVE- al reviews per each submitted paper. RIA system. Special thanks to Marcel For the first time in the history of the van der Graaf for his excellent sup- European Microwave Week all sub- port of TPC work at all stages. I also mitted papers were checked for (self) would like to express my gratitude plagiarism using the standard IEEE to the TPC chairs of the individual tool. The Technical Program Commit- conferences Dominique Schreurs, Follow us on Social Media tee with 104 members in virtual TPC Domine Leenaerts and Jacco de Wit, meeting on March 28 have decided general TPC co-chair Ronny Harmon- on paper selection having an accep- nij, WS coordinator Laura Anitori and tance rate of around 62 % (including Focussed/Special Session coordinator focused sessions). These contributed Stefania Monni for very efficient team papers have been complimented with work.

ALEXANDER YAROVOY DARYNA PESINA SOFIA KOTTI General TPC Chair EuMA Social Media Officer EuMW 2020 Social Media Officer Delft University of Technology The Netherlands 12 – WWW.EUMWEEK.COM COVID-19 COVID-19 WWW.EUMWEEK.COM – 13

COVID-19 8 May 2020

Hygiene rules for everyone

We can only take the next step forward Travelling to if everyone follows these rules. The Netherlands from abroad

• Wash your hands before going out, • Wash your hands for 20 seconds Dutch measures when you return home, after with soap and water. Dry them against blowing your nose, before eating thoroughly. COVID-19 Wash your hands and after going to the toilet. frequently. Air travel COVID-19 measures • Discard tissues immediately after use. COVID-19 and Cough and sneeze Use paper tissues to • Always wash your hands after blowing your nose. the conference into your elbow. blow your nose. venue

• This does not apply to people living in one household.

Don’t shake hands. Keep a distance of • Keeping two arms lengths away 1.5 metres from reduces the risk of people spreading the infection. others.

COVID-19 EXTENDED REFUND POLICY

We understand that uncertain- refund policy where you can cancel your conference registration fees. No ty about the development of the your participation in the EuMW 2020 questions asked, no further condi- COVID-19 virus is a big concern to conferences due to COVID-19 related tions. It’s just another measure that alleen samen krijgen we More information: many of us. In addition to the regular circumstances (including company we take to make your life as safe as rijksoverheid.nl/coronavirus refund policy, we have therefore im- travelling policies) up to 31 Decem- possible, taking care of at least one corona onder controle 0800 1351 plemented an EuMW 2020 extended ber 2020, and get a full refund of uncertainty for you 14 – WWW.EUMWEEK.COM ORGANISERS ORGANISERS WWW.EUMWEEK.COM – 15

The EuMW 2020 Organising Committee

Frank van Vliet Bart Nauwelaers Marcel van der Graaf Ioan Lager Marc van Heijningen Alexander Yarovoy Marco Martorella Mark Bentum Patrice Gamand Patrick Hindle Sally Garland General Chair General Co-Chair Operational Officer Treasurer Local Arrangments Chair & General TPC Chair DSS Forum Chair DSS Forum Co-Chair DSS Forum Advisor DSS Forum, Microwave Journal Hotels and Partner Programme TNO - The Netherlands & KU Leuven - Belgium TNO - The Netherlands Delft University of Technology EuMA Conference Software Officer Delft University of Technology University of Pisa - Italy Eindhoven University of Technology & RF Consulting PG - France United Kingdom Connex Hotels and Events University of Twente - The Netherlands The Netherlands TNO - The Netherlands The Netherlands ASTRON - The Netherlands United Kingdom

David Prinsloo Ulf Johannsen Stefania Monni Laura Anitori Marion Matters- Annemie Thomas Zwick Frank Gruson Martin Kunert Cicero Vaucher Publication Chair Student Activities Chair & Focussed and Special Sessions Chair Workshop and Short Courses Chair & Kammerer van Nieuwerburgh Automotive Forum Chair Automotive Forum Co-Chair Automotive Forum Co-Chair Automotive Forum Local Arrangements ASTRON - The Netherlands Career Platform Chair TNO - The Netherlands Attendee Survey Officer Karlsruhe Institute of Technology Continental AG - Germany Robert Bosch GmbH - Germany Chair Eindhoven University of Technology TNO - The Nethelrands Awards and Prizes Chair & WiM Chair EuMA Headquarters Assistant Germany NXP - The Netherlands The Netherlands Eindhoven University of Technology Belgium The Netherlands

François Deborgies Domine Leenaerts Stefan Heinen Christian Fager Wim van Cappellen Dominique Schreurs Bart Smolders Ulf Gustavsson Toon Norp Henri Werij EuMIC Chair EuMIC TPC Chair EuMIC Co-Chair EuMIC TPC Co-Chair EuMC Chair EuMC TPC Chair 5G Forum Chair 5G Forum Co-Chair 5G Forum Co-Chair Sponsoring Advisor ESA - The Netherlands NXP - The Netherlands RWTH Aachen University - Germany Chalmers University of Technology ASTRON - The Netherlands KU Leuven - Belgium Eindhoven University of Technology Ericsson - Sweden TNO - The Netherlands Delft University of Technology - The Sweden The Netherlands Netherlands

Mayazzurra Ruggiano Jacco de Wit Cristina Andrei Matthias Rudolph Daryna Pesina Sofia Kotti Mark Oude Alink Hao Gao Harijot Bindra Niels Vertegaal EuRAD Chair EuRAD TPC Chair EuMA Conference Software Officer Electronic Submission Advisor EuMA Social Media Officer Workshop and Short Courses Co-Chair Interactive Sessions Chair VISA Chair VISA Co-Chair Party Chair Thales Nederland B.V. TNO - The Netherlands Brandenburg University of Technology Brandenburg University of Technology O. Ya. Usikov Institute for Radiophys- & Social Media Officer University of Twente - The Netherlands Eindhoven University of Technology University of Twente - The Netherlands Eindhoven University of Technology The Netherlands Germany Germany ics and Electronics NAS - Ukraine TNO - The Netherlands The Netherlands The Netherlands

Willem Hol Michel Zoghob Julie Mills Tamara Boogaard Corry Neggers Monique André de la Sander Bronckers Jaap Essing Jean-Luc Polleux Thierry Parra Daniel Stokes EuMA Liason Event Director Event Manager Key Account Manager Jaarbeurs Conferences Manager Jaarbeurs Porte Student Helpers Coordinator Tom Brazil Doctoral School of Career Platform Advisor Attendee Survey Officer Attendee Survey Officer EuMA - The Netherlands Horizon House - United Kingdom Horizon House - United Kingdom Jaarbeurs - The Netherlands Jaarbeurs - The Netherlands Eindhoven University of Technology Microwaves Chair Université Paris Est, ESYCOM, CNRS, University of Toulouse, CNRS, National Physical Laboratory Utrecht Convention Bureau The Netherlands TNO - The Netherlands ESIEE Paris - France LAAS - France United Kingdom The Netherlands 16 – WWW.EUMWEEK.COM IN MEMORIAM: ROBERTO SORRENTINO 2019 EUROPEAN MICROWAVE WEEK IN PARIS BEST PAPER PRIZES WWW.EUMWEEK.COM – 17

In Memoriam: Roberto Sorrentino 2019 European Microwave Week in Paris Best Paper Prizes: EuMIC

Professor Roberto Sorrentino died An active member of the IEEE and the President of the Italian Electromag- EuMIC Prize on Tuesday, 3 March 2020. Roberto Microwave Theory and Techniques netic Society (SIEm). Sponsored by EPIGAN Sorrentino was an electronics engi- Society (MTT-S) throughout his ca- neer who had a distinguished career reer, he was elected an IEEE Fellow In January 2020 Roberto Sorrentino in the field on microwave and milli- for his contribution to the modelling was awarded the prestigious honour metre-wave circuits and antennas. of planar and quasi-planar microwave of the Grand Officer of the Order of He received in recent years the IEEE and millimetre-wave circuits. In 1993 Merit of the Italian Republic for his Microwave Career Award, the EuMA he received the IEEE MTT-S Meritori- commitment in the field of research. Distinguished Service Award and the ous Service Award, in 2000 the IEEE The award was conferred by the Order of Merit of the Italian Republic. Third Millennium Medal, in 2004 the Head of State, Sergio Mattarella, on He received his doctoral degree in IEEE MTT-S Distinguished Educator the proposal of the Prime Minister Gi- electronic engineering from the Uni- Award, and in 2015 the IEEE Micro- useppe Conte. versity of Rome “La Sapienza”, Rome, wave Career Award. In 2012, with S Italy, in 1971 and he began his ca- Bastioli and C Tomassoni, he received Roberto Sorrentino was an outstand- reer as an Assistant Professor at “La the MTT-S Microwave Prize for the ing member of our technical commu- Sapienza” University in 1974. From paper “A New Class of Waveguide Du- nity because his achievements com- 1986 to 1990 he was a Professor at al-Mode Filters Using TM and Nonres- bined excellence in different fields. the University of Rome “Tor Vergata” onating Modes”, published in the MTT He enjoyed a high reputation as a EPIGAN representative - Co-Author Arij Battikh – EuMIC Chair Co-Author Arij Battikh – GAAS® Association Representative – EuMIC Chair and in November 1990 he became a Transactions. scientist due to his many significant Professor at the University of Peru- technical contributions throughout Paper Title gia. Between 1983 and 1986 he was his career. He was a gifted educator Non-linear Modeling and Harmonic Balance Simulations of Track and Hold Amplifier a Research Fellow at the University and many of his former PhD students of Texas at Austin, where he worked are now well-respected members of Authors with Professor Tatsuo Itoh. In 2007 the microwave community, in Italy Dr. Abhijeet Dasgupta¹ ²; Arij Battikh¹ ²; Prof. Guillaume Neveux¹; Prof. Denis Barataud¹; Dr. Cédric Chambon² he founded RF Microtech s.r.l., a suc- and internationally. And, at the same ¹ XLIM Research Institute - UMR CNRS 7252; ² Callisto Space cessful spin-off company from the time, he was active as a technical University of Perugia specialising in manager, founding a successful spin- microwave and radio-frequency tech- off company and running it until after nologies. This Umbrian company be- his retirement. Altogether, this is a came a leader in the fieldof antenna truly impressive record only very few EuMIC Young Engineer Prize design and satellite communication in our community can demonstrate. Sponsored by ENKRIS systems, employing 25 staff. He was the author of more than 150 technical Beyond this, Roberto Sorrentino was papers in international journals and always a communicative person, with 200 refereed conference papers and an open and friendly attitude, build- he wrote and edited several books for ing bridges and bringing people to- John Wiley and McGraw-Hill. Roberto Sorrentino was the Chair gether and initiating collaboration of the IEEE Section of Central and between groups in different countries Roberto Sorrentino was one of the six South Italy, founded and chaired a all over the world. The international Founder Members of the European local MTT/AP Chapter, was the Edi- microwave community is indebted to Microwave Association, which was tor-in-Chief of IEEE Microwave and him for his dedication and his many created in 1998 to manage the annual Guided Wave Letters, served on the contributions. European Microwave Conference and MTT AdCom, sat on Technical Com- to create the European Microwave mittees MTT-15 on Field Theory and As the European Microwave Associa- Week. He attended EuMC annually MTT-1 on Computer-Aided Design, the tion, we have lost a founder, our first from 1973 and was deeply involved Editorial Board of the Proceedings of President and one of our most active in the Technical Programme Commit- the IEEE and the IEEE Electromag- members. More than this, he was a Lucas Nyssens - EuMIC Chair - ENKRIS representative Lucas Nyssens – GAAS® Association Representative– EuMIC Chair tee and Management Committee. He netics Award Committee. friend to many of us. Our sympathy served as the first President of the and our thoughts are with his wife Paper Title Association from 1998 to 2009. In He was Vice Chair and then Chair of Linda and his family. Effective Resistivity Extraction of Low-Loss Silicon Substrate at Millimeter-Wave Frequencies 2010 the EuMA presented him its the International Union of Radio Sci- Distinguished Service Award. In 2014 ence (URSI) Commission D (Electron- Authors he was the General Chair of the 17th ics and Photonics) and from 2007 he Lucas Nyssens; Martin Rack; Prof. Jean-Pierre Raskin European Microwave Week, held in was the President of the Italian Com- Université catholique de Louvain Rome. mission of URSI. He was one of the founders and from 2002-08 the first 18 – WWW.EUMWEEK.COM 2019 EUROPEAN MICROWAVE WEEK IN PARIS BEST PAPER PRIZES 2019 EUROPEAN MICROWAVE WEEK IN PARIS BEST PAPER PRIZES: WWW.EUMWEEK.COM – 19

2019 European Microwave Week in Paris 2019 European Microwave Week in Paris Best Paper Prizes: EuMC Best Paper Prizes: EuRAD

EuMC Microwavez Prize EuMC Young Engineer Prize EuRAD Prize EuRAD Young Engineer Prize Sponsored by Thales Alenia Space, Toulouse, France Sponsored by FormFactor Sponsored by Thales Nederland B.V. Sponsored by HENSOLDT

Thales Alenia Space representative - Akanksha Bhutani – EuMC Chair FormFactor representative - Audrey Cayron – Award Chair EuRAD Co-chair and Chair – Ingrid Ullmann – Thales Nederland B.V. representa- HENSOLDT representative - Daniel Tajik - EuRAD Chair and Co-Chair –– EuRAD tive– EuRAD TPC Co-Chair and Chair TPC Chair and Co-Chair Paper Title Paper Title 122 GHz FMCW Radar System-in-Package in LTCC Technology Wideband and Compact 3-D Quadrature Coupler for 5G Applications Paper Title Paper Title SAR Based Non-Destructive Evaluation of Irregularly Shaped Objects Improving Quantitative Microwave Holography Through Simultane- Authors Authors with Simultaneous Estimation of Geometry and Permittivity ous Use of the Born and Rytov Approximations Akanksha Bhutani¹; Dr. Benjamin Goettel²; Dr. Mario Pauli¹; Prof. Audrey Cayron¹ ²; Dr. Christophe Viallon³ ¹; Dr. Ayad Ghannam⁴; Thomas Zwick¹ Dr. Alessandro Magnani⁴; Prof. Thierry Parra³ ¹ Authors Authors ¹ Karlsruhe Institute of Technology; ² Wellenzahl GmbH & Co. KG ¹ LAAS-CNRS; ² INSA Toulouse; ³ Université de Toulouse Ingrid Ullmann, Julian Adametz, Martin Vossiek, Daniel Tajik, Natalia K. Nikolova, Michael D. Noseworthy, Paul ­Sabatier; ⁴ 3DiS Technologies Institute of Microwaves and Photonics, Friedrich-Alexander McMaster University, Hamilton, Ontario, Canada University, Erlangen, Germany

EuMC Young Engineer Prize GAAS® Ph.D. Student Fellowship Sponsored by Thales DMS The GAAS® Association sponsors three student fellowships of €2,000 each, to be given to young full-time Ph.D. students each having an accepted paper at EuMIC 2020. The purpose is to recognise and provide financial assistance to international Ph.D. students who show promise and interest in pursuing a graduate degree in microwave electronics. In 2019, the three fellowship recipients were: Alberto Maria Angelotti, Abdul Ali and Babak Jamali (absent on the day of award).

1st Fellowship Recipient: Alberto Maria Angelotti 2nd Fellowship Recipient: Abdul Ali

Award Chair – Thales DMS representative - Maxwell Duffy – TPC General Chair Paper Title Discrete Supply Modulation of a Three-Stage K-Band PA

Authors Maxwell Duffy; Dr. Gregor Lasser; Prof. Zoya Popovic; CU Boulder Alberto Maria Angelotti – GAAS® Association Representative – EuMIC Chair Abdul Ali – GAAS® Association Representative – EuMIC Chair 20 – WWW.EUMWEEK.COM EUMA AWARDS 2020 EUMA AWARDS 2020 WWW.EUMWEEK.COM – 21

EuMA EuMA Pioneer Award Distinguished Service Award

KOJI MIZUNO RAYMOND QUERE

Koji Mizuno, received the B.Eng., M.Eng., and D.Eng. degrees in electronic engineering from Raymond Quéré, received the engineering degree from ENSEEIHT- Toulouse (France) in Tohoku University, Sendai, Japan, in 1963, 1965, and 1968, respectively. In 1968, he joined 1976, the French “agrégation” in applied sciences in 1978 and a PhD in electronic engineer- the Department of Electronic Enginnering, Tohoku University as a Research Associate. He ing from the university of Limoges in 1989. He was appointed professor at the University of was apponited Professor of Electron Devices at the Research Institute of Electrical Commu- Limoges in 1992 where he led researches on nonlinear behavior of microwave devices and nication (RIEC), Tohoku University in 1984. In March 2004 he retired from his appointment circuits with a special emphasis on the nonlinear stability analysis and the characterization, to become an Emeritus Professor. modeling and simulation of nonlinear devices. He notably contributed to the characteriza- tion and modeling of thermal and trapping effects in Gallium Nitride devices. He authored He spent a sabbatical at Queen Mary College, Univerity of London under the sponsorship of or co-authored more than 200 papers and conference communications as well as the book the SRC (Science Research Council, United Kingdom) in 1972 – 1973, and in 1990 he spent “Stability of nonlinear microwave circuits“. He served in various technical committees as the a six-month sabbatical at the California Institute of Technology, Pasadena and Queen Mary Technical Program Committee of the EuMW for years as well as a reviewer for a number of and Westfield College, London under the sponsorship of Monbusho (Ministry of Education, journals and conferences. In 2009 he has been elevated to the grade of Fellow of the IEEE. Science and culture, Japan). From 1990 to 1998 he was a team leader of the Photodynamics Research Center, the Institute of Physical and Chemical Research (RIKEN), Sendai, where From 1998 to 2013 he led the department “Devices, Circuits, Signals and Systems” in XLIM – he ran a laboratory for THz research at the same time as he ran the laboratory at Tohoku a joint laboratory of the French CNRS and the University of Limoges. From 2013 to 2017 he University. He has been interested in the millimeter and THz region of the electromagnetic was the deputy director of the XLIM labs. During the same period he has been the holder of wave spectrum, and particularly in developing technologies of detection, generation and the chair “ DEFIS-RF” funded by the French National Research Agency (ANR) , Thales Alenia applications in this frequency regime. Space and Thales Corp. This chair aimed at the design of future RF terminals.

He was awarded the IEEE Fellow grade in 1993, the Kenneth J. Button Medal in 1998, the He has been serving the European Microwave community through various functions such Minister Award of MEXT (Ministry of Education, Culture, Sports, Science and Technology, as General Chairman of EuMW in 2005, member of EuMA BoD from 2012 to 2017 and the Japan) in 2003, the Distinguished Educator Award of the IEEE MTT (Microwave Theory and first Editor in Chief of the “International Journal of Microwave and Wireless Technologies” Techniques) Society in 2005, and the Exceptional Service Award of the International Society from 2009 to 2013. of Infrared, Millimeter, and Terahertz Waves (IRMMW-THz) in 2015. Finally he has been the scientific advisor and/or funding member of the two spin-offs ­AMCAD Engineering and VTD. In January 2020 he co-founded NAIoBEE, a start-up special- ized in wireless sensor networks for the Building Energy Efficiency. 22 – WWW.EUMWEEK.COM EUMA AND EUMW COMMITTEES EUMW 2020 REVIEWERS WWW.EUMWEEK.COM – 23

EuMA and EuMW Committees To our reviewers: Thank you for your great work!

EuMA GENERAL ASSEMBLY EUMW REVIEWERS

Board of Directors: Frank van den Bogaart · Gilles Dam- Oleg V. Stukach, Group 12 · Jasmin Grosinger, Group 13 · Juan Mari Group 4 – United Kingdom, Ireland, Gibraltar, Malta · Group 5 – Bel- A: Øyvind Lund Aardal · Pablo Acedo · Edward Ackerman · Frank Gruson · Marco Guglielmi Roberg · Patrick Roblin · António Rodrigues · Hendrik Rogier · brine Patrice Gamand · Andrew Gibson · Willem Hol · Renato Collantes, Group 14 · Dick Snyder, Group 15 · Hiroshi Okazaki, Group gium, The Netherlands, Luxembourg · Group 6 – Iceland, Norway, Sam Agneessens · Janne P. Aikio · Beatriz Aja · Mustafa Akkul · H: Svein-Erik Hamran · Yang Hao · Henri Happy · Stephen Harman · Yves Rolain · Ilona Rolfes · Wim van Rossum · Mayazzurra Ruggia- Lombardi · Luca Perregrini · Almudena Suárez Rodríguez · 16 · Amr Safwat, Group 17 Sweden · Group 7 – Denmark, Faroe Islands, Finland, Greenland · Rozenn Allanic · Arokiaswami Alphones · Giandomenico Amendola Ronny Harmanny · Marlene Harter · Matijs Heiligers · Wolfgang no · Jorge A. Ruiz-Cruz · Andrej Rumiantsev · Anders Rydberg Danielle Vanhoenacker-Janvier · Thomas Zwick Founder Members: Leo Ligthart · Asher Madjar · Holger Mei- Group 8 – Bulgaria, Czech Republic, Hungary, Romania, Slovakia · Sharaiha Ammar · Cristina Andrei · Guillaume Andrieu · Mykhaylo Heinrich · Simon Hemour · Reinhold Herschel · Jeffrey Hesler · S: Carlos Saavedra · Amr Safwat · Kamal K Samanta · Atsushi EuMW Chairs: Denis Barataud, EuMW 2019 · Frank van Vliet, nel · Steve Nightengale · André Vander Vorst Group 9 – Estonia, Latvia, Lithuania, Poland · Group 10 – Arme- Andriychuk · Iltcho Angelov · Kimia Ansari · Michael Antoniou · Jan Hesselbarth · Mark van der Heijden · Marc van Heijningen · Sanada · Miguel Sanchez-Soriano · Philip Sanders · Alberto Santar- EuMW 2020 · Nick Ridler, EuMW 2021 EuMA International Journal Editor: Fransisco Medina-Mena nia, Azerbaijan, Georgia, Moldova, Ukraine · Group 11 – Albania, Kateryna Arkhypova · Fritz Arndt · Holger Arthaber · Hervé Aubert · Michael Höft · Willem A. Hol · Damon Holmes · Xin Hu · Zhirun Hu · elli · Bruno Sauviac J. Christoph Scheytt · Michael Schlechtweg · Ordinary Members: Serge Verdeyme, Group 1 · Ingmar Kall- EuMA Honorary Secretary: Andrew F. Wilson Bosnia and · Herzegovina, Croatia, Cyprus, FYR Macedonia, Mon- Klaus Aufinger · Shmuel Auster · Gustavo Avolio · Natanael Ayllon Heinz-Wilhelm Hübers · Laure Huitema · Albert Huizing Lorenz-Peter Schmidt · Dominique Schreurs · Patrick Schuh · fass, Group 2 · Alessandra Constanzo, Group 3 · Chong Li, Group By Invitation: Wolfgang Heinrich · Joseph Modelski · Lorenz-Pe- tenegro, Greece, Israel, Serbia, Slovenia, Turkey · Group 12 – Be- B: Damienne Bajon · Christopher Baker · Maher Bakri-Kassem · I: Stavros Iezekiel · Vadim Issakov · Tatsuo Itoh · Marianna Ivashina Christian Schulz · Hermann Schumacher · Jonathan Scott · Daniel 4 · Wim van Capellen, Group 5 · Christian Fager, Group 6 · Vitaliy ter Schmidt · Annemie Van Nieuwerburgh larus, Russia · Group 13 – Austria, Liechtenstein, Switzerland · Ali Banai · Denis Barataud · Paweł Barmuta · César Barquinero · J: Arne F. Jacob · Sebastiaan Jacobs · María-Pilar Jarabo-Amores · Segovia-Vargas · Alexandre Serres · Xiaobang Shang · Naoki Shino- Zhurbenko, Group 7 · Jan Vrba, Group 8 · Bartlomiej Salski, Group Countries Represented: Group 1 – France, Monaco · Group 14 – Andorra, Portugal, Spain · Group 15 – North America · Juraj Bartolic · Taylor Barton · Simone Bastioli · Dave Bekers Olivier Jardel · Bernard Jarry · Ulf Johannsen · Ari Joki hara · Oksana Shramkova · Manuel Sierra Castañer · Hjalti H. Sig- 9 · Kateryna Arkhypova, Group 10 · Constantinos Angelis, Group 11 · Group 2 – Germany · Group 3 – Italy, San Marino, Vatican City · Group 16 - Asia-Pacific Group 17 – Africa and Middle East countries Mikhail Belkin · Didier Belot · Johannes Benedikt · Olof Bengtsson · K: Ingmar Kallfass · Tomoya Kaneko · Mehmet Karaaslan · Adam marsson · Christopher Silva · Robert Smith · Richard Snyder · Eran Tibor Berceli · Manfred Berroth · Miguel Beruete · Alexandre Kawalec · Mehmet Kaynak · Tom Keinicke Johansen · Stéphane Socher · Jacques Sombrin · Raphael Sommet · Ho-Jin Song · Andreas Bessemoulin · Jan Geralt bij de Vaate · Stéphane Bila · Hans-Lud- Kemkemian · Eric Kerherve · Kevin Kim · Bumman Kim · Justin King Springer · Jan Stake · Robert Staraj · Joseph Staudinger · Andreas EuMW STEERING COMMITTEE wig Bloecher · Pierre Blondy · Luigi Boccia · Georg Boeck · · Jim Kirchgessner · Tero Kiuru · Jens Klare · Toshiro Kodera · Alex- Stelzer · Christian Sturm · Almudena Suarez · Rodriguez Noriharu Frank van den Bogaart · Fabrizio Bonani · Nuno Borges Carvalho · ander Koelpin · Hiroshi Kondoh · Slawomir Koziel · Oleg Krasnov · Suematsu · Ewa Swiercz EuMA Board of Directors APMC Delegate 2018 – 2020: Kamran Ghorbani Jarry, 2019 Oper. Officer · Marcel van der Graaf, 2020 Oper. Officer · Vicente Enrique Boria · Esbert Jens Bornemann · André Bourdoux · Viktor Krozer · Krzysztof Kulpa · Martin Kunert · Futoshi Kuroki · T: Alexandru Takacs · Luciano Tarricone · Jean-Guy Tartarin · Paul EuMW Officer: Lorenz-Peter Schmidt 2020 Conference Chairs, TPC Chair and Treasurer: Xiaobang Shang 2021, Oper. Officer · Lorenzo Silvestri, 2022 Oper. Maurizio Bozzi · Philippe Brouard· Stefan Brüggenwirth · Mateo Yury Kuznetsov Tasker · Chakib Taybi · Zachary Taylor · Manos M. Tentzeris · Karsten GAAS Representative: Paolo Colantonio Alexander Yarovoy, TPC Chair · Wim van Cappellen, EuMC · François Officer. Burgos-García · Pierre Busson L: Ioan Lager · Tuami Lasri · Francois Le Chevalier · Rémy Leblanc · Thurn · Harrie Tilmans · Cristiano Tomassoni · Éric Tournier · Ichihi- EuMW Chairs: Denis Barataud, EuMW 2019 · Frank van Vliet, Deborgies, EuMIC · Mayazzurra Ruggiano, EuRAD · Ioan E. Lager, HH Representatives: Ivar Bazzy, President C: Pedro Miguel Cabral · Vittorio Camarchia · Marc Camiade · Timothy Lee · Domine Leenaerts · Friedrich Lenk · Mauro Leonardi · ko Toyoda · Pier Andrea Traverso · Jeanne Treuttel · Roeland Trom- EuMW 2020 · Nick Ridler, EuMW 2021 · Luca Perregrini, EuMW Treasurer Michel Zoghob, Event Director Yolanda Campos-Roca · Juan Luis Cano · Amerigo Capria · Yoke Choy Leong · Giorgio Leuzzi · Philippe Lévêque · Changzhi Li · mel · Nikolaos Tsitsas · Stefano Turso 2022 · Thomas Zwick, EuMW 2023 2021 Conference Chairs, TPC Chair and Treasurer: Peter By Invitation: Wolfgang Heinrich, Past President · André Vander Christian Carlowitz · Miguel Caro-Cuenca · Vincenzo Carrubba · Micaela Liberti · Ernesto Limiti · Fujiang Lin · Stefan Lindenmeier · U: Ingrid Ullmann · Thomas Ußmüller · Faruk Uysal MTT-S Observer: Jozef Modelski Gardner, TPC Chair · Emma MacPherson, EuMC · Chris Clifton, Eu- Vorst, Secretary Emeritus/DPO · Andrew F. Wilson, Hon. Secretary · Corrado Carta · Cédric Cassan · Carlos Castillo · Giovanni Andrea Julien Lintignat · Didier Lippens · Pierfrancesco Lombardo · Errikos V: Valeria Vadalà · Václav Valenta · André Vander Vorst · Danielle Conference Software Officers: Marc van Heijningen · Matthi- MIC · James Watts, EuRAD · Adrian Cross, Treasurer Annemie Van Nieuwerburgh, HQ Assistant Casula · Robert Caverly · Malgorzata Celuch · Chi Hou Chan · Lourandakis · Fabian Lurz · Cyril Luxey Vanhoenacker-Janvier · Giorgio Vannini · Venkata Vanukuru · An- as Rudolph · Christina Andrei EuMW Operational Officers 2019 – 2022: Bernard Wenquan Che · Nan-Wei Chen · Nickolay Cherpak · Pascal Chevalier · M: Rui Ma · Tzyh-Ghuang Ma · Rob Maaskant · Giuseppe Macch- driy Vasylyev · Serge Verdeyme · Borja Vidal · Guillaume Vigneau · J-C Chiao · Kevin Chuang · Alessandro Cidronali · Lorenzo Cifola · iarella · Jan Machac Maria · José Madero-Ayora · Asher Madjar · Valerie Vigneras · Ville Viikari · Jean-François Villemazet · Michael Michal Cifra · Kevin Cinglant · Elisa Cipriani · Paolo Colantonio · Peter Magnee · Simon Mahon · Mateusz Malanowski · Robert Vogt · Martin Vossiek · Jan Vrba · Tan-Phu Vuong EuMW TECHNICAL PROGRAMME COMMITTEE Juan-Mari Collantes · Alessandra Costanzo · Luis Carlos Coti- Malmqvist · Zlatica Marinković · Paulo Marques · Ferran Martín W: Simon Wagner · Christian Waldschmidt Jianping Wang · Yi mos Nunes · Angela Coves · Christophe Craeye · Steve Cripps · · Marta Martínez-Vázquez · Teresa M. Martín-Guerrero · Petronilo Wang · Huei Wang · Edward Wasige · James Watts · Simon Watts · EuMC: Shmuel Auster · Gustavo Avolio · Denis Barataud EuMIC: Pierre Busson · Paolo Colantonio · Didier Floriot · EuRAD: Andre Bordoux · Reinhard Feger · Laurent Fer- Diego Cristallini · Lorenzo Crocco Martín-Iglesias · Łukasz Maślikowski · Diego Masotti · Marion K. Robert Weigel · Matthias Weiss · Werner Wiesbeck · Richard Wil- Simone Bastioli · Olof Bengtsson · Pierre Blondy · Patrice Gamand · Giovanni Ghione · Franco Giannini · ro-Famil · Peter Gardner · Nathan Goodman · Frank Gruson · D: Thomas Dallmann · Gilles Dambrine · Christian Damm · Patrik Matters-Kammerer · Holger Maune · Markus Mayer · Giuseppe son · Marian Wnuk · Kenneth Kin Wong · Zhipeng Wu · Chung-Tse Nuno Borges Carvalho · Vicente Boria · Maurizio Bozzi · Ian Gresham Vadim Issakov · Ingmar Kallfass · Justin King · Svein-Erik Hamran · Stephen Harman · Willem Hol · Dammert · Plamen Dankov · François Danneville · Jean-Yves Dau- Mazzarella · Angel Mediavilla · Francisco Medina · Farid Medjdoub · Michael Wu · Ke Wu · Ke-Li Wu Chi Hou Chan · Juan-Mari Collantes · Massimo Comparini · Asher Madjar · Peter Magnee · Simon Mahon · Teresa Martin-Guerrero · Maria Pilar Jarabo Amores · Stéphane Kemkemian · vignac · Peter de Hek · Luisa de la Fuente · Gonzalo de Miguel Cyrille Ménudier · Wolfgang Menzel · Stéphane Méric · Caterina X: Feng Xu Alessandra Costanzo · Gilles Dambrine · Nathalie Deltimple · Angle Mediaville · Rüdiger Quay · Michael Schlechtweg · Krzyzstof Kulpa · Claire Migliaccio · Debora Pastina · Vela · Pedro de Paco · Dirk De Villiers · Jacco de Wit · Andy Dearn · Merla · Francisco Mesa · Jerzy Julian Michalski · Claire Migliaccio · Y: Li Yang · Felix Yanovsky · Alexander Yarovoy · Traianos Yioultsis · Alessandro Galli · Christophe Gaquiere · Matthias Geissler · Patrick Schuh · Joe Staudinger · Frank van den Bogaart · Mayazzurra Ruggiano · Andreas Stelzer · Christian Sturm · François Deborgies · Christophe Delaveaud · Sebastien Delcourt · Józef Modelski · Priyanka Mondal · Giuseppina Monti · Gabriel Mon- Naruto Yonemoto · Ming Yu Kamran Ghorbani · Roberto Gomez-Garcia · Katia Grenier · Yang Frank van Vliet · Huai Wang · Edward Wasige · Herbert Zirath Martin Vossiek · Matthias Weiss · Naruto Yonemoto · Volker Ziegler Nicolas Delhote · Nathalie Deltimple · Philippe Descamps · Franz toro · Alberto Moreira · Antonio Morini · Michal Mrozowski · Andrei Z: Marco Zappatore · Xuezhi Zeng · Runqi Zhang · Anding Zhu · Hao Noushin Karimian · Mehmet Kaynak · Alexander Koelpin · Dielacher · Thanh Viet Dinh · Marco Dionigi · Massimiliano Dispen- Muller · José-María Muñoz-Ferreras · Hiroshi Murata Volker Ziegler · Thomas Zimmer · Herbert Zirath · Thomas Zwick Pierfrancesco Lombardo · Rob Maaskant · Giuseppe Macchiarella · za · Tarek Djerafi · Yassen Dobrev · Ralf Doerner · Simona Donati N: Jean-Christophe Nallatamby · Nasrin Nasr Esfahani · Bart Nau- Jan Machac Petronilo · Martín Iglesias · Marion Matters-Kam- Guerrieri · Johan Donkers · Daniela Dragomirescu · Achim Dreher · welaers · Renato Negra · Thanh Huong Nguyen · Dirk Nüßler merer Markus Mayer · Francisco Medina · Francisco Mesa · Hans Driessen · David Dubuc · Guillaume Ducournau · Yvan Duroc · O: Morten Olavsbråten · Arnaldo Oliveira · Abbas Omar · Jerzy Michalski Jozef Modelski · Andrei Muller · Anna Dzvonkovskaya Homayoon Oraizi Bart Nauwelaers · Damien Pacaud Jose Carlos Pedro · Nick E: Eddy van Eeuwijk · Jens Engelmann · Philippe Eudeline P: Damien Pacaud · Cristiano Palego · George Papaioannou · Ridler · Hendrik Rogier · Ilona Rolfes · Andrej Rumiantsev · F: Christian Fager · Francisco Falcone · Reinhard Feger · Michael Youngjin Park · Marco Pasian · Daniel Pasquet · Debora Pastina · Kamal Samanta · Lorenz-Peter Schmidt · Naoki Shinohara · Feiginov · Mónica Fernández Barciela · Laurent Ferro-Famil · Fabio Mario Pauli · Dimitris Pavlidis · Graham Pearson · Alain Peden · Richard Snyder · Jan Stake · Almudena Suarez Rodriguez · Filicori · Francesco Fioranelli · Michele Fiorini · Georg Fischer · José Carlos Pedro · Ana Peláez · Luca Pelliccia · Luca Perregri- Luciano Tarricone · Paul Tasker · Cristiano Tomassoni · Didier Floriot · Nelson Fonseca · Erwan Fourn ni · René Petervari · Nikita Petrov · Oscar Antonio Peverini · Guy Vandenbosch · Huib Visser · Jan Vrba · Yi Wang · Ke Wu · G: Michael Ernst Gadringer · Gaspare Galati · Alessandro Galli · Ullrich Pfeiffer · Jean Marie Pham · Gia Ngoc Phung · Sergio Pires Felix Yanovsky · Anding Zhu Patrice Gamand · Christophe Gaquiere · Markus Gardill · Peter Gard- · Marco Pirola · Emmanuel Pistono · Emanuele Piuzzi · Florence ner · Matthias Geissler · Andrey Generalov · Apostolos Georgiadis · Podevin · Nils Pohl · Zoya Popovic · Adrian Porch · Arnaud Pothier · Bertrand Gerfault · Friedel Gerfers · Giovanni Ghione · Anthony Eric Pottier · Andre Prata · Gilles Premel-Cabic · Dimitra Psychogiou Ghiotto · Kamran Ghorbani · Franco Giannini · Gian Piero Gibiino · Q: Roberto Quaglia · Rüdiger Quay · Cédric Quendo · Raymond Quéré Andy Gibson · Pere L. Gilabert · Raphaël Gillard · Rocco Giofrè · Mar- R: Antonio Raffo · Antti Räisänen · Franco Ramirez · Gustavo Reh- co Gomes · Roberto Gomez-Garcia · Jose Manuel Gonzalez Perez · der · Apolinar Reynoso-Hernandez · Vishal Riché · David Ricketts · Nathan Goodman · Katia Grenier · Ian Gresham · Jasmin Grosinger · Nick Ridler · Matthew Ritchie · Eric Rius · Francois Rivet · Michael 24 – WWW.EUMWEEK.COM GENERAL INFORMATION GENERAL INFORMATION WWW.EUMWEEK.COM – 25

Local Information and Insurance Guide yourself to this view WI-FI where the Union of Utrecht was signed in 1579, which is Wi-Fi is available in the exhibition hall and conference area. seen as the beginning of the Dutch Republic. Nowadays, Login details can be found within your delegate bag. Utrecht is a lively city with a pleasant and intimate atmo- Our signage will lead sphere. The medieval city centre with its canals, wharfs, you the rest of the ELECTRICITY quaint streets and museum quarter is small enough to Electricity is supplied at 230V, 50 Hz. Type F sockets are explore on foot. Featuring a large student population and way. used in The Netherlands. many cafés and restaurants it is the ideal place to relax and make new friends. Through its central location, Utrecht CREDIT CARDS serves as the perfect base from which to explore additional All major hotels and most restaurants and shops will accept must-see Dutch attractions. More information can be found credit cards. It is advisable to carry other identification as at https://www.visit-utrecht.com. well. Visa and MasterCard are the most widely accepted cards. INSURANCE It is highly recommended that all participants carry the HISTORY & SIGHTSEEING proper travel and health insurance, as the organiser cannot The city of Utrecht, located in the centre of The Nether- accept any liability for any accident, illness, or injury that lands, features a rich past and a dynamic present. This occur during or when travelling to the event. Please also 2000 year old city features a wide range of interesting insure that personal items are covered for loss, damage or museums and cultural events. Its rich history began about theft either through a personal policy or by a corporate twenty centuries ago. In 47 A.D. the Romans built a for- policy. We cannot accept any liability for personal items tress as part of reinforcements along the Rhine where the that are lost, damaged or stolen during or travelling to and Cathedral square (Domplein) is situated today. It is here from European Microwave Week 2020.

Travel Information Conference Information

GETTING TO UTRECHT BY TRAIN PERSONAL INVITATION (VISA) BADGES AND REGISTRATION conference does not allow any access to other conference JAARBEURS The Jaarbeurs Convention Centre is lo- A valid passport will be required for en- The registration area will be located near the entrance to sessions. Those who wish to register for two or more con- The city of Utrecht is well connected to cated within 500 m from Utrecht Cen- try into the organising country, in this Exhibition Hall 1 as signposted. ferences will receive a discount on these registrations. the European motorway, rail and flight traal train station. case The Netherlands. Since EuMW Online registrants will automatically be e-mailed their networks. The Jaarbeurs Convention events are held in the European Union, badge barcode and an order confirmation receipt imme- SPEAKER PREPARATION SPACE Centre can be accessed through a vari- BY CAR no visa is usually required for travel- diately after they pay. All those who have pre-registered A speaker preparation area is located in Break Out 4. ety of transportation means. Please refer to the map on the inner lers with passports from a number of should bring their badge barcode and confirmation with back cover of this booklet for parking countries, like for instance: European them to the conference where they can print out their INTERACTIVE SESSIONS ADDRESS lot locations near the Jaarbeurs Con- Union, Australia, Brazil, Canada, Japan, badge by scanning their barcode at the Fast Track desk The interactive poster papers will be presented on electron- Jaarbeurs, Jaarbeursplein, 3521 AL, vention Centre. Singapore, South Korea or the United onsite. Processing will be quick and easy but queues may ic screens, which are located in the exhibition area as sign- Utrecht, The Netherlands. States. If you are registering as speak- form at busy times, so please arrange to collect your badge posted on Tuesday, Wednesday and Thursday. HOTEL RESERVATION er, delegate or exhibitor and you need well in advance of your first conference session. BY AIR Horizon House has teamed up with a visa, we recommend that you speak Those who have not pre-registered can do so on site until EXHIBITION HOURS From Schiphol Amsterdam Airport: Connex Hotels and Events, our official with the Dutch Consulate, in your own 15th January 2021. There will be on-site registration termi- The exhibition area will be located in Exhibition Hall 1 as Take a direct (Intercity) train from hotel booking supplier, to offer you country. You should organise this at nals located within the registration area, where delegates shown on the Floor Plan in this booklet. As a registered Schiphol Airport to Utrecht Centraal the ability to book your accommoda- least 3 to 4 months prior to the EuMW. can enter their details and pay immediately by swiping delegate you will have full access to the exhibition area. Station (4 × per hour). tion for EuMW at the most competi- The organisers will be pleased to send their credit or debit cards through the card readers at- The exhibition opening hours are: tive rates available. It is very easy to a letter of invitation to any exhibi- tached to the terminals. Alternatively, you can pay at the • Tuesday 12th January 2021 9.30 – 18.00 From Rotterdam-The Hague Airport: make an immediate hotel booking. tor, conference delegate or speaker Cashier desk if you require a printed receipt. • Wednesday 13th January 2021 9.30 – 17.30 Take the local RET bus 33 to Rotter- Simply visit their booking page http:// requesting it. For assistance in ob- If you have any questions regarding registration proce- • Thursday 14th January 2021 9.30 – 16.30 dam Centraal station (6 × per hour) www.connexhotelsandevents.com/eu- taining a visa letter, please contact dures and payment, please email: [email protected]. See the back cover for a full listing of the exhibitors (cor- and then a direct (Intercity) train from mw-2020-utrecht.html and make your [email protected]. rect at the time of going to press). Rotterdam Centraal station to Utrecht booking, or email sally@connexhotel- CONFERENCE ROOMS Centraal station (4 × per hour). sandevents.com. You will find a wide Conference rooms are located in the Supernova, Media Pla- CONFERENCE PROCEEDINGS range of accommodation to suit every za, and Juliana area as signposted. The conferences will be All papers published for presentation at your chosen con- budget. Alternatively, see the hotel held in different rooms over the conference dates. Please ference will be available to download from an online repos- booking pages within this programme. refer to the Conference Matrix at the back of this book- itory. Four weeks prior to the event, downloading instruc- let for a detailed overview. Delegates can register for one, tions will be communicated to conference registrants. two or all three of the conferences. Registration at one 26 – WWW.EUMWEEK.COM PARTNER PROGRAMME TECHNOLOGY IN CONTEXT WWW.EUMWEEK.COM – 27

Partner Programme For information Technology in Context: on these tours, A Series of Philosophical Lectures. please contact Sally Garland on sally@ connexhotelsand­ events.com

TOURS A meaningful use of technology is a driving factor behind This edition of the European Microwave Week introduces progress in society. Health care has dramatically improved a series of Philosophical lectures addressing the context GUIDED WALKING TOUR CLIMB THE DOM TOWER DISCOVER THE CITY OF DISCOVER THE NEW through the use of technology. Communication between of technological progress in the wider sense. There will be A city walk that takes in For more than six centuries, AMERSFOORT (INCLUD- DUTCH WATER LINE people has dramatically improved, or at least changed four lectures around lunchtime on Monday, Tuesday, Thurs- Utrecht’s must-see sights. the city and its surround- ING A VISIT TO THE MON- 45 forts, 6 branches and through cellphones and social media. As a rapidly evolving day and Friday, located in the Auditorium. Three of these The Utrecht Hotspots tour ings have been dominated DRIAAN HOUSE) 2 castles. Once intended and high-tech area, microwaves have changed society and lectures we can announce already now: is the ideal city walk for by the magnificent Dom During this guided tour you to defend the Netherlands will continue to do so. first-time visitors to Utre- Tower, the highest medi- walk around the beautiful against the enemy from the cht. Led by an experienced eval building in the Neth- medieval city of Amersfoort east, the 85-kilometer-long erlands. You will definitely and experience its rich his- remember this 112-meter- tory. You will go through high symbol of Utrecht. MONDAY THURSDAY FRIDAY Climb its 465 steps and you will be rewarded with Bert Hubert, Frans von der Dunk, Jacob Groote, a breath-taking view of the geeky entrepreneur, Professor and owner of KPN Executive VP for 5G, city and the rural beauty addressing the international Black Holes, addressing addressing the societal im- beyond it. Copyright: Utrecht Marketing and geopolitical effects of the laws ruling space in a pact and necessity of 5G New Dutch Water Line now networking technology in his talk entitled: “The Law of with a talk entitled: DOMUNDER Copyright: Utrecht Marketing offers everything to enjoy talk: “Network Threats” Space” “5G, But Why?” Grab a smart torch and go the unique land-and-water for days. In the area that on an underground discov- gate Koppelpoort and see runs from Muiden to the ery full of exciting stories the special Muurhuizen Biesbosch, history, nature Copyright: Utrecht Marketing and archaeological treas- (wall houses). Your guide and delicious food and guide, who takes the group ures. A visit is an archaeo- will bring you to the house drinks go hand in hand. A along the hotspots of Utre- where Piet Mondriaan, the good starting point to ex- cht, the places that should famous artist was born. plore the New Dutch Wa- We could not have arranged this set of lectures without societal relevance to the quality of society. This support is not be missed during a Here you can see a perma- ter Line is the Water Line the support of the “Cor Wit Fonds”, aimed to contribute at kindly acknowledged. visit to the city. The tour in- nent exhibition about Mon- Museum at the ‘Fort bij the intersection between telecommunication research and cludes the Dom Tower, the driaan’s life as an artist and Vechten’, near the city of Oudegracht canal and its his work. The museum also Utrecht. Discover and expe- quays, churches with a sto- contains a full-scale replica rience how the Netherlands ry to tell and quaint lanes of his famous Paris studio. have been using water to that are less well-known. Afterwards you can easily keep the enemy out for During the tour, the guide Copyright: Utrecht Marketing explore the shops and res- years. And find out how it will give information about logical discovery tour. The taurants on your own and would look when the New all the historical details, discovery tours have fixed take the train back to Utre- Dutch Water Line would highlighting the rich his- starting times and first cht (15 minutes travel time, be flooded? Put on the VR tory of the city of Utrecht visit the medieval cellars of leaves 4 times per hour). glasses and make a para- Domplein 4, where you will chute jump so that you can also find remains of the Ro- view it yourself. Welcome man fortress ‘Trajectum’. Reception

EXPLORE ON YOUR OWN Take the “Microwave MAG MAGAZINE UTRECHT REGION PASS Train” and join us for Your guide to the city’s hotspots and cultural events! You The Utrecht Region Pass is a ‘pay-as-you-go’ public trans- can obtain your copy at the tourist information office and port card with nation-wide coverage linked to your cred- Tuesday’s conference the information stand in the conference registration area. it card. It provides easy and carefree access to the entire dinner in between public transport system in the Netherlands, as well as al- lowing you to rent a bicycle. Additionally, you can use the historic Dutch Utrecht Region Pass to visit some of the most appreciated destinations and places of interest in the province. More trains information on the Utrecht Region Pass can be obtained at the tourist information office. 28 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES REGISTRATION INFORMATION WWW.EUMWEEK.COM – 29

Workshops and Short Courses Registration Information

Despite the organiser’s best efforts to ensure the availability Also workshop numbering is subject to change. Please refer CONFERENCE REGISTRATION DETAILS of all listed workshops and short courses, the list below may to www.eumweek.com at the time of registration for final be subject to change. workshop availability and numbering. See pricing table on the following page.

ONLINE REGISTRATION ONSITE REGISTRATION SUNDAY 10th January 2021 • All online registrations should be made at Onsite registration is available: www.eumweek.com. Saturday, 9th January 2021 16:00 – 19:00 W-02 EuMIC/EuMC Half Day PM Advanced Measurement Techniques for Next Generation Communication Systems • • Registrations completed up to and including 6th Decem- • Sunday, 10th January 2021 08:00 – 17:00 W-03 EuMIC Full Day High Performance GaN MMICs ber 2020 will be charged at the ‘Advance Discounted • Monday, 11th January 2021 08:00 – 17:00 W-06 EuMIC Full Day Sub-mmWave On-Wafer Measurements Rate’ and those from 7th December 2020 will be charged • Tuesday, 12th January 2021 08:00 – 17:00 th W-11 EuMIC Full Day Integrated Doherty PAs for Cellular and mmWave Applications at the ‘Standard Rate’. • Wednesday, 13 January 2021 08:00 – 17:00 • Online registration is open from 13th September 2020 up • Thursday, 14th January 2021 08:00 – 17:00 W-17 EuMIC/EuMC Full Day Advanced RF Technologies for 5G to and during the event until 15th January 2021. • Friday, 15th January 2021 08:00 – 10:00 W-27 EuMC Half Day AM Wireless Power Transmission Recent Research Advances W-29 EuMC Full Day Recent Advances in Additive Manufacturing of Microwave Components Onsite registration will be charged at the Standard Rates. S-03 EuMIC Full Day Fundamentals of Microwave PA Design MONDAY 11th January 2021 W-07 EuMC Full Day High-Power Microwave Industrial Applications HOW TO REGISTER W-08 EuMC Half Day AM Antenna/Modules in Package for mmWave for 5G If you have any questions regarding registration procedures and payment, please contact: [email protected] W-10 EuMIC/EuMC Half Day PM From Enabling GaN Technology to High-Performing Space-Borne SSPAs at mmWave W-13 EuMC/EuRAD Half Day AM Advanced Applications of In-Band Full-Duplex Technology ONLINE ONSITE W-18 EuMC Full Day Measurements at mmWave and Terahertz Frequencies of Three Measurement Quantities: • Delegates can register for one, two or all three of the • The registration area will be located through the ‘Oost S-Parameters, Power, and Complex Permittivity of Dielectric Materials conferences. Entree’ and to the right, towards Exhibition Hall 1. W-28 EuMC Full Day Microwave Wearable Circuits and Systems for Biomedical Applications • Discounts will be given to those registering for two or • There will be Self Service terminals in the registration more conferences. area where delegates can enter their details and pay S-05 EuMC/EuRAD Half Day PM Multibeam Antennas and Beamforming Networks • In addition to the conferences, delegates can register for immediately by swiping their credit cards through the S-07 EuMIC/EuMC Half Day AM From Device Characterisation to Amplifier Design: forums, short courses or workshops. readers attached to the terminals. Advanced Large Signal Measuring, Fast and Accurate Modelling, and Reliable Designing • Discount is given when combining a forum, short course • Delegates can also choose to ‘Pay at Cashier’ and then S-10 EuMC Half Day PM Intuitive Microwave Filter Design with EM Simulation or workshop registration with a conference registration. proceed to the Cashier Point and pay using credit cards Payment can be made online using Amex, Visa, Master- or cash. Receipts will be given accordingly. th • TUESDAY 12 January 2021 card or Bank Transfer. W-05 EuMC Full Day Digital Predistortion for 5G MIMO Wireless Transmitters • Registrants paying by Credit Card will be sent an au- W-25 EuMC/EuRAD Half Day PM Advanced mmWave Radar System Solutions for Industrial and Consumer Sensing Applications tomatic email confirmation, with a receipt and badge barcode. WEDNESDAY 13th January 2021 • Registrants choosing to pay by Bank Transfer will receive W-12 EuMIC/EuMC Full Day High-Efficiency Linear Power Amplifiers for High Bandwidth, High PAR Signals their confirmation, but their receipt and badge barcode will be sent only once payment has been received and NL MoD W-14 EuRAD Half Day PM Automotive Radar Networks and Sensor Fusion cleared by Horizon House. S-04 EuMIC/EuMC Full Day Quantum Computing for Electrical Engineers Reduced Rate S-08 EuMIC/EuMC Half Day AM High Power Amplification for Space Applications BADGE AND DELEGATE BAG COLLECTION THURSDAY 14th January 2021 For the EuMW 2020 only, personnel of the NL W-15 EuRAD Half Day PM Recent Advances in Micro-Doppler Radar and its Applications Online registrants: bring a photo ID and a copy of your regis- MoD can register at a reduced rate. This very W-23 EuRAD Half Day AM High Resolution Radar for Automotive tration email badge barcode to the Fast Track check-in desks attractive rate includes access to EuRAD, the DSS at the registration area. W-31 EuMC Full Day 5G and Beyond: Enabling RF Architectures and Technologies for Emerging Wireless Systems Forum and the exhibition, lunch boxes on Wednes­ Onsite registrants: register using our Self Service terminals day and Thursday and the seated EuRAD lunch. th and receive your printed badge upon payment. FRIDAY 15 January 2021 The Advance Discounted rate for this is € 100,– W-21 EuMC Half Day AM Recent Advances in Topologies, Technologies and Practical Realizations of Microwave Sensors th Scan your badge at the specified delegate bag area to collect (up to and including 6 December 2020), and W-30 EuMC Half Day AM Recent Advances on Microwave Filters your delegate bag. € 140,– from 7th December 2020 onwards. W-32 EuMIC/EuMC Full Day Practical Aspects of Running a Microwave Laboratory and How to Make Good Measurements Every Time No further options or combined S-01 EuRAD Half Day PM Introduction to MIMO Radar Registration and badge collection will be quick and easy but discounts will be available. queues may form at busy times, so please arrange to collect S-02 EuRAD Half Day AM Cognitive Radar Signal Processing your badge well in advance of your first conference session. 30 – WWW.EUMWEEK.COM REGISTRATION FEES REGISTRATION FEES WWW.EUMWEEK.COM – 31

Registration Fees

Full Week ticket: Get the most out of this year’s Microwave Reduced rates are offered if you have society membership Week with a Full Week ticket. Combine all three confer- to any of the following: EuMA , GAAS, IET or IEEE. Re- BECOME A MEMBER – NOW! ences with access to the Defence, Security and Space and duced rates for the conferences are also offered if you are the 5G forum (the automotive forum is not included), and a Student / Senior (Full-time students 30 years or younger EuMA membership fees: Professional € 25,– / year, Student € 15 ,–/ year. top your week off with Workshops or Short Courses of your and Seniors 65 or older as of 18th September 2020). The choosing. To keep you fueled, lunch is included everyday, fees shown below are invoiced in the name and on behalf One can apply for EuMA membership Members have full e-access to the EUMA KNOWLEDGE CENTRE as are of course the social events: the EuMIC Get-Togeth- of the European Microwave Association. Fees invoiced by ticking the appropriate box during International Journal of Microwave and The EuMA website has its Knowledge Centre er, the Welcome reception and the EuRAD seated lunch. by EuMA with respect to the European Microwave Week registration for EuMW. Membership is valid Wireless Technologies. The printed version which presently contains over 20,000 2020 are exempt from Dutch VAT. All payments must be in for one year, starting when the subscription of the journal is no longer available. papers published under the EuMA umbrella. Registration at one conference does not allow access to the € (Euros) – cards will be debited in € (Euros). is completed. The discount for the EuMW Full texts are available to EuMA members sessions of the other conferences. fees applies immediately. only, who can make as many copies as they wish, at no extra-cost.

CONFERENCES ADVANCE DISCOUNTED RATE STANDARD RATE SPECIAL FORUMS AND SESSIONS ADVANCED DISCOUNTED RATE STANDARD RATE REGISTRATION (FROM 13th SEPTEMBER UP TO & INCLUDING 6th DECEMBER 2020) (FROM 7th DECEMBER 2020 & ONSITE) REGISTRATION (UP TO & INCLUDING 6th DECEMBER 2020) (FROM 7th DECEMBER 2020 & ONSITE) Society Member Non-Member Society Member Non-Member Date Delegates* All Others** Delegates* All Others** 1 Conference Standard Student/Sr. Standard Student/Sr. Standard Student/Sr. Standard Student/Sr. Automotive Forum 12th January 2021 € 260,– € 360,– € 320,– € 420,– EuMC € 480,– € 130,– € 680,– € 190,– € 680,– € 190,– € 950,– € 260,– 5G Forum 15th January 2021 € 60,– € 90,– € 80,– € 100,– EuMIC € 370,– € 120,– € 520,– € 170,– € 520,– € 170,– € 730,– € 240,– Defence, Security & Space Forum 13th January 2021 € 20,– € 60,– € 20,– € 60,– EuRAD € 330,– € 110,– € 460,– € 160,– € 460,– € 160,– € 650,– € 220,– European Microwave Student School 12th January 2021 € 40,– € 40,– € 40,– € 40,– Tom Brazil Doctoral School of Microwaves 14th January 2021 € 40,– € 40,– € 40,– € 40,– 2 Conferences Standard Student/Sr. Standard Student/Sr. Standard Student/Sr. Standard Student/Sr. * those registered for EuMC, EuMIC or EuRAD ** those not registered for a conference EuMC + EuMIC € 680,– € 260,– € 960,– € 360,– € 960,– € 360,– € 1.340,– € 500,– EuMC + EuRAD € 650,– € 250,– € 910,– € 350,– € 910,– € 350,– € 1.280,– € 480,– WORKSHOPS AND IN COMBINATION WITH WITHOUT EuMIC + EuRAD € 560,– € 240,– € 780,– € 330,– € 780,– € 330,– € 1.100,– € 460,– SHORT COURSES CONFERENCE REGISTRATION CONFERENCE REGISTRATION

Society Member Non-Member Society Member Non-Member 3 Conferences Standard Student/Sr. Standard Student/Sr. Standard Student/Sr. Standard Student/Sr. Standard Student/Sr. Standard Student/Sr. Standard Student/Sr. Standard Student/Sr. EuMC + EuMIC + EuRAD € 830,– € 370,– € 1.160,– € 520,– € 1.160,– € 520,– € 1.630,– € 730,– Half Day € 100,– € 70,– € 130,– € 100,– € 130,– € 100,– € 170,– € 130,– Full Week Ticket € 1.280,– € 750,– € 1.690,– € 970,– € 1.630,– € 920,– € 2.180,– € 1.200,– Full Day € 140,– € 100,– € 190,– € 140,– € 190,– € 140,– € 250,– € 190,–

CONFERENCE TECHNICAL CO-SPONSORS EUROPEAN MICROWAVE WEEK SPONSORS

Official Publication: Supported by: Co-Sponsored by: Co-Sponsored by: 32 – WWW.EUMWEEK.COM SPECIAL CONFERENCE EVENTS SPECIAL CONFERENCE EVENTS WWW.EUMWEEK.COM – 33

Defence, Security and Space Forum Space Situational Awareness

th Wednesday 13 January 2021 ­Registration 08:30 to 17:50, Auditorium and ­ + cocktail reception Programme ­Updates Registration fee is €20 for those who Chair: Marco Martorella, University of Pisa, Italy registered for a conference and €60 for Co-Chair: Mark Bentum, Eindhoven University of Technology & ASTRON, The Netherlands those not registered for a conference. Cock­ tail reception as well as a lunch snack and beverages are included in the fee. The Space has become a new battleground and conditions within and associated with Awareness. When thinking of Space and World-wide renowned experts will present and Conference Special Events section of where both economic and military inter- the space environment or space-related SSA, we tend to ask ourselves many ques- discuss various SSA-related topics, ranging from the EuMW website will give fur­ ests clash. Space Situational Awareness systems. tions that are related to our ability to un- space surveillance, challenges and threats in ther details and updates. (SSA) refers to keeping track of objects in To accomplish this, a complex infrastruc- derstand and handle Space, for instance: Space to Space Weather, providing some an- orbit and predicting where they will be at ture must be in place that includes sensors, What have we learnt in the past years of swers to the above questions and with the aim any given time, in other words: determine communications systems, physical phenom- SSA activities? How is the “New Space of triggering valuable discussions where SSA a persistent and continuously updated pic- ena knowledge, technical and management Era” affecting Space and its safety? Are will be the primary focus. Technological aspects ture of the situation in space. According to skills that allow for all the necessary sys- our SSA systems keeping up the pace of will be considered that are impacting both mili- NATO’s definition, SSA is the knowledge and tems to operate and interact effectively. the new developments in Space? Are we tary and civilian scenarios. Well-known and new the understanding of military and non-mil- The Defence, Security and Space Forum prepared to face what the future may hold? threats will also be discussed in order to under- itary events, activities, circumstances will address the topic of Space Situational stand the risks that space induces.

Programme

08:30 EuRAD opening 12:40 Strategy Analytics Lunch & Learn Session 15:30 Coffee Break Moderator: Marco Martorella – – – 10:10 13:40 Eric Higham, Strategy Analytics; “Space Situational 16:10 • René de Jongh, Strategy Director, Thales Netherlands Awareness in the New Space Era” • David Otten, Dutch Airforce This session will explore some trends, forecasts and • Peter Knott, Director of Fraunhofer-FHR drivers that are influencing the congestion in space. The • Mohamed Abouzahra/Gregg Hogan, Hastack-MIT- 10:10 Coffee Break presentation will address evolving space capabilities in 16:10 Executive Round Table Forum: Space Situational Lincoln Laboratory – – 10:50 the commercial and defence segments of the space indus- 17:50 Awareness • Rene Thaens, NATO try, along with the benefits these capabilities will enable. Which technologies need to be implemented to face future challenges? What are the technological gaps that need to be filled? How important is to collaborate to 17:50 Cocktail Reception 10:50 Space Situational Awareness 13:50 Microwave Journal Industry Panel Session improve SSA? What are the current and future threats – – – 18:30 12:30 Moderator: Mark Bentum 15:30 The Microwave Journal Industry Session will be made up that we should consider and try to mitigate or eliminate? Three renowned experts will present and discuss various of several company presentations that illustrate the tech- How can research help towards improving SSA? SSA-related topics. Peter Knott, Director of Fraunhofer- nological innovation that industry is developing for Space FHR, will address the radar sensors for SSA. Mohamed Situational Awareness related topics. World-wide experts from academia, industry and military Abouzahra and Gregg Hogan, Haystack-MIT-Lincoln areas are invited to this Table for an open discussion Laboratory, will present an emergency-response system about SSA and its crucial role to safeguard Space and supported by NATO and David Otten, Dutch Airforce, will guarantee that current and future services, upon which talk about Space In the Dutch MoD, the current focus and we rely, are preserved activities of the Defense Space Security Center.

2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 Paris Manchester Amsterdam Nuremberg Rome Paris London Nuremberg Madrid Paris Utrecht

The Defence, Security MMW Imaging Defence and Security Military Radar vs. Protection and Secu- RF Payloads for Challenges and Op- The Internet of Space: Integrating ­Unmanned New Radio Architec- Space Situtational and Space Forum Systems­ including Space Automotive Radar rity of our Infrastruc- Unmanned Aerial portunities for Indoor/ Technologies and Systems in ­Defence tures: The Evolution Awareness ture and Home land Vehicles Enclosed and Urban Applications and Security for Satellite Constel- Communications and ­Scenario’s lations Sensing Technologies 34 – WWW.EUMWEEK.COM SPECIAL CONFERENCE EVENTS SPECIAL CONFERENCE EVENTS WWW.EUMWEEK.COM – 35

The Automotive Forum Automotive Radar ­Registration and Tuesday 12th January 2021 Programme ­Updates 08:30 to 17:50, Auditorium Advanced Registration fee (up to & incl. th th 6 December 2020) is €260 for those who + dinner on Monday evening, 11 January 2021 registered for a conference and €360 for those not Chair: Thomas Zwick, Karlsruhe Institute of Technology, Germany registered for a conference. Standard Registration Co-Chairs: Martin Kunert, Robert Bosch GmbH & Frank Gruson, Continental AG, Germany fee (from 7th Decmber 2020 & onsite) is €320 for those Local Arrangements Chair: Cicero Vaucher, NXP, The Netherlands who registered for a conference and €420 for those not registered for a conference. The networking dinner as well as a lunch snack and Following applications like keyless entry the Automotive Forum to provide an open 1. Modulation & operation principles Keynote speakers will present their and tire pressure monitoring systems, mo- platform for industrial experts to discuss 2. Radar architectures views on special technical solutions as beverages are included in the fee. The Conference bile communications and recently automo- technical aspects, concepts and radar archi- 3. Artificial intelligence in automotive well as regulatory or strategic issues. Special Events section of the EuMW website tive radar made microwave technologies a tectures as well as market issues in the area radar The evening before the event, we will get will give further details and updates. Due strong pillar inside the automotive world. of microwaves in the automotive industry. 4. Automotive radar interference together in a networking dinner. to limited room size early registra­ The first 77 GHz automotive radar sensors The forum consists of a good mix of techni- Early registration is recommended. tion is r­ecommended. entered the European market in 1999. In cal presentations, plenary and panel discus- The forum is mainly devoted to tech- 2019, the European Microwave Associa- sions as well as networking time. This year’s nical experts from automotive indus- tion (EuMA) for the first time organized event will focus on the following topics: try throughout the whole supply chain.

Programme

SESSION 1: MODULATION AND OPERATION PRINCIPLES SESSION 2: RADAR ARCHITECTURES SESSION 3: ARTIFICIAL INTELLIGENCE IN AUTOMOTIVE RADAR SESSION 4: AUTOMOTIVE RADAR INTERFERENCE (Chair: Cicero Vaucher, NXP, The Netherlands) (Chair: Frank Gruson, Continental, Germany) (Chair: Martin Kunert, Robert Bosch GmbH, Germany) (Chair: Thomas Zwick, Karlsruhe Institute of Technology, Germany)

08:30 Automated Driving: Market Perspective for Radar 10:50 Achieving True Safety on the Road with an Automotive-Dedi- 13:50 Development of Deep Learning Approaches for 16:10 Automotive Radar Mutual Interference - Snapshots of – – – – 08:50 Cédric Malaquin, Yole, France 11:10 cated Imaging Radar Chipset 14:10 Radar-Based Autonomous Driving 16:30 Today’s Situation Noam Arkind, Arbe Robotics, Israel Georg Kuschk, Astyx GmbH, Germany Alicja Ossowska, Valeo Schalter und Sensoren GmbH, Germany & Richard Körber, Astyx GmbH, Germany

08:50 Radar Technology for Assisted and Automated Driving 11:10 Asymptotic Electromagnetic Fields Computation as an Op- 14:10 CNN-Based Signal Processing for Automotive Sensors 16:30 Radar to Radar Interference: Real Threat and – – – – 09:10 Frank Gruson, Continental AG, Germany 11:30 timal Method for Radar-in-Vehicle Performance Prediction 14:30 Tim Berthold, Dream Chip Technologies GmbH, Germany 16:50 Opportunities Alexander Ioffe, Aptiv, Germany Nicolai Behmann, IMS Hannover, Germany Francesco Laghezza, NXP Semiconductors, The Netherlands

09:10 Hybrid Analog Phased Array and Advanced Algorithms 11:30 Scope, Challenges and Opportunities for 140 GHz 14:30 Reflex-Level Object Type Classification for Automotive 16:50 Methods to Avoid Radar Interference - An Overview of the – – – – 09:30 Radar for Long-Range High-Resolution Detection and AI 11:50 Automotive Radar 14:50 Radar 17:10 Swedish Radcom Project Maha Achour, Metawave Corporation, USA Simon Tejero Alfageme, Huawei Technologies Duesseldorf Michael Ulrich, Robert Bosch GmbH, Germany Karl Vanas, Volvo Car Corporation, Sweden GmbH, Germany

09:30 MIMO Radar Waveforms for Automotive 11:50 Radar Digitalization 14:50 Machine Learning and Radar Techniques for Enhanced 17:10 IMIKO-Radar: Methods for Cooperative Interference – – – – 09:50 Feike Janson, NXP Semiconductors, The Netherlands 12:10 André Roger, Infineon Technologies, Germany 15:10 Vehicle Perception 17:30 Mitigation Sonia Ghelani, Texas Instruments, USA Werner Sörgel, Tim Poguntke and Thomas Binzer, Robert Bosch GmbH, Germany 09:50 Open Discussion on all Presentations of the Session 12:10 Open Discussion on all Presentations of the Session – – 15:10 Open Discussion on all Presentations of the Session 17:30 Open Discussion on all Presentations of the Session 10:10 12:30 – – 15:30 17:50 10:10 Coffee 12:30 Lunch – – 15:30 Coffee 10:50 13:50 – 16:10 36 – WWW.EUMWEEK.COM SPECIAL CONFERENCE EVENTS SPECIAL CONFERENCE EVENTS WWW.EUMWEEK.COM – 37

The 5G Forum From Technology to Business Registration Friday, 15th January 2021, and 08:45 to 15:45, Auditorium Programme Updates Chair: Bart Smolders, Eindhoven University of Technology, The Netherlands Co-Chairs: Toon Norp, TNO, The Netherlands & Ulf Gustavsson, Ericsson, Sweden Please refer to the special forums and session fees table for registration fees. Lunch and beverages are included in the fee. The Conference The introduction of 5G is a major trend in provide multiple virtual networks, each op- For the microwave industry, 5G will be a ma- The 2020 5G Forum hosts a mix of technical Special Events section of the cellular telecommunications; in various timised for a particular application, service jor new market opportunity. The market of presentations, posters, demo sessions and countries 5G frequency licenses are being or industrial customer. In Europe, there are billions of mobile phones is interesting, and a panel discussion. Technical presentations EuMW website will give awarded and 5G networks are rolled out. 5G three pioneer frequency bands earmarked on top of that, the application of microwave from industrial experts will address 5G stra- promises to support a range of new appli- for 5G. Two of these - the 700 MHz band frequencies in 5G will imply the deployment tegic and market needs and discuss how further details and cations - automotive, public safety, media, and the 3.5 GHz band - are in the same sub of huge numbers of small basestations with these can be met with technology solutions. updates health, satellite communication, and factory 6 GHz range of spectrum where most cur- electronic beam-steering capabilities. It is Poster and demo sessions during lunch al- automation to name a few - are supported rent cellular technologies can be found. The therefore of interest for the microwave com- low research projects to show their advanc- using the same NR radio interface technol- third pioneer band is the 26 GHz band; a munity to get a system- and technology-lev- es with new 5G technology and provides an ogy. The concept of 5G network slicing en- new frequency band which will introduce el overview of what 5G will bring and how excellent networking opportunity. ables a single 5G network infrastructure to microwave technology in cellular networks. microwave technology can play a role in 5G

Programme

08:45 Chairman Welcome Speech 11:45 Pitches of Posters and Demo Sessions that will be Given The foundation of Mobile telephony The foundation of mobile broadband Embracing a net- Enabling a smart – – 09:00 12:15 During Lunch mobile telephony for everone mobile broadband enhanced worked society sustainable society

09:00 What can you do with 5G? 12:15 Lunch Combined with Posters and Demo Session – – 09:30 Anders Furuskär, Ericsson, Sweden 13:45 1G 2G 3G 4G 5G 6G

09:30 5G Frequency Licensing and Regulations in Europe 13:45 5G, but why? Business First, Technology Second – – 10:00 Peter Disseldorp, Radiocommunications Agency 14:15 Jacob Groote, 5G EVP, KPN, The Netherlands ~1980 ~1990 ~2000 ~2010 ~2020 ~2030 Netherlands

10:00 5G OTA Testing 14:15 Opportunities for 5G Features in Autonomous Driving 1st GENERATION 2nd GENERATION 3rd GENERATION 4th GENERATION 5th GENERATION 6th GENERATION – – 10:30 Pertti Kangas, Keysight Technologies 14:45 Andreas Kwoczek, Volkswagen, Germany wireless network wireless network wireless network wireless network wireless network wireless network • Basic voice service • Designed for voice • Designed for voice • Designed primarily • 1000 x increase in • Extension to 10:30 Coffee 14:45 The Role of 5G in Factory Automation and data for data capacity (sub) mm-wave Analog based First digital stan- – – • • frequencies 10:45 15:15 protocols dards (GSM, CDMA) • First mobile • IP based protocol • Support for 100+ bradband billion connections Real-time cloud True mobile • • computing 10:45 Beamforming Concepts in 5G 15:15 Panel Discussion with the Speakers of the Day • Voice through cir- broadband • Below 1 ms latency – – cuit & Data-Packet 11:15 David Astely, Ericsson, Sweden 15:45 Moderator: Toon Norp, TNO, Netherlands Switching

11:15 Semiconductor Technology for 5G Handsets and Base 15:45 Chairman Closing Remarks 2.4 Kbps 64 Kbps 2 Mbps 100 Mbps 10 Gbps 1 Tbps – – 11:45 Stations 16:00 Domine Leenaerts, NXP Semiconductors, The Netherlands 38 – WWW.EUMWEEK.COM STUDENT ACTIVITIES STUDENT ACTIVITIES AND WiM WWW.EUMWEEK.COM – 39

Welcome from the Student Activities Chair Student Design Competitions

Tuesday, 12th January and Wednesday, 13th January 2021 Outsmart Exhibition Hall your fellow students on a level Microwave The Student Design Competitions involve master and doctoral students designing and mea- playing field. suring a microwave device developed prior to the conference. This competition is open to all The European Microwave Week pro- everything from microwave IC design these activities are centred around students. Measurements will be open to attend for all EuMW participants. A representative of gramme offersvaluable events for to signal processing. The in-depth the Career Lounge, a cosy area with the design team must be present at the conference. This year, two competitions will be offered: engineers at every stage of their technical programme is complement- comfortable seats and refreshments, microwave career. Special empha- ed with a lecture on concurrent engi- where contacts to companies can be sis is placed on supporting students neering for complex systems, which made in an informal fashion. and young professionals in our field presents a methodology for working For the first time in the history of the by a number of dedicated and Co- in multi-disciplinary teams, and a European Microwave Week, this year’s Competitions rona-proof student activities. For lecture on boosting productivity and edition features a social event for all Bachelor and Master students, the creativity for a successful completion young and young-at-heart microwave Student School, organised by Prof. of a PhD project. enthusiasts: Microwave Nightfever! Thrust 1: Drone Localisation System Thrust 2: Wideband Amplifier Biasing Network David Ricketts, is devoted to teach- Creativity is also the essential ingre- Organised by the Student Activities Design a drone localisation system operating from 0.5 GHz to 1.5 Design and realise a biasing network for RF high power amplifiers, ing everything the beginning engi- dient for the Student Design Compe- committee, IEEE Young Professionals GHz. The system should be able to determine the position of drones considering low insertion loss at the operation bandwidth and low neer needs to know about the basics titions. Student teams, which may and IEEE MTT-S Young Professionals. by detecting the radio frequency interference transmitted by the input impedance at the low frequency region. This thrust is organ- of modern radars with the focus on consist of Bachelor, Master and/or Everyone is welcome and there will drones. ised and sponsored by Ampleon Netherlands BV. building their very own radar trans- PhD students, take part in one of be some complimentary drinks and ceiver in the hands-on part of the the two competitions organized by snacks on a first come first serve ba- This thrust is organised and sponsored by ASTRON. Prizes are co- For questions please contact Adam Cooman (adam. course. To keep everybody motivat- Ampleon and ASTRON. While Am- sis. It’s especially during these infor- sponsored by Thales Nederland B.V. and the IEEE Benelux AP/MTT [email protected]) or visit www.ampleon.com/news/events/ ed, the best transceiver design is pleon’s competition is “biased” on a mal events that long-lasting relations joint chapter. For questions please contact David Prinsloo (prinsloo@ student-design-competition-at-eumw-2020.html. awarded with a cash prize, kindly challenging amplifier topic, ASTRON are made and networks grow! astron.nl). For more information and additional competition details sponsored by Thales Nederland B.V. wants to know how to accurately lo- In this spirit and on behalf of the visit www.bit.ly/eumw2020sdc. The Student School is also open for cate drones using the radio frequen- entire Student Activities commit- interested PhD students who wish to cy interference emissions of the their tee, I would like to express a warm build up knowledge in this area. electric motors. The best teams will welcome to all students and young PhD students may also participate in be awarded with cash prizes, so you professionals that take part in this the Tom Brazil Doctoral School of Mi- can expect to see high quality stu- special edition of the European Mi- crowaves. This event, founded in 2011, dent designs to be presented on the crowave Week! Thank you for staying was in former years simply known as exhibition floor. connected to our community and for the Doctoral School of Microwaves. It For those who want to take their choosing this event as your must-vis- has been renamed in honour of Tom acquired skills to industry, there is it conference despite the restrictions Women in Microwaves Brazil, who passed away in 2018, for the Career Platform. This three-day caused by the Covid-19 pandemic. his outstanding contribution to Mi- event aims to bring the jobs and ca- Special thanks also to the entire Stu- Stronger Together crowaves in general and Microwave reer opportunities to students and dent Activities team, the vast majori- Register (free of charge) for education in particular. Tom Brazil young professionals, all in a single ty of them PhD students themselves. th was one of the two founding fathers place and time. This unique place pro- Your dedication and hard work in the Tuesday, 12 January 2021 this unique networking event via: women.microwaves@ of the Doctoral School. The School vides multiple activities like career recent period have ensured that we Media Arena is this year organized as a one-day workshops, a recruitment space, a can offera high-quality programme eumw2020.org event with lectures on the design start-up panel, and special sessions to our colleagues. The future is look- WiM Chair: Marion Matters-Kammerer, Eindhoven University of Technology, The Netherlands of integrated active array systems to boost the careers of the next gen- ing bright! WiM Co-Chair: Dominique Schreurs, KU Leuven, Belgium for 5G millimetre-wave, covering eration of microwave engineers. All

The Women in Microwaves event will be in career paths. We will engage in joint discus- the theme of “Stronger Together”. sions and actively extend our networks. The past months have shown to us the im- Don’t miss this dedicated and unique event portance of bringing people together, be it and meet with colleagues from around the in-person or online. Cooperating in research, world. Join as in the Media Arena at: industry and education, networking on na- tional and international level and interact- 12:30 to 13:50 - Lunch Lecture ing with your colleagues are key aspects in 16:10 to 17:50 - Panel Discussion and Drinks our work and career. In this context we will organize a symposium with several interna- More details on the final program will be ULF JOHANNSEN tional female speakers showing to us their published via the conference website. Student Activities Chair Eindhoven University of Technology, The Netherlands 40 – WWW.EUMWEEK.COM STUDENT ACTIVITIES STUDENT ACTIVITIES WWW.EUMWEEK.COM – 41

Career Platform

Tuesday, 12th January to Thursday, 14th January 2021 Various locations, refer to programme

Organisers: Thomas Bressner & Rabia Syeda, Eindhoven University of Technology, The Netherlands WHAT IS IN IT FOR YOU?

Get ready to start your own company. Meet your future employer. Boost your CV. The Career Platform is a three-day event sessions to boost the career of the next www.rf-and-microwavejobs-in-europe.eu, Expand your network. that is conducted with the support of generation of microwave/millimetre-wave, which is the virtual marketplace for stu- EuMW, EuMA and the IEEE MTT-S / Region radar, wireless, and integrated circuits dents and companies to meet at and in-be- 8 Young Professionals. The Career Platform engineers. All these activities are centred tween European Microwave Weeks. is dedicated to students, graduates, and around the Career Lounge, a cosy area with young professionals where they can get in comfortable seats and refreshments, where touch with companies to increase their net- contacts to companies can be made in an work and inform themselves about current informal fashion. During the conference, job offers. This unique place provides multi- all this will be supported by social media ple activities like career workshops, recruit- (Facebook, LinkedIn, Xing, etc.) as well as ment space, a start-up panel, and special the European RF andMicrowave job portal

Events

08:30 Career Lounge the right person for a job or an internship, you need the 10:50 Special Session 08:30 Company Wall and Job Wall – th th – th – th th 17:50 Tuesday, 12 Juanuary to Thursday, 14 January 2021 ability to present your skills with clarity and conviction. 12:30 Wednesday, 13 January 2021 17:30 12 Juanuary to Thursday, 14 January 2021 Where: Round Control This workshop will make you aware of the transferable Where: Media Arena Where: Loopbrug No registration and free access (including visitors) skills you’ve developed during your studies, at your (tem- No registration – free access (including exhibition visitors) No registration – free access (including exhibition visitors) A space dedicated to informal chats with the Career Plat- porary) jobs, and during your extracurricular activities form’s partner-companies. and help you to present them while networking. The European Microwave Industry Market and The company wall is an additional space where companies Professional Opportunities can present themselves and their work on a poster (A0 or 10:50 Job Dating 10 minutes break Top industry-leading speakers will give their vision and A1). Furthermore, at the same location is a job wall where – th 17:50 Thursday, 14 January 2021 insights. The session will describe the main market of the companies can announce vacancies (A4). Where: BOR6 Workshop 2: “Improve your Curriculum Vitae (CV) for a European Microwave Industry with a focus on Profes- Companies can invite candidates and book time slots Great First Impression” (45min) sional Opportunities. during the Career Platform. Companies that are partici- Presenter: Arjen van Vliet, University of Utrecht pating in the Career Platform might invite candidates to You will learn what is standard practice for writing an 1-on-1 interviews in a quiet environment. The companies effective CV. Using instruction videos and detailed expla- can book time slots and hand out invitations to their nations of do’s and don’ts, we will show you the different candidates during the first two days of the Career Plat- components that make up CVs. We’ll also discuss how em- form (12th and 13th January 2021). The Job Dating will take ployers select from all the CVs and letters they receive, place on the third day of the Career Platform (14th January and how you can use this knowledge to your advantage. 2021). During the workshop, you will start working on your CV and give each other feedback. There will be plenty of time Connect with us on social media for more For details on the program and speakers, visit 13:50 Career Workshops for you to ask any questions you may have. www.eumweek.com/docs/Career_platform.html – th 15:30 Tuesday, 12 January 2021 Where: Media Arena 13:50 Start-Up Panel – th No registration – Restricted to M.Sc. and Ph.D. students 15:30 Wednesday, 13 January 2021 Where: Media Arena Workshop 1: “Transferable Skills and Networking” (45min) No registration – free access (including exhibition visitors) Presenter: Arjen van Vliet, University of Utrecht Do you have an idea for a start-up? You need some help Do you realise what skills you’ve acquired at university? to make it grow? Then the Start-Up Panel at the EuMW People tend not to think much about these things. 2020 can help you. Multiple incubators and start-up Transferable skills are useful in all kinds of professional programs from the EU will present what they are doing contexts, and you carry them with you from one job to and how they can help you. The short presentations of the next. If you want to convince an employer that you’re each entity are followed by an open discussion. 42 – WWW.EUMWEEK.COM STUDENT ACTIVITIES STUDENT ACTIVITIES WWW.EUMWEEK.COM – 43

th 5 European Microwave Student Tom Brazil Doctoral School of M.Sc. and Ph.D. School “Practical Workshop: Microwaves “The Route to 5G: Design students can register via The registration fee for this the delegate registration of the Build a Frequency-Modulated event is €40. of mmWave Active Array Systems, EuMW by selecting the Doctoral For further information please School. The registration fee for this Continuous Wave Radar in 1-day” visit https://www.eumweek.com/ from RFIC to Signal Processing” event is €40. The possible number students/studentschool.html. of participants is limited, so Tuesday, 12th January 2021 Thursday, 14th January 2021 secure your ticket well in Beam (Introduction) + Transitzone C (Hands-on) Spark advance.

Organiser: David Ricketts, North Carolina State University, US Organiser: Jaap Essing, TNO, The Netherlands Co-organisers: Tom van Nunen & Teun van den Biggelaar, Eindhoven University of Technology, The Netherlands Co-organiser: Robbert Schulpen, Eindhoven University of Technology, The Netherlands

During the EuMW 2020 we will celebrate Every year, the European Microwave Week design of integrated active array systems, systems will also be covered. In one of the the fifth edition of the European Microwave features the Doctoral School of Microwaves, covering the fields all the way from RFIC to lectures, the stochastic modelling of radio Student School. In this workshop you will which is a one-day workshop. In memory of signal processing. The Doctoral School will hardware imperfections to bridge the gap learn the theory and design of FMCW radar. Tom Brazil, who was one of the founders of start with a lecture on the applications and between circuit design and communication With this theoretical foundation, you will this event, it has now been renamed “Tom requirements for 5G mmWave communica- engineering is discussed, whereas in anoth- design, simulate and fabricate by hand, each Brazil Doctoral School of Microwaves”. Its tion. From there, the lectures will go bot- er lecture the focus will be on beamforming component of your radar. You will then work objective is to cover the needs of a Ph.D. tom-up from the system’s subcomponents, and massive MIMO for 5G mmWave from a in a team to assemble a complete radar and student that go beyond the standard con- having lectures on IC and antenna design signal processing perspective. The technical test it before the end of the class. The only ference programme. This year’s Doctoral for 5G mmWave, towards the design of a programme is complemented with a lecture background you need is basic microwave School will have lectures on technical top- full active array system for mmWave ap- on concurrent engineering for complex sys- engineering knowledge and a desire to learn ics, as well as on boosting your soft skills, plications. These lectures will emphasize tems, which presents a methodology for and build with your hands! by experts from both academia and in- multi-physics and co-design related aspects. working in multi-disciplinary projects, and This workshop is sponsored by Thales dustry. The overall theme of the technical Next to these hardware-oriented lectures, a lecture on high-performance leadership. . Nederland B.V. topics is 5G mmWave with a focus on the the signal processing side of 5G mmWave

Programme Programme

08:30 Introduction and Theory of FMCW Radars and System 16:10 Hands-on Session 3: Radar Component Testing and System 08:30 mmWave Applications for 5G Mobile Communication 13:50 Modern AESA Panel Array for mmWave Applications – – – – 10:10 Simulation of a 2.4 GHz Radar 17:00 Assembly 09:20 Systems 14:40 Patrick Schuh (Hensoldt, Germany) David Ricketts, Professor David Ricketts, Professor (North Carolina State Univer- Wolfgang Templ (Nokia Bell Labs, Germany) (North Carolina State University, US) sity, US) 14:40 Stochastic Modelling of Radio Hardware Imperfections – – 09:20 Integrated Circuits for 5G Wireless Communication 15:30 Bridging the gap between circuit design and 10:10 Coffee break 17:00 Testing of Radars with Teams – Giovanni Mangraviti (IMEC, Belgium) communication engineering – – 10:10 10:50 17:50 Ulf Gustavsson (Ericsson, Sweden) 10:10 Coffee break 10:50 Hands-on Session 1: Radar Component Design and – 15:30 Coffee break – 10:50 – 12:30 Simulation. 16:10 David Ricketts, Professor (North Carolina State Univer- sity, US) 10:50 Antenna Design for 5G mmWave Communication – Daniele Cavallo (Delft University of Technology, The 16:10 5G mmWave Massive MIMO – System Architectures, 11:40 – Netherlands) 17:00 Beamforming and Signal Processing 12:30 Lunch Thomas Eriksson (Chalmers University of Technology, – 13:50 Sweden) 11:40 Leaving the Field Behind – How the best get better – 12:30 Paul Rulkens (Agrippa Consulting, The Netherlands) 13:50 Hands-on Session 2 : Radar Component Fabrication 17:00 Concurrent Engineering for Large Multi-disciplinary – – 15:30 David Ricketts, Professor (North Carolina State Univer- 17:50 Projects sity, US) 12:30 Lunch Michel van Pelt (ESA, The Netherlands) – 13:50 15:30 Coffee break – 16:10 44 – WWW.EUMWEEK.COM CONFERENCE SESSIONS MATRIX – PROGRAMME PROGRAMME – CONFERENCE SESSIONS MATRIX WWW.EUMWEEK.COM – 45

SUNDAY MONDAY

Room 08:30 – 10:10 10:50 – 12:30 13:50 – 15:30 16:10 – 17:50 EVENING Room 08:30 – 10:10 10:50 – 12:30 13:50 – 15:30 16:10 – 17:50 EVENING PROGRAMME PROGRAMME W-03 EuMIC02 EuMIC05 EuMIC08 Mission 1 High Performance GaN MMICs Mission 1 D-Band to H-Band Amplifiers ICs for mmWave ICs for Communication and Beamforming Systems Sensing W-17 Mission 2 EuMIC03 EuMIC06 EuMIC09 Advanced RF Technologies for 5G Mission 2 GaN MMIC Power Amplifiers Advances in mmWave and Advanced Solutions for High Power Technologies Integrated Power Amplifiers W-29 Quest Recent Advances in Additive Manufacturing of Microwave Components EuMIC04 EuMIC07 EuMIC10 Quest Receivers and LNAs Oscillators and Switches Nonlinear Modelling S-03 Auditorium Fundamentals of Microwave PA Design W-28 Expedition Microwave Wearable Circuits and Systems for Biomedical Applications W-11 Expedition Integrated Doherty PAs for Cellular and mmWave Applications EuMIC01 Polar EuMIC Opening W-27 W-02 Flash Wireless Power Transmission Advanced Measurement Techniques for Next Generation W-13 Technology in S-05 Recent Research Advances Communication Systems Auditorium Advanced Applications of In-Band Context Multibeam Antennas and Beamforming Networks Full-Duplex Technology Network Threats W-06 Spark Sub-mmWave On-Wafer Measurements W-08 W-10 Spark Antenna/Modules in Package for mmWave for 5G From Enabling GaN Technology to High-Performing Space-Borne SSPAs at mmWave S-07 S-10 From Device Characterisation to Amplifier Design: Intuitive Microwave Filter Design Flash Advanced Large Signal Measuring, Fast and Accurate with EM Simulation Modelling, and Reliable Designing W-18 Glow Measurements at mmWave and Terahertz Frequencies of Three Measurement Quantities: S-Parameters, Power, and Complex Permittivity of Dielectric Materials W-07 Beam High-Power Microwave Industrial Applications

Automotive Forum Off-site Networking Dinner 18:30 - 22:00 EuMIC Off-site Get-Together 18.30 - 21.00

EuMW EuMC EuRAD EuMIC Student Activity EuMIC/EuMC EuMC/EuRAD 46 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 47

MONDAY 08:30 – 10:10 MONDAY 10:50 – 12:30

Mission 1 Mission 2 Quest ROOM Polar

EuMIC02 EuMIC03 EuMIC04 EuMIC01 12:30 –13:50 D-Band to H-Band Amplifiers GaN MMIC Power Amplifiers Receivers and LNAs EuMIC Opening Session Technology in Context Chair: Michael Schlechtweg¹ Chair: Franco Giannini¹ Chair: Julien Lintignat¹ Chairs: François Deborgies1, EuMIC Chair and Domine Leenaerts2, EuMIC TPC Chair Bert Hubert Co-Chair: Herbert Zirath² Co-Chair: Patrick Schuh² Co-Chair: Ana Peláez² Co-chairs: Stefan Heinen3, EuMIC Co-Chair and Christian Fager4, EuMIC TPC Co-Chair “Network Threats” ¹Fraunhofer Institute for Solid State ¹University of Rome Tor Vergata, ²Hensoldt ¹XLIM UMR 7252, University of Limoges/ ¹ESA-ESTEC, ²NXP, ³RWTH Aachen University, 4Chalmers University of Technology Room: Aditorium Physics IAF, ²Chalmers University of CNRS, ²Televes S.A. Refer to p.27 for more Technology information.

08:30 EuMIC02-1 EuMIC03-1 EuMIC04-1 10:50 Welcome Address 11:45 Photonic Integrated Circuits for Microwave Applications – A 200 mW D-Band Power Ampli- Single-Chip 100-Watt S-Band A CMOS Wide-Band Low Noise - Opening of the European Microwave Integrated Circuits - 08:50 fier with 17.8% PAE in 250-nm InP Power Amplifier in 0.25 µm GaN Mixer for LTE Application 11:00 12:30 Prof. Alwyn Seeds Conference 2020 University College London, UK HBT Technology HEMT MMIC Technology Olim Hidayov¹ François Deborgies Ahmed Ahmed¹, Munkyo Seo², Ali Farid¹, Miguel Gijs van der Bent¹, Peter de Hek¹, Frank E. van Vliet¹, ¹Analog Devices GmbH Urteaga³, James Buckwalter¹, Mark Rodwell¹ Zineb Ouarch Provost² EuMIC Chair Photonics has found application in microwave systems ¹University of California, Santa Barbara, ²Department ¹TNO, ²UMS for low loss transmission and distribution of wideband of Electrical and Computer Engineering, Sungkyunk- wan University, South Korea., ³Teledyne Scientific signals, for signal processing and for signal generation, and Imaging 11:00 Breaking the Mold: Using SiGe Technology in Ways That Were particularly at THz frequencies. Photonic systems require - Never Envisioned 11:45 sub-micron alignment of components due to the short Prof. John D. Cressler wavelength of the optical sources- commonly in the range 08:50 EuMIC02-2 EuMIC03-2 EuMIC04-2 0.8 microns to 1.6 microns. This leads to high assembly – G-Band Power Amplifiers in 130 34 dBm GaN Doherty Power 20-Gb/s 60-GHz OOK Receiver Gergia Institute of Technology, US 09:10 costs and significant operating environment challenges. nm InP Technology Amplifier for Ka-band satellite for High-Data-Rate Short-Range The silicon-germanium heterojunction bipolar transistor The integration of the components required for a micro- Mingquan Bao¹, Vessen Vassilev², David Gustafsson¹, downlink Wireless Communications Herbert Zirath² (SiGe HBT) is the first practical bandgap-engineered device wave photonic system offers the prospect of reduced as- Anna Piacibello¹, Rocco Giofrè², Roberto Quaglia³, Ali Ferschischi¹, Sami Ur Rehman¹, Vincent Rieß¹, ¹Ericsson AB, ²Chalmers University of Technology Vittorio Camarchia¹ Corrado Carta¹, Frank Ellinger¹ to be successfully implemented in silicon. SiGe HBTs com- sembly costs and the ability to deploy systems in challeng- ¹Politecnico di Torino, ²Università di Roma “Tor ¹Technische Universität Dresden, Germany bine transistor-level RF performance approaching that of ing environments. This presentation will describe hybrid Vergata”, ³Cardiff Univeristy III-V technologies, with integration levels, reliability, yield, and monolithic approaches to integration using Indium and hence cost commonly associated with conventional Phosphide (InP) technology, including the development of Si CMOS fabrication. All at very conservative lithographic advanced devices such as Uni-Travelling Carrier (UTC) THz feature sizes. While SiGe HBTs possess modest breakdown photodiodes and advanced tuneable semiconductor lasers. 09:10 EuMIC02-3 EuMIC03-3 EuMIC04-3 voltages compared to their III-V counterparts, their per- It will also introduce system techniques such as comb gen- – Full H-Band LNA in 35 nm mHEMT A GaN-on-Si MMIC Power Ampli- An 8 Gbps Adaptive Receiver for 09:30 formance has reached truly impressive levels, including: eration and optical phase-locking for THz frequency syn- Technology with Constant Current fier with 10 W Output Power RF over FSO in 28 nm CMOS multi-hundred GHz frequency response bandwidth, low thesis. The presentation will also introduce advanced tech- Bias Control and 35% Efficiency for Ka-Band Fatemeh Aghlmand¹, Saransh Sharma¹, Azita Emami¹ noise (broadband + 1/f), high output resistance, good RF nologies for the monolithic integration of semiconductor Rainer Weber¹, Arnulf Leuther¹, Roger Lozar¹, Satellite Downlink ¹California Institute of Technology Hermann Massler¹ linearity, and robust power handling capability. As such, lasers on Silicon (Si) substrates, which could offer major Paolo Colantonio¹, Rocco Giofrè² ¹Fraunhofer IAF ¹University of Rome Tor Vergata, ²University of Roma SiGe technology, now spanning multiple technology gen- cost reductions and integration scale increases for future Tor Vergata erations in mass production, has made successful in-roads systems. The presentation will conclude with a summary in a diverse set of performance-constrained applications, of future opportunities and challenges for integrated mi- ranging from precision analog, to PAs for 4G/5G, to µ-wave crowave photonics. and mm-wave transceivers for communications, sensing, 09:30 EuMIC02-4 EuMIC03-4 EuMIC04-4 and radar, to near-THz imaging systems, to integrated – A Full D-Band Low Noise Amplifier Ka-Band 4 W GaN/Si MMIC Power A High-Gain SiGe BiCMOS LNA for 09:50 photonics. in 130 nm SiGe BiCMOS using Amplifier for CW Radar Applica- 5G In-Band Full-Duplex Applica- This remarkable utilization diversity continues to expand Zero-Ohm Transmission Lines tions tions in interesting ways, often along avenues that were never Tim Maiwald¹, Julian Potschka¹, Katharina Kolb¹, Chiara Ramella¹, Corrado Florian², Elisa Cipriani³, Tahsin Alper Ozkan¹, Abdurrahman Burak¹, Ilker Marco Dietz¹, Klaus Aufinger², Akshay Visweswaran³, Marco Pirola¹, Franco Giannini⁴, Paolo Colantonio⁴ Kalyoncu¹, Mehmet Kaynak², Yasar Gurbuz¹ envisioned at the technology’s inception. Examples in- Robert Weigel¹ ¹Politecnico di Torino - DET, ²University of Bologna, ¹Sabanci University, ²IHP Microelectronics GmbH clude: 1) operation within radiation-intense environments ¹FAU Erlangen-Nürnberg, ²Infineon Technologies AG, ³ESA / ESTEC, ⁴University of Rome Tor Vergata ³imec, Leuven such as space, 2) operation at incredibly low temperatures (to mK temperatures, to support the emerging needs of the quantum realm), 3) operation to very high tempera- tures (250°C, for power electronics), and 4) deployment as 09:50 EuMIC02-5 EuMIC03-5 EuMIC04-5 photosensitive elements for integrated photonic systems. – Design of a 240-GHz LNA in 0.13 Real-Time, In-Circuit Temperature A Ku Band MMIC Sigle Chip 10:10 This presentation will review the state-of-the-art in SiGe μm SiGe BiCMOS Technology Sensing of an X-Band GaN Power Frequency Converter for Telecom technology, show some impressive illustrations of its more Md Najmussadat¹, Raju Ahamed¹, Mikko Varonen², Amplifier Satellite Applications Dristy Parveg², Yehia Tawfik¹, Kari Halonen¹ conventional uses, and then will present examples of these Simon Mahon¹, Olivia Ell¹, Leigh Milner², Evgeny Kuxa¹, Davide Resca¹, Francesco Scappaviva¹, Andrea Biondi¹, ¹School of Electrical Engineering, Aalto University., Anthony Parker¹, Melissa Gorman¹, Michael Heimlich¹ Luca Cariani¹, Francesco Vitulli² surprising, newly-emerging trends, offered here as food- ²VTT Technical Research Centre of Finland ¹Macquarie University, ²Defence Science and ¹MEC s.r.l, ²Thales Alenia Space Italia for-thought for the EuMIC community. Technology Group 48 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 49

MONDAY 13:50 – 15:30 MONDAY 16:10 – 17:50

Mission 1 Mission 2 Quest Mission 1 Mission 2 Quest EuMIC05 EuMIC06 EuMIC07 EuMIC08 EuMIC09 EuMIC10 ICs for mmWave Beamforming Advances in mmWave and Oscillators and Switches ICs for Communication and Advanced Solutions for Inte- Nonlinear Modelling Systems High Power Technologies Chair: Vadim Issakov¹ Sensing grated Power Amplifiers Chair: Justin King¹ Chair: Frank E. van Vliet¹ Chair: Peter Magnee¹ Co-Chair: Patrice Gamand² Chair: Herbert Zirath¹ Chair: Joseph Staudinger¹ Co-Chair: Valeria VadalಠCo-Chair: Pierre Busson² Co-Chair: Rüdiger Quay² ¹University of Magdeburg, ²ALPHA-RLH Co-Chair: Ian Gresham² Co-Chair: Paolo Colantonio² ¹Trinity College Dublin, ²University of ¹TNO, ²ST Microelectronics ¹NXP Semiconductors, ²IAF-Fraunhofer: ¹Chalmers University of Technology, ¹NXP Semiconductor Inc, ²University of Ferrara Fraunhofer Institute for Applied Solid- ²Anokiwave Rome Tor Vergata State Physics

13:50 EuMIC05-1 EuMIC06-1 EuMIC07-1 16:10 EuMIC08-1 EuMIC09-1 EuMIC10-1 – A Downconversion Link for a 5G Back Gate Impact on the Noise Free-Running 2.4 GHz Ring – A 1-to-4 SiGe BiCMOS Analog Design of a Compact Power Ampli- Advanced Modelling Techniques 14:10 Repeater using a Passive Power Performances of 22FDX Fully- Oscillator-Based FSK TX/RX for 16:30 Demultiplexer Sampling Front-End fier with 18.6 dBm 60 GHz 20.5% Enabling E-Band Power Amplifier Adjustment Technique and Analog Depleted SOI CMOS Ultra-Small IoT Motes for a 116 GBaud-Receiver PAE in 22 nm FD-SOI Design for 5G Backhauling Predistortion Ousmane Kane¹, Luca Lucci¹, Pascal Scheiblin¹, Thierry David Burnett¹, Filip Maksimovic¹, Brad Wheeler¹, Philipp Thomas¹, Tobias Tannert¹, Markus Grözing¹, Mengqi Cui¹, Zoltán Tibenszky¹, Corrado Carta¹, Frank Valeria Vadalà¹, Antonio Raffo¹, Alberto Colzani², Poiroux¹, Jean Charles Barbe¹, François Danneville² Osama Khan¹, Ali Niknejad¹, Kristofer Pister¹ Xuan-Quang Du¹, Manfred Berroth¹ Ellinger¹ Matteo Angelo Fumagalli², Giuseppe Sivverini², Gianni Julian Potschka¹, Katharina Kolb¹, Tim Maiwald¹, Bosi¹, Giorgio Vannini¹ Marco Dietz¹, Amelie Hagelauer¹, Klaus Aufinger², ¹CEA LETI, ²IEMN, Univ. Lille, UMR 8520 CNRS, ¹University of California, Berkeley ¹University of Stuttgart ¹Technische Universität Dresden Robert Weigel¹ Avenue Poincaré, F-59652 Villeneuve d’Ascq ¹University of Ferrara, ²SIAE Microelettronica S.p.A. ¹Friedrich-Alexander University Erlangen-Nuremberg (FAU), ²Infineon Technologies AG

14:10 EuMIC05-2 EuMIC06-2 EuMIC07-2 16:30 EuMIC08-2 EuMIC09-2 EuMIC10-2 – A V-Band Vector Modulator Based Design of III-V Vertical Nanowire Linearity Enhancement Method – An Analog Costas Loop MMIC in Ka-Band Dual Input Stacked 22 Simulating Drain Lag of GaN 14:30 Phase Shifter in BiCMOS 0.13 µm MOSFETs for Near-Unilateral for a Wide-Band Digitally Con- 16:50 130 nm SiGe BiCMOS Technology nm CMOS FDSOI Power Amplifier HEMTs with Physics-Based ASM SiGe Technology Millimeter-Wave Operation trolled Oscillator for Receiver Synchronization with Transformer-Based Power Model Kevin Drenkhahn¹, Ahmed Gadallah², Aniello Fran- Stefan Andrić¹, Lars Ohlsson Fhager¹, Lars-Erik Yun Fang¹, Zhong Tang¹, Xiao-Peng Yu¹, Zhiwei Xu¹, of QPSK and BPSK Modulated Combiner Petros Beleniotis¹, Frank Schnieder², Matthias zese², Christoph Wagner¹, Andrea Malignaggi² Wernersson¹ Hao Gao² Rudolph¹ Signals Jere Rusanen¹, Nuutti Tervo¹, Timo Rahkonen¹, Aarno ¹TU Ilmenau, ²IHP - Leibniz-Institut für innovative ¹Lund Univeristy ¹Zhejiang University, ²Eindhoven University of Pärssinen¹, Janne P. Aikio¹ ¹Brandenburg University of Technology (BTU) Mikroelektronik Technology (TU/e) Eswara Rao Bammidi¹, Ingmar Kallfass¹ Cottbus-Senftenberg, ²Ferdinand-Braun-Institut, ¹University of Oulu ¹Institute of Robust Power Semiconductor Systems Leibniz-Institut für Höchstfrequenztechnik (ILH) - University of Stuttgart

14:30 EuMIC05-3 EuMIC06-3 EuMIC07-3 16:50 EuMIC08-3 EuMIC09-3 EuMIC10-3 – A 65 nm CMOS SOI 4-bit Digitally DC and RF Characterization of A 33% Tuning Range Cross-Cou- – Design Considerations on the A 28-GHz High Linearity and High Modelling of InP DHBTs in a 14:50 Controlled Variable Gain Amplifier Nano-Ridge HBT Technology Inte- pled DCO with “Folded” Common 17:10 Realization of Signal Sources at Efficiency Class-F Power Amplifier Transferred-Substrate Technology for Ka-Band Beamforming grated on 300 mm Si Substrates Mode Resonator Covering both mm-Waves in 90-nm CMOS Process for 5G with Diamond Heat Spreader Steeven Voisin¹, Vincent Knopik¹, Jeremie Forest¹, Sachin Yadav¹, Abhitosh Vais¹, Rana Y. Elkashlan¹, 5G MMW Bands in 16-nm CMOS Leonardo Pantoli¹, Habeeb Bello¹, Giorgio Leuzzi¹, Communications Tom Keinicke Johansen¹, Maruf Hossain², Ralf Doer- Eric Kerhervé² Liesbeth Witters¹, Komal Vondkar¹, Yves Mols¹, Amey Herman Jalli Ng², Dietmar Kissinger³ ner², Hady Yacoub², Ksenia Nosaeva², Tanjil Shivan², Walke¹, Hao Yu¹, Reynald Alcotte¹, Mark Ingels¹, Piet FinFET Bo-Ze Lu¹, Yunshan Wang¹, Zhi-Jia Huang¹, Kun-You Wolfgang Heinrich², Viktor Krozer² ¹STMicroelectronics, ²University of Bordeaux, ¹University of L’Aquila, ²IHP-Leibniz-Institut für Lin¹, Huei Wang¹ Bordeaux INP, UMR CNRS 5218, IMS Laboratory Wambacq¹, Robert Langer¹, Bernardette Kunert¹, Igor Gertman¹, Run Levinger¹, Sergey Bershansky¹, innovative Mikroelektronik, ³Institute of Electronic ¹Technical University of Denmark, ²Ferdinand-Braun- Niamh Waldron¹, Bertrand Parvais¹, Nadine Collaert¹ Jasmin Kadry¹, Gil Horovitz¹ Devices and Circuits, Ulm University ¹National Taiwan University Institut (FBH) Leibniz-Institut für Höchstfrequenz- ¹imec, Leuven ¹Intel Corp. technik

14:50 EuMIC05-4 EuMIC06-4 EuMIC07-4 17:10 EuMIC08-4 EuMIC09-4 EuMIC10-4 – 34-42 GHz CMOS Transceiver Reconfigurable PCM GeTe-Based A Non-Reflective T/R Switch with – A 95-135 GHz Low Power Dicke A 2 GHz Compact 60 W Fully Energy and Charge Conservation 15:10 Frontend for Versatile Arrays Latching 6-bit Digital Switched Leakage Cancellation Technique 17:30 Radiometer in SiGe BiCMOS Integrated 3-Way Doherty for Si- for FET Models Sumeet Londhe¹, Noam Smilovich¹, Shay Avner¹, Noam Capacitor Bank for 5G mmWave Application Technology multaneous Dual-Band Operation Ciarán Wilson¹, Marek Schmidt-Szalowski², Justin King³ Bar-Helmer², Samuel Jameson², Eran Socher¹ Tejinder Singh¹, Raafat R. Mansour¹ Yi-Tong Wang¹, Lin-Sheng Wu¹, Liang-Feng Qiu¹, Li-Yun Roee Ben-Yishay¹, Danny Elad¹ Marc Vigneau¹, Mariano Ercoli¹ ¹University College Dublin, ²Ampleon Netherlands, ¹Tel Aviv University, ²Rafael Advanced Teachnologies ³Trinity College Dublin ¹University of Waterloo Shi¹, Junfa Mao¹ ¹ON Semiconductor ¹Ampleon ¹Shanghai Jiao Tong University

15:10 EuMIC05-5 EuMIC06-5 EuMIC07-5 17:30 EuMIC08-5 EuMIC09-5 EuMIC10-5 – A 28 GHz and 38 GHz High-Gain A GaN/SiC UHF PA for Particle RF SPST Switch Based on In- – E/W-Band CPW-based Amplifier A High-Linear Ka-Band Power Am- Estimation of Large-Signal Output 15:30 Dual-Band LNA for 5G Wireless Accelerators with 100-145V Quasi- novative Heterogeneous GaN/SOI 17:50 MMICs Fabricated in a 60 nm plifier with Diode-Based Analogue Capacitance of a Power Transistor Systems in 22 nm FD-SOI CMOS Static Drain Modulation Integration Technique GaN-on-Silicon Foundry Process Predistortion Marek Schmidt-Szalowski¹, Mauro Marchetti², Gustavo Avolio² Xin Xu¹, Stefan Schumann¹, Ali Ferschischi¹, Wolfgang Gabriele Formicone¹, James Custer¹ Frederic Drillet¹, Jerome Loraine¹, Hassan Saleh¹, Robert Malmqvist¹, Rolf Jonsson¹, Anders Bernland¹, Junlei Zhao¹, Adam Cooman¹, Alireza Shamsafar¹, ¹Ampleon, ²Anteverta MW|Maury Microwave Finger², Corrado Carta¹, Frank Ellinger¹ ¹Integra Technologies, Inc. Imene Lahbib¹, Brice Grandchamp¹, Lucas Iogna-Prat¹, Mingquan Bao², Rémy Leblanc³, Koen Buisman⁴, Mohadig Rousstia¹, Domenico Calzona¹, Sergio Pires¹ ¹Technische Universität Dresden, ²Globalfoundries Insaf Lahbib¹, Ousmane Sow¹, Gregory U’Ren¹ Christian Fager⁴, Kristoffer Andersson² ¹Ampleon Netherlands B.V. Dresden LLC & Co. KG ¹X-FAB ¹Swedish Defence Research Agency (FOI), ²Ericsson Research, Ericsson AB, ³OMMIC SAS, ⁴Chalmers University of Technology 50 – WWW.EUMWEEK.COM CONFERENCE SESSIONS MATRIX – PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 51

TUESDAY TUESDAY 08:30 – 10:10

Room 08:30 – 10:10 10:50 – 12:30 13:50 – 15:30 16:10 – 17:50 EVENING Mission 2 Spark Flash Glow PROGRAMME EuMIC11 EuMIC13 EuMC07 EuMC14 EuMC01 EuMC02 EuMC03 EuMC04 Mission 1 Transceiver and Foundry Panel Wireless Communication Microwave and mmWave Power Amplifiers for Sub 6 Array Antennas Advanced Packaging Compo- Theoretical and Computational Transmitter ICs Systems Systems EuMC01 EuMC08 EuMC15 GHz Application Chair: Ilona Rolfes¹ nents and Techniques Electromagnetics Co-Chair: Antti Räisänen² Mission 2 Power Amplifiers for Power Amplifiers Based on Doherty and Load Chair: Olof Bengtsson¹ Chair: Kamal K Samanta¹ Chair: Francisco Mesa¹ Sub 6 GHz Application III-V & CMOS Modulated Power Co-Chair: Mark van der Heijden² ¹Ruhr-University Bochum, ²Aalto Co-Chair: Miguel Sanchez-Soriano² Co-Chair: Alessandro Galli² Technologies for 5G Amplifier Structures ¹Ferdinand-Braun-Institut (FBH), ²NXP University ¹Sony Europe B V, ²University of Alicante ¹Universidad de Sevilla, ²Sapienza Universi- EuMIC/EuMC01 EuMC09 EuMC16 Semiconductors ty of Rome Quest Silicon Integrated Sub- Terahertz Electronic Devices Terahertz Photonic mmWave Circuits Devices and System EuMIC12 EuMC10 EuMC17 Expedition Design and Characterisation MIMO and 5G Antennas Phased and Transmit Arrays Techniques 08:30 EuMC01-1 EuMC02-1 EuMC03-1 EuMC04-1 – Efficiency and Linearity of Digital Endfire Coupled-Mode Patch BenzoCycloButene-Based In- Designing Microwave Circuits EuMIC14 EuMIC16 08:50 Polar 1-Minute Poster Pitch EuMIC Closing Session “Class-C Like” Transmitters Antenna Array with Balanced Package Substrate Integrated Using Genetic Algorithms Ac- (13:50 - 14:10) Dieuwert Mul¹, Robert Bootsman¹, Quinten Bruinsma¹, Feeding Waveguides for Sub-THz Applica- celerated by Convolutional Neural Yiyu Shen¹, Sebastian Krause², Rüdiger Quay², Marco Automotive Forum Technology in Automotive Forum Pelk¹, Fred van Rijs³, Rob Heeres³, Sergio Pires³, Haozhan Tian¹, Tatsuo Itoh² tions Networks Automotive Radar: Waveforms, Architectures, AI and Context Automotive Radar: Waveforms, Architectures, AI and Morteza S. Alavi¹, Leo C.N. de Vreede¹ ¹University of California Los Angeles (UCLA), Giuseppe Acri¹, Emmanuel Pistono², Florence Podevin¹, Takuma Akada¹, Kazuhiro Fujimori¹ Auditorium ²University of California, Los Angeles Interference Philosophical Interference ¹Delft University of Technology, ²Fraunhofer IAF, Philippe Ferrari², Luigi Boccia³, Anne-Sophie Grimault⁴, ¹Graduate School of Natural Science and Technology, Lecture ³Ampleon Netherlands B.V. Nicolas Zerounian⁴, Frédéric Aniel⁴, Loïc Vincent⁵ Okayama University ¹INPG, RFIC-Lab, ²UGA, RFIC-Lab, ³University of Cala- EuMC02 EuMC11 EuMC18 bria, ⁴Centre de Nanosciences et Nanotechnologies, Spark Array Antennas Waveguide and Horn 5G Antenna Systems ⁵INPG, CIME Antennas EuMC03 EuMC12 EuMC19 08:50 EuMC01-2 EuMC02-2 EuMC03-2 EuMC04-2 Flash Advanced Packaging Advanced Packaging – A 2.4/3.5 GHz Dual-Band Power Gap-Waveguide Cavity Slot Array Large Scale Array Antenna A DE/WD/VM Hybrid Algorithm Components and Techniques Solutions for mmWave 3D-Printing Technologies 09:10 Applications Amplifier with Filter-Based Bias Based on Two Metal Layers at Packaging for 5G mmWave Base for Multiple-Constraint Synthesis Network and SRFT Matching 120 GHz Station of Concentric Ring Arrays EuMC04 EuMC13 EuMC20 Saraunsh Bayaskar¹, Paolo Enrico de Falco², Taylor Teng Li¹, Florian Boes¹, Karina Schneider¹, Thomas Dohyuk Ha¹, Kwanghyun Baek¹, Juneseok Lee¹, Sang- Shaoyi Xie¹, Jiawei Li¹, Hao Shao¹, Letian Guo¹, Glow Theoretical and Computatio- Numerical Methods in Modelling of Field Radiation Barton³ Zwick¹ hoon Park¹, Jung-Ho Park¹, Jinsu Heo¹, YoungJu Lee¹ Guangjian Deng¹ nal Electromagnetics Microwave Technology and Scattering ¹Qorvo, ²University of Colorado, Boulder, ³University ¹Karlsruhe Institute of Technology ¹Samsung Electronics ¹Northwest Institute of Nuclear Technology Student School W-25 of Colorado Boulder Beam Build Your Own Radar: Advanced mmWave Radar System Solutions for Industrial and Instruction Consumer Sensing Applications EuMC05 Women in Career Platform Women in Microwaves Media arena 1-Minute Poster Pitch Microwaves How to Stand Out in a Job Panel Discussion 09:10 EuMC01-3 EuMC02-3 EuMC03-3 EuMC04-3 (09:40 - 10:10) Lunch Lecture Application – A Miniaturized 160 W Power A Wideband Slot Array Antenna Integrated Microfluidic Cooling An Efficient Butterfly Factoriza- Teaching Microwaves 09:30 Amplifier with 40% Efficiency at with Cosecant Squared Pattern for S-Band 10-Watt CW Power tion-Based Method for Electro- Fluor Increase Your Microwave 9 dB Power Back-Off over 2.3–4.7 Qiang Wang¹, Fengyun Cui¹, Lin Pan², Panpan Chen¹, Amplifiers on Hybrid PCBs magnetic Near-Field Calculations Lecturing Skills Lincui Li¹ GHz Huaiqiang Yu¹ XiaoWei Huang¹, XinQing Sheng¹ Career Platform ¹Institute of Engineering Electronics, China Academy Round control Mustazar Iqbal¹, Rui Hou¹, Gunnar Johansson¹, Richard of Engieering physics, ²China Academy of Engieering ¹Sichuan Institute of Piezoelectric and Acousto-optic ¹Beijing Institute of Technology Career Lounge: Meet Jobs, Build Careers Hellberg¹, Bo Berglund¹ physics Technology (SIPAT) ¹Ericsson AB Automotive Transitzone B Forum Lunch Student School Transitzone C Build Your Own Radar: Hands-On Experience 09:30 EuMC01-4 EuMC02-4 EuMC03-4 EuMC04-4 – 2-GHz Class-E Power Amplifier A C-band Transmitarray for A U-Band Rectangular Waveguide- A Randomized Low-Rank Decom- Career Platform 09:50 Using a Compact Redundancy-Free Spatial Muliplexing and Diversity to-Coplanar Waveguide Transition position Based Method for Solving loopbrug Company Wall and Job Wall Harmonic Tuning Circuit Applications Using Metal Ridge Volume-Surface Integral Equation Shinichi Tanaka¹, Hirotaka Asami¹ Pavel Turalchuk¹, Irina Munina², Vitaliy Kirillov², Yunfeng Dong¹, Vitaliy Zhurbenko¹, Tom Keinicke Yan-Nan Liu¹ Opening of the ¹Shibaura Institute of Technology Alexander Verevkin², Dmitry Zelenchuk³ Johansen¹ ¹CAEP Software Center for High Performance Beatrix European Microwave Week ¹St. Petersburg Electrotechnical University ‘’LETI’’, ¹Technical University of Denmark Numerical Simulation EuMC/EuMW Opening ²St. Petersburg Electrotechnical University “LETI”, ³Queen’s University Belfast W-05 Juliana 2 Digital Predistortion for 5G MIMO Wireless Transmitters

EuMC06 EuMIC15 Hall 1 Interactive Poster Interactive Poster Session 09:50 EuMC01-5 EuMC02-5 EuMC03-5 EuMC04-5 Session – A 90W 1-3 GHz Power Amplifier A Low-Profile Shared-Aperture Via-Less Waveguide-to-Stripline Microwave Generation of Bessel- Student Design Competition 10:10 Module Dual-Band Broadband Antenna Transition Using 2D Electromag- Gauss Beams: A Fully Vectorial Hall 1 Detect a Drone / Build (a part of) an Amplifier Mohammad Ghazizadeh¹, Sayyed-Hossein Javid- Array for SAR Applications netic Bandgap Structure Electromagnetic Approach Hosseini¹, Vahid Nayyeri¹ Tao Dong¹, Ke Li¹, Zhenghuan Xia¹, Xinhua Li¹ Zhi Li¹, Kevin Xu¹, Nathan Chordas-Ewell¹, Dongyin Walter Fuscaldo¹, Alessio Benedetti¹, Davide Comite¹, ¹Iran University of Science & Technology EuMW ¹Beijing Institute of Satellite Information Engineering Ren², Jun H. Choi¹, Ryan Wu² Paolo Burghignoli¹, Paolo Baccarelli², Alessandro Galli¹ Welcome ¹The State University of New York at Buffalo, ²NXP ¹Sapienza University of Rome, ²Roma Tre University Off-site Reception Semiconductors 18.30 - 22.00

EuMW EuMC EuRAD EuMIC Student Activity EuMIC/EuMC EuMC/EuRAD 52 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 53

TUESDAY 08:30 – 10:10 TUESDAY 10:50 – 12:30

Quest Mission 1 Expedition Beatrix EuMIC/EuMC01 EuMIC11 EuMIC12 EuMW01 Silicon Integrated Sub- Transceiver and Transmitter Design and Characterisation EuMW/EuMC Opening Session mmWave Circuits ICs Techniques Chair: Frank E. van Vliet1, General Chair Chair: Christophe Gaquiere¹ Chair: Sébastien Chartier¹ Chair: Ernesto Limiti¹ Co-Chair: Wim van Cappellen², EuMC Chair Co-Chair: François Deborgies² Co-Chair: Ingmar Kallfass² Co-Chair: Simona Donati Guerrieri² ¹TNO, ²ASTRON ¹University of Lille, ²ESA-ESTEC ¹Fraunhofer Institute for Applied Solid ¹5 EE Dept, University of Rome “Tor Verga- State Physics (IAF), ²Institute of Robust ta”, Rome, Italy, ²Politecnico di Torino Power Semiconductor Systems (ILH) - University of Stuttgart

08:30 EuMIC/EuMC01-1 EuMIC11-1 EuMIC12-1 10:50 Welcome Address: Opening of the European Microwave Week 11:35 How Connectivity Technologies are Changing Vehicles – A 240-GHz FMCW Radar Trans- Single Chip Transmitter with Effects of Load Impedances at – 2020 – Lars Reger¹ 08:50 10:55 12:10 ceiver with 10 dBm Output Power Integrated Up-Converter and PLL Third Order Intermodulation Tones Frank E. van Vliet ¹Executive Vice President & CTO, NXP Semiconductors, The Netherlands using Quadrature Combining for Ku-Band M2M Applications Eigo Kuwata¹, Yashar Alimohammadi¹, Xuan Liu¹, General Chair James Bell¹, Paul Tasker¹, Shintaro Shinjo², Johannes Faisal Ahmed¹, Muhammad Furqan¹, Klaus Aufinger¹, Maurice van Wanum¹, Enrico Lia², Lex de Boer¹, Benedikt¹ Advances is connectivity technologies are opening up Andreas Stelzer² Lennaert Bronts¹, Marien Rodenburg¹, Sebastiaan ¹Cardiff Univeristy, ²Mitsubishi Electric Corporation new ways for cars to interact with their passengers, ¹Infineon Technologies AG, ²Johannes Kepler Jacobs¹, Inês Inácio¹, Marc van Heijningen¹, Frank Universität E. van Vliet¹ objects in their surroundings and other cars. Ultra- ¹TNO, ²ESA-ESTEC 10:55 EuMA Welcome Address – Frank van den Bogaart Wideband (UWB) technology is growing in impor- 11:05 EuMA President tance because of its ability to provide precise, secure and real-time localization capabilities. Designed to 08:50 EuMIC/EuMC01-2 EuMIC11-2 EuMIC12-2 give spatial awareness to cars, mobiles, and other – A 160 GHz High Output Power and A Full E-Band Single-Channel SiGe Intermodulation Distortion Analy- smart devices, UWB is ensuring higher levels of se- curity against car theft from relay station attacks 09:10 High DC-to-RF Efficiency Funda- Transceiver MMIC for Monostatic sis of Microwave Tunable Filters 11:05 Greetings from the EuMW 2020 Platinum Sponsor mental Oscillator in a 130-nm SiGe FMCW Radar Systems Using Barium Strontium Titanate – in first series cars that are on the road today. But it BiCMOS Process Christian Bredendiek¹, Steffen Hansen¹, Gunnar Capacitor and Varactor Diode 11:10 can do much more. NXP, as well as Volkswagen and Briese¹, Nils Pohl² Xingcun Li¹, Wenhua Chen¹, Yunfan Wang¹, Zhenghe Patricia Bouça¹, Ricardo Figueiredo¹, João Matos¹, Continental, have demonstrated a variety of exciting Feng¹ ¹Fraunhofer FHR, ²Ruhr-Universität Bochum Paula Vilarinho², Nuno Borges Carvalho¹ new use cases for UWB in automotive applications. ¹Tsinghua University ¹University of Aveiro / Instituto de Telecomuni- cações, ²University of Aveiro Automotive radar technology is also evolving to in- clude connectivity-light functionality. How will RFIC, 11:10 Greetings from the IEEE MTT-S microwave technology and connectivity transform – Alaa Abunjaileh the driving experience of tomorrow? 09:10 EuMIC/EuMC01-3 EuMIC11-3 EuMIC12-3 11:15 IEEE MTT-S President – 250 GHz SiGe SPDT Resonator A 76 GHz CMOS Low-PDC Trans- Non-Linear Analysis of a Broad- 09:30 Switch mitter with 15 dBm PSAT at 150°C band Power Amplifier at 300 GHz Yehia Tawfik¹, Ahamed Raju¹, Mikko Varonen², Md for Automotive Radar haitham ghanem¹, Benjamin Schoch², Ingmar Kallfass², Najmussadat¹, Kari Halonen¹ Pascal Szriftgiser³, Malek Zegaoui¹, Mohammed Za- Nobumasa Hasegawa¹, Shuya Kishimoto¹, Shinji knoune¹, François Danneville¹, Guillaume Ducournau¹ ¹Aalto University, ²VTT Technical Research Centre Yamaura¹ 11:15 Awards Ceremony 12:10 Interactive EuMW Quiz of Finland ¹IEMN, Univ. Lille, UMR 8520 CNRS, Avenue – Prof. Andy Gibson – Wim van Cappellen ¹DENSO CORPORATION Poincaré, F-59652 Villeneuve d’Ascq, ²Institute of Robust Power Semiconductor Systems, University 11:35 Manchester Metropolitan University, UK 12:30 EuMC Chair of Stuttgart, ³Laboratoire de Physique des Lasers Atomes et Molécules (PhLAM) This session is dedicated to the following awards and prizes: 09:30 EuMIC/EuMC01-4 EuMIC11-4 EuMIC12-4 – Compact and Transfer Printable A W-Band Transceiver Chip for Global Assessment of PA • EuMA – Pioneer Award 09:50 64 Gb/s Differential Transimped- Future 5G Communications in Variability through Concurrent ance Amplifier in 130-nm SiGe InP-DHBT Technology Physics-Based X-Parameter and • EuMA – Distinguished Service Award BiCMOS Maruf Hossain¹, Tanjil Shivan¹, Michael Hrobak¹, Electro-Magnetic Simulations Thualfiqar Al-Sawaf¹, Dimitri Stoppel¹, Hady Yacoub¹, Mesut Inac¹, Adel Fatemi¹, Friedel Gerfers², Andrea Nils Weimann¹, Wolfgang Heinrich¹, Viktor Krozer¹ Simona Donati Guerrieri¹, Chiara Ramella¹, Fabrizio Malignaggi¹ Bonani¹, Giovanni Ghione¹ • Certificate of Recognition for ¹Ferdinand-Braun-Institut (FBH) Leibniz-Institut für ¹IHP - Leibniz Institut für innovative Mikroelektronik, Höchstfrequenztechnik ¹Politecnico di Torino EuMW 2019 General Chair ²Technische Universität Berlin • International Journal of Microwave and ­Wireless Technologies Best Paper Prize 09:50 EuMIC/EuMC01-5 EuMIC11-5 EuMIC12-5 – A 122-242 GHz Dynamic Frequency A Low Power Consumption 65-nm Spatial Power Combining and Congratulations to all award and prize recipients! 10:10 Divider in an Advanced BiCMOS CMOS True Time Delay N-path Impedance Matching Silicon-IC-to- Technology Circuit Achieving 2 ps Delay Waveguide Contactless Transition Badou Sene¹, Herbert Knapp¹, Daniel Reiter¹, Nils Pohl² Resolution Piyush Kaul¹, Alhassan Aljarosha², Bart Smolders², Marion K. Matters-Kammerer², Rob Maaskant² ¹Infineon Technologies AG, ²Ruhr University Bochum Erez Zolkov¹, Roy Weiss¹, Asher Madjar¹, Emanuel Cohen¹ ¹Eindhoven University of Technology, ²Eindhoven Univeristy of Technology ¹Technion - Israel Institute of Technology 54 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 55

TUESDAY 12:30 – 14:20 TUESDAY 13:50 – 15:30 Meet: Visit to benefit Hall 1 from in-depth dis­ Mission 1 Mission 2 Quest Expedition cussions during EuMC06 Tuesday’s poster EuMC07 EuMC08 EuMC09 EuMC10 EuMC Interactive Poster Session 1 session. Wireless Communication Power Amplifiers Based on Terahertz Electronic Devices MIMO and 5G Antennas Chair: Jan Geralt bij de Vaate¹ Systems III-V & CMOS Technologies for Chair: Jan Stake¹ Chair: Bart Smolders¹ Co-Chair: Mark Oude Alink² Chair: Ilona Rolfes¹ 5G Applications Co-Chair: Jeffrey Hesler² Co-Chair: Thomas Zwick² ¹ASTRON, ²University of Twente ¹Chalmers University of Technology, ¹Eindhoven University of Technology Co-Chair: Alexander Koelpin² Chair: Paul Tasker¹ ¹Ruhr-University Bochum, ²Brandenburg ²Virginia Diodes Inc (TU/e), ²Karlsruhe Institute of Technology Co-Chair: Ana Peláez² (KIT) EuMC06-1 EuMC06-6 EuMC06-11 EuMC06-16 University of Technology ¹Cardiff Univeristy, ²Televes S.A. Miniature Wilkinson Power An X-band Cross-Coupled SIW Alternative Solutions for A 28 GHz >30 dBm Output P1dB Divider Based on Slow-Wave Cavity VCO Reducing the Undesired Coupling SPDT Switch with Integrated ESD Microstrip Technology Teanette van der Spuy¹, Tinus Stander¹ Effect in Stub Loaded Microstrip Protection in CMOS 65 nm EuMC07-1 EuMC08-1 EuMC09-1 EuMC10-1 Hamza Issa¹, Darine Kaddour², Philippe Ferrari³ ¹University of Pretoria Filters for Ka-Band Applications Seunghyun Jang, Sunwoo Kong¹, Hui Dong Lee¹, 13:50 Jeehoon Park¹, Kwang-Seon Kim¹, Bonghyuk Park¹ – Millimetre-Wave and Sub-Tera- 4.5 GHz mMIMO PA for 5G with Generation and Detection of Advances in Integrated Transceiv- ¹BAU, ²Univ. Grenoble Alpes, Grenoble INP, LCIS, Celia Gomez Molina¹, Juan Hinojosa¹, Fernando ³Univ. Grenoble Alpes, RFIC-Lab Quesada Pereira¹, Vicente Enrique Boria Esbert², ¹ETRI 14:10 hertz Technology and Research Flip-Chip Integration Wideband Modulated Signals for ers and Antennas for 5G Mobile Marco Guglielmi², Alejandro Alvarez Melcon¹, Giuseppe Macchiarella³ Trends for High Data Rate Com- Sergio Pires¹, Anh Nghiem² mmWave Applications Communications ¹Universidad Politécnica de Cartagena, ²Universi- munications - An Industry View INDUSTRIAL KEYNOTE Jeffrey Hesler¹, Steven Durant¹, Theodore Reck¹, Eric Florian Pivit¹ dad Politécnica de Valencia, ³Politecnico di Milano Bryerton¹, Daniel Koller¹, Gerhard Schoenthal¹ Renato Lombardi¹ ¹Ampleon Netherlands BV, ²Ampleon Netherlands B.V. INDUSTRIAL KEYNOTE INDUSTRIAL KEYNOTE ¹Nokia Bell Labs, Ireland INDUSTRIAL KEYNOTE ¹Virginia Diodes Inc. ¹Huawei IT EuMC06-2 EuMC06-7 EuMC06-12 EuMC06-17 Extended Smith Chart Concept Wideband transversal acoustic Compact Dual-Band Bandpass Design of a Low Noise Amplifier and Application to Oscillator wave filters. Application to con- Filter Using Single Perturbed MMIC from 71-76GHz using GaAs Analysis nected cars. Rectangular Patch Resonator mHEMT Technology 14:10 EuMC07-2 EuMC08-2 EuMC09-2 EuMC10-2 – 5G mm-Wave Over-The-Air Meas- A 28 GHz Power Amplifier Comb- InGaAs HEMT MMIC Technol- MIMO Antenna Design with Shigeki Takeda¹, Chun-Ping Chen², Tetsuo Anada² Rafael Perea-Robles¹, Jordi Mateu¹, Carlos Collado¹, with Stubs PRATIK DESHPANDE¹, Kai Parow Souchon², Jim Robert Aigner² Mayock¹, Qing Sun¹, Ben Rackauskas², Richard 14:30 urements of an Agile Multi-Beam ing Linearizer, Adaptive Bias and ogy on Silicon Substrate with Reconfigurable Radiation Pattern ¹Antenna Giken Co., Ltd., ²Kanagawa University Jiawei Liu¹, Yonghong Zhang¹, Xiang Wan¹ ¹Technical University of Catalonia, ²Qorvo Reeves², Petar Jankovic³, Václav Valenta³ Front-End Gm Compensation to P1dB and Backside Field-Plate and High Port Isolation ¹University of Electronic Science and Technology ¹VIPER RF, ²STFC Rutherford Appleton Laboratory, of China ³European Space Agency, ESA/ESTEC Steffen Spira¹, Kurt Blau¹, Reiner Thomä¹, Matthias Improve Back-Off Efficiency Arnulf Leuther¹, Thomas Merkle¹, Laurenz John¹, Tim Yi-Feng Cheng¹, Kwok-Keung M. Cheng¹ A. Hein¹ Christoph¹, Rolf Aidam¹, Axel Tessmann¹ Yu-Teng Chang¹, Li-Cheng Hung¹, Hsin-Chia Lu¹ ¹The Chinese University of Hong Kong ¹Technische Universität Ilmenau ¹Fraunhofer Institute for Applied Solid State ¹National Taiwan University Physics IAF

EuMC06-3 EuMC06-8 EuMC06-13 EuMC06-18 High Quality Integrated Induc- A 24-38 GHz CMOS Wideband Open-/Short- Circuited Coupled- Multi-Band, Multi-Technology Re- tors in Fan-out Wafer-Level Pack- Frequency Quadrupler for Multi- Line Structures for the Design of mote Unit (RU) Based on RFSoC 14:30 EuMC07-3 EuMC08-3 EuMC09-3 EuMC10-3 – D-band Transmission Hub for A 28 GHz and 38 GHz High-Gain 140-190 GHz Broadband Amplifier An Outphasing MIMO Architecture aging Technology for mmWave Band Applications High-Selectivity Bandpass Filter Samuel Pereira¹, Luís Almeira¹, Arnaldo Oliveira¹, Nuno Borges Carvalho¹, Paulo Monteiro¹ 14:50 Point to MultiPoint Wireless Dual-Band Power Amplifier for 5G in 300-nm InP/GaAsSb DHBT Prototype Applications Ping-Hsun Wu¹ Photos Vryonides¹, Salman Arain¹, Abdul Quddious², Symeon Nikolaou¹ ¹Universidade de Aveiro Distribution Wireless Systems in 22 nm FD-SOI Technology Bernhard Gäde¹, Stefan Erhardt¹, Georg Fischer¹, Kavin Senthil Murugesan¹, Mykola Chernobryvko², ¹ITRI Ralf Müller¹ Sherko Zinal², Marco Rossi², Ivan Ndip², Mathias ¹Frederick University Nicosia, Cyprus, ²University Maruf Hossain¹, Viktor Krozer², Trung Le³, et al.* CMOS Wei Quan¹, Sara Hamzeloui¹, Akshay Mahadev of Cyprus ¹Friedrich-Alexander University of Erlangen- Boettcher², Klaus-Dieter Lang², Marcel Wieland³, ¹1 Ferdinand-Braun-Institut, Leibniz-Institut für Höchst- Arabhavi¹, Ralf Flückiger², Olivier J. S. Ostinelli¹, Christian Goetze³, Saquib Bin Halim³, Jean Trewhella³ Xin Xu¹, Songhui Li¹, Laszlo Szilagyi¹, Christian Colombo Bolognesi¹ Nuremberg frequenztechnik, Berlin, Germany, ²Goethe University Matthus¹, Wolfgang Finger², Corrado Carta¹, Frank ¹TU Berlin, ²Fraunhofer Institut für Zuverlässigkeit Frankfurt/M, Frankfurt 60323, Germany, ³HF Systems Ellinger¹ ¹Millimeter-wave Electronics Laboratory, ETHz, und Mikrointegration (IZM), ³Global Foundries Engineering GmbH, Kassel 34123, Germany* ²DIRAMICS ¹Technische Universität Dresden, ²Globalfoundries *For the complete author and affiliation list, please Dresden LLC & Co. KG refer to the conference proceedings.

EuMC06-4 EuMC06-9 EuMC06-14 14:50 EuMC07-4 EuMC08-4 EuMC09-4 EuMC10-4 Coupled-Resonator Bandpass Flexible Self-Resonant Detector Phase De-Embedding of Micro- – Miniaturized Slot-Loaded SIW A 38-GHz High Linearity and High Short-Range Wireless Transmit- Broadband Fan-out Phased Power Dividers Based on Coil for Magnetic Resonance wave Filter with Use of Cauchy 15:10 Resonator and Its Application Efficiency Power Amplifier for 5G ter Using Mesoscopic Dielectric Antenna Array at 28 GHz for 5G Connected-Coupling Mechanisms Imaging of Carbon-13 Method and Extraction of Ap- to C-Band Low Phase Noise Applications in 65-nm CMOS Cuboid Antenna in 300-GHz Band Applications Shih-Cheng Lin¹, Yuan-Chun Lin¹, Sheng-Fuh Chang¹ Vitaliy Zhurbenko¹, Juan D. Sánchez-Heredia¹, proximated Polynomial Greatest Wenjun Wang¹, Jan H. Ardenkjær-Larsen¹ Oscillator Xin-Yi Li¹, Yu-Chun Chen¹, Yunshan Wang¹, Tianwei Kazuki Yamada¹, Yuto Samura¹, Oleg Minin², Atsushi Imran Aziz¹, Dapeng Wu², Erik Öjefors², Johanna ¹National Chung Cheng University Common Divisor Huang¹, Huei Wang¹ Kanno³, Norihiko Sekine³, Junichi Nakajima⁴, Igor Hanning², Erik Wiklund², Dragos Dancila¹ ¹Technical University of Denmark Samundra Kumar Thapa¹, Chen Baichuan¹, Adel Bara- Minin², Shintaro Hisatake¹ Jędrzej Michalczyk¹, Jerzy Julian Michalski² kat¹, Kuniaki Yoshitomi¹, Ramesh Kumar Pokharel¹ ¹National Taiwan University ¹Uppsala University, ²Sivers IMA AB ¹University of Gifu, ²University of National Research ¹SpaceForest Ltd., ²SpaceForest ¹Kyushu University Tomsk State, ³National Institute of Information and Communications Technology, ⁴SoftBank

15:10 EuMC07-5 EuMC08-5 EuMC09-5 EuMC10-5 EuMC06-5 EuMC06-10 EuMC06-15 – A 61-GHz RFID Frontend with 95 GHz 13 dBm IQ-Combined PA in A 119 GHz Bandwidth Distributed A Novel Automotive Ultra-Wide- Compact Wideband Bandpass Fil- A Novel Compact Microstrip A New Method to Design Ceramic 15:30 SiGe Transceiver MMIC and SIW 65 nm CMOS Amplifier with a ±2 ps Group band 5G-MIMO-Antenna Array ter Using Miniaturized Staircase Diplexer with Closely Spaced Filters with Finite Transmission Coupling Network Tal Elazar¹, Eran Socher² Delay Variation Printed on a Foil Interdigital Resonators Channels Zeros Dominic Funke¹, Steffen Hansen², Christian Breden- ¹Tel Aviv University, ²TAU Bas van de Ven¹, Tanjil Shivan², Xiao Liu¹, Maruf Hos- Zafer Toprak¹, Simon Senega¹, Stefan Lindenmeier¹ Abdulrahman Widaa¹, Chang Jiang You², Mohammed Ali Kursad Gorur¹, Alper Turkeli², Engın Dogan³, Huairen Yi¹, Zhengxiang Ma¹ diek², Thorben Grenter³, Gerd vom Bögel³, et al.* sain², Viktor Krozer², Marion K. Matters-Kammerer¹ Awad², Jingye Cai² Ceyhun Karpuz⁴, Adnan Gorur³ ¹University of the Bundeswehr Munich ¹Futurewei Technologies ¹Ruhr-University Bochum, ²Fraunhofer Institute ¹Eindhoven University of Technology (TU/e), ¹Kiel University, ²University of Electronic Science ¹Nevsehir Haci Bektas Veli University, ²Nevsehir for High Frequency Physics and Radar Techniques ²Ferdinand-Braun-Institut (FBH) Leibniz-Institut für and Technology of China Hacı Bektas Veli University, ³Nigde Omer Halisde- (FHR), ³Fraunhofer Institute for Microelectronic Circuits and Systems (IMS), ⁴Fraunhofer Institute for Höchstfrequenztechnik mir University, ⁴Pamukkale University Photonic Microsystems (IPMS) *For the complete author list, please refer to the conference proceedings. 56 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 57

TUESDAY 13:50 – 15:30 TUESDAY 14:20 – 16:10

Learn: Spark Flash Glow Hall 1 Take up discussions on EuMC11 EuMC12 EuMC13 EuMIC15 a familiar topic or come Waveguide and Horn Antennas Advanced Packaging Solutions Numerical Methods in Micro- EuMIC Interactive Poster Session learn something new Chair: Lorenz-Peter Schmidt¹ for mmWave applications wave Technology Chair: Christian Fager¹ during Tuesday’s EuMIC Co-Chair: Mark Oude Alink² Co-Chair: Józef Modelski² Chair: Kaynak Mehmet¹ Chair: Ke Wu¹ poster session. ¹Microwave Electronics Laboratory, Chalmers University of Technology, ²University of Twente ¹Uni Erlangen, ²Warsaw University of Co-Chair: Mikko Varonen² Co-Chair: Noushin Karimian² Technology ¹IHP Microelectronics GmbH, ²VTT Techni- ¹Polytechnique Montreal, ²The University cal Research Centre of Finland of Manchester

13:50 EuMC11-1 EuMC12-1 EuMC13-1 – Elliptical Dual-Polarized High Gain Advanced Multilayer Components Power Delivery Network Imped- 14:10 Horn Antenna for Cell Partitioning and Front-End Modules for ance Profile and Voltage Droop EuMIC15-1 EuMIC15-5 EuMIC15-9 EuMIC15-13 in Millimeter-Wave Mobile Com- Millimetre-Wave and 5G Applica- Optimization A PLL Frequency Synthesizer In An Advanced Ageing Methodolo- Orthogonalization of Multi-Port Ku-Band 25 W High Power 65 nm CMOS for 60 GHz Sliding- gy for Robustness Assessment of Scattering Matrices with the Amplifier using 0.25 µm GaN munications tions Aurea Edna Moreno-Mojica¹, Jose E. Rayas-Sanchez¹, Felipe J. Leal-Romo¹ IF Transceiver Normally-Off AlGaN/GaN HEMT Generalized S-Parameter Trans- Technology Thomas Arthur Herbert Bressner¹, Martin Johansson², Kamal K Samanta¹ ¹ITESO - The Jesuit University of Guadalajara Ulf Johannsen¹, Bart Smolders¹ ¹Sony Europe B V Yang Liu¹, Zhiqun Li², Hao Gao³ Florent Albany¹, Arnaud Curutchet¹, Nathalie Labat¹, formation to Reduce Surrogate Santosh Gedela¹, Simplice N’Gongo², Kishore ¹Eindhoven Univeristy of Technology, ²Ericsson AB ¹Nanjing Institute of Technology, ²Southeast Uni- François Lecourt², Ewa Walasiak², Hassan Maher³, Model Complexity Bantupalli¹, Suman K¹ versity, ³Eindhoven University of Technology (TU/e) Yvon Cordier⁴, Nicolas Defrance⁵, Nathalie Malbert¹ ¹Astra Microwave Products Limited, ²AELIUS ¹IMS Bordeaux, ²OMMIC SAS, ³LN2-UMI, ⁴CRHEA, Petrie Meyer¹ SEMICONDUCTORS PTE. LTD. ⁵IEMN ¹Stellenbosch University

14:10 EuMC11-2 EuMC12-2 EuMC13-2 – A Compact 30-50 GHz Plate- BiCMOS Through-Silicon Via (TSV) Technique for Eliminating 14:30 let Corrugated Feedhorn for Signal Transition at 240/300 GHz Resonant Artifacts in Low Loss Cryogenic Radio Astronomical for mmWave & Sub-THz Packaging Material Measurement EuMIC15-2 EuMIC15-6 EuMIC15-10 EuMIC15-14 Applications and Heterogeneous Integration MuhibUr Rahman¹, Ke Wu¹ Chau-Ching Chiong¹, Chen Chien¹, Shou-Ting Jian¹, Matthias Wietstruck¹, Steffen Marschmeyer¹, Christi- ¹POLY-GRAMES A Suitable Approach to Assess A 30-36.6 GHz Low Jitter Degra- Multi-Gigabit RF-DAC Based High Power Density 4 to 16 GHz Chin-Ting Ho¹, Yuh-Jing Hwang¹ an Wipf¹, Matteo Stocchi¹, Mehmet Kaynak¹ Thermal Properties of GaN Power dation SIL QVCO with Frequency- Duobinary/PAM-3 Modulator in Non-Uniform Distributed Power ¹Institute of Astronomy and Astrophysics, Academia ¹IHP - Leibniz Institut für innovative Mikroelektronik Bars Tracking Loop in 65 nm CMOS 130 nm SiGe HBT Amplifier with a Novel Trifilar Sinica Rocco Giofrè¹, Paolo Colantonio², Matthias Auf der for 5G Frontend Applications Frida Strömbeck¹, Zhongxia Simon He¹, Herbert Simon Mahon¹, Leigh Milner², Irfan Shahid¹, Anthony Maur², Andrea Reale² Zirath¹ Parker¹, Melissa Gorman¹, Michael Heimlich¹ Jhe-Wei Li¹, Wei-Cheng Chen¹, Jung Chou¹, Yu-Cheng ¹University of Roma Tor Vergata, ²University of Liu², Hong-Yeh Chang¹ ¹Chalmers University of Technology ¹Macquarie University, ²Defence Science and Rome Tor Vergata (Italy) Technology Group 14:30 EuMC11-3 EuMC12-3 EuMC13-3 ¹National Central University, ²ITRI – A Cost-Effective W-band Slotted Mode-Matched Common-Strip Spectral Analysis of a Fabry-Perot 14:50 Waveguide Antenna Coupler Interface for Millimeter- Open Resonator with a Plane- Stanislav Sekretarov¹, Artur Kondrykov¹, Dmytro Wave and Terahertz Chip-to-Chip Wave Expansion Method Vavriv¹ Waveguide Interconnects Bartlomiej Salski¹, Tomasz Karpisz¹, Pawel Kopyt¹, ¹Institute of Radio Astronomy of the National Jerzy Krupka¹ Academy of Sciences of Ukraine Ahmed Sakr¹, Walid Dyab², Ke Wu³ ¹Warsaw University of Technology ¹Faculty of Engineering, Cairo University, ²Prince EuMIC15-3 EuMIC15-7 EuMIC15-11 EuMIC15-15 Sultan University, ³Polytechnique Montreal A Large-Signal Behavioural Mod- A Three Stage Gain Cell Topology 167-GHz and 155-GHz High Gain Third Order Notch over Multi- eling Approach of GaN HEMTs for with an Active Ultra-Wideband D-band Power Amplifiers in Bias and Temperature in GaN and Power Amplifier Design Input Matching in H-Band CMOS SOI 45-nm Technology GaAs HEMTs M. Oguz Yegin¹, Armagan Gurdal², Ulas Ozipek², Athanasios Gatzastras¹, Hermann Massler², Arnulf Abdelaziz Hamani¹, Alexandre Siligaris¹, Benjamin Mohammad Abdul Alim¹, Ali A Rezazadeh², 14:50 EuMC11-4 EuMC12-4 EuMC13-4 Ekmel Özbay² Leuther², Sébastien Chartier², Ingmar Kallfass¹ Blampey¹, Jose Luis Gonzalez-Jimenez¹ Christophe Gaquiere³ – A Compact Substrate Integrated DC-to-Ka-Band Broadband Chip-to- A Fast Sensitivity Analysis ¹Bilkent University, ²Nanotechnology Research ¹Institute of Robust Power Semiconductor Systems ¹Université Grenoble-Alpes/CEA-Leti ¹University of Chittagong, ²The University of Center (NANOTAM), Bilkent University (ILH) - University of Stuttgart, ²Fraunhofer Institute Manchester, ³The University of Lille 15:10 Self-Diplexing Antenna for WiFi Chip Interconnect Using Aerosol Method for Lumped Impedance for Applied Solid State Physics (IAF) and ISM Band Applications Jet Printing Elements in Antenna Design Sounik Kiran Kumar Dash¹, Qingsha S Cheng¹, Rusan Jubaid Qayyum¹, Cameron Crump¹, John Albrecht¹, Biyi Wu¹, XinQing Sheng¹ Kumar Barik¹, Nrusingha Charan Pradhan², Karthikey- Ahmet Ulusoy², John Papapolymerou¹ ¹Beijing Institute of Technology an Sholampettai Subramanian² ¹Michigan State University, ²Karlsruhe Institute of ¹Southern University of Science and Technology, Technology (KIT) Shenzhen, China, ²National Institute of Technology Tiruchirappalli, Tiruchirappalli 620015 EuMIC15-4 EuMIC15-8 EuMIC15-12 A Broadband 60-GHz Low Noise Empowering GaN-Si HEMT Over 40 W, X-Band GaN on SiC Amplifier with 3.2 dB Noise Nonlinear Modelling for Doherty MMIC Amplifier EuMC11-5 EuMC12-5 15:10 Figure and 24 dB Gain Power Amplifier Design Charles Alphonce Mjema¹, Benoît Haentjens¹, – Substrate Integrated Waveguide A CMOS-Compatible Solution for Erwan Fourn² Ali Ferschischi¹, Hatem Ghaleb¹, Sami Ur Rehman¹, Gianni Bosi¹, Antonio Raffo¹, Rocco Giofrè², Valeria 15:30 Leaky-Wave Antennas with Propagation Channels on Silicon Corrado Carta¹, Frank Ellinger¹ Vadalà¹, Giorgio Vannini¹, Ernesto Limiti² ¹Vectrawave, ²IETR, INSA Rennes Tailored Characteristics for in the Millimeter-Wave Band ¹Technische Universität Dresden, Germany ¹University of Ferrara, ²University of Rome “Tor Vergata” Millimeter-Wave Applications Ihsan El Masri¹, Thierry Le gouguec², Pierre-Marie Martin², Rozenn Allanic², Cédric Quendo² DONGZE ZHENG¹, Ke Wu² ¹Université de Bretagne Occidentale, ²Lab-STICC- ¹École Polytechnique de Montréal, ²POLY-GRAMES Université de Bretagne Occidentale 58 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 59

TUESDAY 16:10 – 17:50 TUESDAY 16:10 – 17:50

Mission 1 Mission 2 Quest Expedition Spark Flash Glow Fluor EuMC14 EuMC15 EuMC16 EuMC17 EuMC18 EuMC19 EuMC20 EuMW02 Microwave and mmWave Doherty and Load Modulated Terahertz Photonic Devices Phased and Transmit Arrays 5G Antenna Systems 3D-Printing Technologies Modelling of Field Radiation [Special Session] Teaching Systems Power Amplifier Structures and System Chair: Ioan Lager¹ Chair: Dirk Heberling¹ Chair: John Papapolymerou¹ and Scattering Microwave Engineering Chair: Kamran Ghorbani¹ Chair: Vittorio Camarchia¹ Chair: Marion K. Matters-Kammerer¹ Co-Chair: Thomas Emanuelsson² Co-Chair: Józef Modelski² Co-Chair: Kaynak Mehmet² Chair: Alessandro Galli¹ Chair: Elmine Meyer¹ Co-Chair: Jan Vrba² Co-Chair: Didier Belot² Co-Chair: Idelfonso Tafur Monroy² ¹Delft University of Technology, ²Gapwaves ¹RWTH Aachen University, ²Warsaw ¹Michigan State University, ²kaynak@ Co-Chair: Guy Vandenbosch² Co-Chair: Ulf Johannsen¹ ¹RMIT University, ²Czech Technical ¹Politecnico di Torino, ²CEA - LETI ¹Eindhoven University of Technology - AB University of Technology ihp-microelectronics.com ¹Sapienza University of Rome, ²KU Leuven ¹Eindhoven Univeristy of Technology University in Prague TU/e, ²Eindhoven University of Technology (TU/e)

16:10 EuMC14-1 EuMC15-1 EuMC16-1 EuMC17-1 16:10 EuMC18-1 EuMC19-1 EuMC20-1 EuMW02-1 – Output Signal Characteristics A 1000 W Wideband Recursive Photonics-enabled Millimetre- Modular and Scalable Millimeter- – Dual-Polarized Integrated Lens 3D-Printed 3 dB Hybrid Coupler Plasmon Resonances of Conformal Lessons from Build-a-Radio/Radar 16:30 of Optical Fiber Feed Direct Four-Way Doherty Amplifier for wave Phased-Array Antenna with Wave Patch Array Antenna for 5G 16:30 Antenna for Outdoor 60 GHz for D-Band Applications Graphene Strip Placed on Circular in a Day: The Ins and Outs of Digital RF Transmitter Using SFP+ Base Station Application True Time Delay Beam-steering MIMO and Beamforming Point-to-Point Systems Konstantin Lomakin¹, Laura Klein², Mark Sippel², Klaus Dielectric Rod: From Microwaves Experiential Design for Students Helmreich², Gerald Gold² Module Xiaolong Yue¹, Yongqiang Zhou¹ Muhsin Ali¹, Robinson Cruzoe Guzmán¹, Luis Enrique Lingyun Ren¹, Bohao Lu¹, Fang Lu¹, Yonghui Shu¹ Andrey Mozharovskiy¹, Alexey Artemenko¹, Sergey to Infrared Range David Ricketts¹ ¹Friedrich-Alexander University Erlangen-Nürnberg ¹Ericsson Garcia-Muñoz¹, Frédéric van Dijk², Guillermo ¹SAGE Millimeter, Inc. Tikhonov¹, Sergey Churkin¹, Roman Maslennikov¹ ¹North Carolina State University Ryo TAMURA¹, Mizuki Motoyoshi¹, Suguru Kameda¹, Carpintero¹ (FAU), ²Friedrich-Alexander Universität Erlangen- Sergii Dukhopelnykov¹ Noriharu Suematsu¹ ¹Radio Gigabit LLC Nürnberg ¹Universidad Carlos III de Madrid, ²III-V Lab ¹Institute of Radio-Physics and Electronics NASU ¹Research Institute of Electrical Communication, Tohoku University

16:30 EuMC14-2 EuMC15-2 EuMC16-2 EuMC17-2 16:30 EuMC18-2 EuMC19-2 EuMC20-2 EuMW02-2 – Multi-source Intermodulation in a High Power 400 W Symmetric Investigation of De-Embedding Dual-Band Dual-Linearly Polarized – 28-GHz Wideband Dual-Polarized Optimization of the Conductivity Design of Three-Layer Radome for Evolution of Microwave Teaching 16:50 Loaded-line Phase Shifter Doherty with Extended Back-off Techniques Applied on Uni-Trave- Transmit Array at Ka-Band 16:50 Parasitic-Patch Antenna Array on of Microwave Components Printed Millimeter-Wave Antenna Methods and a Vision for the Martin Mattsson¹, Dan Kuylenstierna¹ Efficiency Range for 5G Cellular ling Carrier Photodiodes Reda MADI¹, Antonio Clemente², Ronan Sauleau³ Tile-Scale Package by Inkjet on Polymeric Substrates Tomoshige Furuhi¹, Natsumi Minamitani¹, Shun Future Sakaida¹, Kaoru Sudo¹, Kengo Onaka¹, Takaya Wada¹, ¹Chalmers University of Technology Infrastructure Applications Dimitrios Konstantinou¹, Christophe Caillaud², Simon ¹CEA - LETI, ²CEA-LETI, ³CNRS, Institut d’Électronique Mohadig Rousstia¹, Alireza Shamsafar¹, Junlei Zhao¹, by Photonic Sintering Petrie Meyer¹ et de Télécommunications de Rennes, UMR–6164 Hisao Hayafuji¹ Rommel¹, Ulf Johannsen¹, Idelfonso Tafur Monroy¹ Sergio Pires¹, Jorge Teixeira¹, Giuseppe Scalise², Luigi ¹Stellenbosch University Ramanujam Embar¹, Roy McLaren¹, Mir Masood¹ Boccia² Chaimaa El Hajjaji¹, Nicolas Delhote¹, Serge Verdeyme¹, ¹Murata Manufacturing Co., Ltd. ¹Eindhoven University of Technology (TU/e), ²III-V Malgorzata Piechowiak², Olivier Durand² ¹NXP Semiconductors, USA Lab, a joint Lab from Nokia, Thales and CEA ¹Ampleon Netherlands BV, ²University of Calabria ¹XLIM UMR7252, Université de Limoges/CNRS, Limoges, FRANCE, ²CTTC Center for Technology Transfers in Ceramics, france

16:50 EuMC14-3 EuMC15-3 EuMC16-3 EuMC17-3 16:50 EuMC18-3 EuMC19-3 EuMC20-3 EuMW02-3 – Compact Microwave Based Water- Load Modulated Balanced Ampli- All-Digital Outphasing Modulator Origami-Inspired Shape-Changing – Phased Array Antenna with Beam- Additively Manufactured Six-Port Improved Modeling of Radiation Learn Electromagnetics with 17:10 Cut Sensor Suitable for Downhole fier Designed for AM-PM Linearity for Radio-over-Fiber System Phased Array 17:10 forming Network for 5G mmWave for mmWave Applications Effects in Coplanar Waveguides Student-Led-Tutorials Installation Kimon Vivien¹, Paolo Enrico de Falco², Pascal Pierre- Yuma Kase¹, Shinichi Hori¹, Naoki Oshima¹, Kazuaki D. Elliott Williams¹, Charles Dorn¹, Sergio Pellegrino¹, Communication System Laura Klein¹, Konstantin Lomakin¹, Mark Sippel¹, Klaus with Finite Ground Width Mark Bentum¹, Ramiro Serra², Ulf Johannsen², Chantal Charles-Felix³, Olivier Venard¹, Geneviève Baudoin¹, Kunihiro¹ Ali Hajimiri¹ Helmreich¹, Gerald Gold¹ Brans³ Muhammad Akram Karimi¹, Muhammad Arsalan², Taylor Barton² Anil Kumar Pandey¹ Gia Ngoc Phung¹, Uwe Arz¹, Karsten Kuhlmann¹, Ralf Atif Shamim¹ ¹NEC Corporation ¹Caltech ¹Friedrich-Alexander Universität Erlangen-Nürnberg Doerner², Wolfgang Heinrich² ¹Eindhoven University of Technology (TU/e), ¹ESYCOM - ESIEE Paris, ²Colorado University, ¹Keysight Technologies ²Eindhoven Univeristy of Technology, ³Eindhoven ¹King Abdullah University of Science and Technology ³SOMOS Semiconductor ¹Physikalisch-Technische Bundesanstalt (PTB), University of Technology (KAUST), ²Saudi Aramco ²Ferdinand-Braun-Institut (FBH) Leibniz-Institut für Höchstfrequenztechnik

17:10 EuMC14-4 EuMC15-4 EuMC16-4 EuMC17-4 17:10 EuMC18-4 EuMC19-4 EuMC20-4 EuMW02-4 – Millimeter-Wave Outphasing using High-Efficiency Asymmetric A Low Power CMOS Driver Amplitude Varying Phased Array – Millimeter-Wave Dual-Polarized 3D Printed Spherical Cavity H-polarized Plane Wave Scatter- Curriculum Design for Part-Time 17:30 Analog-Radio over Fiber for 5G Doherty Power Amplifier with Integrated With Mach-Zehnder Linearization 17:30 Filtering Patch Antenna Array for Resonator With Fine Tuning Using ing by Cylindrically Conformal Study in Microwave Engineering Physical Layer Infrastructure Spurious Suppression Circuit Modulator for PAM4 Optical Sara Hesami¹, Sina Rezaei Aghdam², John Dooley³, 5G Applications Nanomagnetic Thin Film Periodic Finite Array with PEC Tinus Stander¹ Thomas Eriksson², Christian Fager¹ Roel Budé¹, Meerten Versluis¹, Gleb Nazarikov¹, Simon Yuki Takagi¹, Naoki Hasegawa¹, Yoshichika Ohta¹, Ryo Transmissions Yingqi Zhang¹, Wanchen Yang¹, Wenquan Che¹, Quan Yuxiao He¹, Eric Drew², Premjeet Chahal¹, John Zhang², and Resistive Patches ¹University of Pretoria Rommel¹, Bart van Ark¹, Ulf Johannsen¹, Idelfonso Ishikawa², Kazuhiko Honjo² ¹Microwave Electronics Laboratory, Chalmers Xue¹, Shaowei Liao¹, Wenhai Zhang¹ John Papapolymerou¹ Tafur Monroy¹, Bart Smolders¹ Tai-Hsing Lee¹ University of Technology, ²Chalmers University of Alexander Svezhentsev¹, Vladimir Volski², Guy ¹SoftBank Corp. / Technology Research Laboratory, Technology, ³Maynooth University ¹South China University of Technology ¹Michigan State University, ²Georgia Institute of Vandenbosch² ¹Eindhoven University of Technology ²The University of Electro-Communications ¹ITRI Technology ¹O.Usikov IRE NAS of Ukraine, ²Katholieke Universiteit Leuven

17:30 EuMC14-5 EuMC15-5 EuMC16-5 EuMC17-5 17:30 EuMC18-5 EuMC19-5 EuMC20-5 EuMW02-5 – In-Vehicle Breathing Rate Moni- 500 W Three-way GaN Doherty Performance of Phase Modulated Sidelobe Level Suppression and – Development of Flexible & A Fully Integrated Conductive and Scattering of Surface Waves Challenges of First-Time Lecturing 17:50 toring Based on WiFi Signals Power Amplifier for Sub-6 GHz RoF for 5G Fronthaul Uplink Scan-Loss Compensation In A 17:50 Quasi-Optically Transparent CPW Dielectric Additive Manufacturing by a Discontinuity in Surface of an RF/ Microwave Engineering Muhammad Manzar Hussain¹, Alper Akbilek¹, Florian 5G New Radio Base Transceiver Emine Moutaly¹, Salim FAci², Catherine Algani², Wide-Angular Scanning Linear Antennas for 5G by Meshing Technology for Microwave Circuits Impedance Course in a Kenyan University Pfeiffer¹, Bernd Napholz² Billabert Anne-laure², Philippos Asimakopoulos³, Systems Array Using Subarrays Amplitude Construction and Antennas Tobias Schaich¹, Anas Al Rawi², Mike Payne¹ Shamim Omar Nassar¹ ¹perisens GmbH, ²Daimler AG Nathan J.Gomes³ Hyunuk Kang¹, Woojin Choi¹, Inan Kim², Dongwoo ¹Ecole Supérieure Polytechnique, ²Conservatoire Control Maxime WAWRZYNIAK¹, Julien Bras², Aurore Mengze Li¹, Yang Yang¹, Yunpeng Zhang², Francesca ¹University of Cambridge, ²BT Group plc ¹RAF International University Lee², Youngoo Yang¹ National des Arts et Metiers, ³University of Kent Denneulin², Tan-Phu Vuong¹ Iacopi¹, Shlomit Ram³, Jaim Nulman³ Fannush Akbar¹, Leonardus Ligthart², Gamantyo ¹Sungkyunkwan University, ²Wave Electronics Hendrantoro¹, Ioan Lager² ¹Univ. Grenoble Alpes, Grenoble INP, CNRS, IMEP ¹University of Technology Sydney, ²University of Co., Ltd. LaHC, ²Univ. Grenoble Alpes, CNRS, Grenoble INP, Electronic Science and Technology of China, ³Nano ¹Institut Teknologi Sepuluh Nopember, ²TU Delft LGP2, F-38000 Grenoble, France Dimension 60 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME – CONFERENCE SESSIONS MATRIX WWW.EUMWEEK.COM – 61

TUESDAY 16:10 – 17:50 WEDNESDAY

ROOM Polar Room 08:30 – 10:10 10:50 – 12:30 13:50 – 15:30 16:10 – 17:50 EVENING PROGRAMME EuMIC16 W-14 Progress EuMIC Closing Session Automotive Radar Networks and Sensor Fusion Chairs: François Deborgies1, EuMIC Chair and Domine Leenaerts2, EuMIC TPC Chair EuRAD02 EuRAD04 EuRAD06 Co-chairs: Stefan Heinen3, EuMIC Co-Chair and Christian Fager4, EuMIC TPC Co-Chair Doppler Processing Emerging & Industrial Mission 1 Dual Use & Waveform Design Techniques for Applications 1ESA-ESTEC, 2NXP, 3RWTH Aachen University, 4Chalmers University of Technology Low Reflectivity Targets EuMC21 EuMC27 EuMC33 EuMC39 [Focussed Session] Advances on RF Power Solid State High Power Mission 2 Special Antenna Systems Emerging Microwave Amplifier Behavioural Amplifiers for Satellite and Technology: Asia-Pacific Modelling Radar Applications 16:10 Awards Ceremony 17:00 MetOp-SG mm-Wave Instruments and Technologies EuRAD03 EuRAD05 EuRAD07 – – Quest Design and Calibration 16:20 Marion Matters-Kammerer 17:40 Ville Kangas Concepts for Advanced Radar Radar Circuits and Systems Radar Scenario Simulations Awards and Prizes Chair Arctic Weather Satellite Project Manager, European Space Agency, The Systems Netherlands EuMC22 EuMC28 EuMC34 EuMC40 EuMIC Prize Expedition Novel Circuits Solutions for Novel Wireless Power Recent Advances in RFID and [Focussed Session] EuMIC Young Engineer Prize The payload complement of MetOp Second Generation Energy Transfer in the Near- Transfer and Energy IoT Sensors Emerging Antenna GAAS® Association Student Fellowships (MetOp-SG) includes three passive radiometers, the Mi- Field and Far-Field Harvesting Systems Technologies for RFID EuRAD01 crowave Sounder (MWS) on Satellite A, the Microwave Polar Imager (MWI) and Ice Cloud Imager (ICI) on Satellite B. In EuRAD Opening Session total MWS, MWI and ICI provide 63 channels ranging from EuMC23 DSS Forum DSS Forum DSS Forum DSS Forum 18.7 GHz up to 664 GHz. Auditorium [Focussed Session] Strategy Cocktail During MetOp-SG Phase 0 (2007 – 2008), several challeng- Innovative Antennas for Space Situational Awareness Analytics Lunch Space Situational Awareness Reception Cubesat Platforms 16:20 Radio ICs for Future Wireless Networks es in the end-user requirements were identified, requiring – 17:00 Igor Tasevski, technology developments. Channels up to 664 GHz were S-08 EuMC35 EuMC41 under consideration for ICI-Europe did not have Schottky Spark High Power Amplification for Space Applications Integrated Antennas SATCOM and mmWave Vice President & Head of Product Development Unit Radio, Ericsson, Sweden Antennas technology available up to 664 GHz, even though develop- Stretching beyond traditional mobile access, wireless ments themselves had started already long time ago (al- EuMC24 EuMC29 EuMC36 EuMC42 Additive Manufacturing Reconfigurable Planar Transmission Lines and Planar Power Dividers/ networks is on a quest to transform connectivity, as we ready early 90’s for planar schottky). Noise performance Flash and Emerging Materials for Passive Components Passive Components Combiners know it today. With the ambition to provide data sharing requirements necessitated use of very low noise amplifiers mmWave Applications anywhere at any time, for anyone and anything, the imple- (LNA) at frequencies up to 230 GHz – Europe did not have EuMC30 EuMC37 EuMC43 mentation challenges are demanding. Emerging RF tech- such technology available up to 230 GHz, although small Glow Non-Planar Filters Non-Planar Filters and Non-Planar Devices and nologies for 5G, such as MIMO and scaled phased arrays gate length III-V HEMT process was available. Although Devices Systems have reached a significant level of maturity, enabling prod- technologies themselves were not available, end-user re- EuMC25 EuMC31 EuMC38 EuMC44 uct deployments and standards completion. First genera- quirements and needs were very clear. Therefore Require- Metamaterials for Circuits Frequency Selective Metasurfaces and FSSs [Special Session] tions of millimeter-wave Radio IC are already deployed in ment specifications could be clearly established and Spe- Beam and Sensors Surfaces, Reflectors and Applications Silicon-Based Ka-Band products but improvements regarding power consumption, cific MetOp-SG developments could be then implemented. Metamaterial Antennas Massive MIMO Systems size and functionality are in need to facilitate even more The speech will explain the technology development logic EuMC26 Career Platform IEEE Young Career Platform cost effective deployments. Applications and use cases and history and explains how this development was done Professionals Media arena 1-Minute Poster Pitch [Special Session] vary between geographies, however the trend is clear - tightly together with the instrument design. The results (09:40 - 10:10) Industry Market and Startup Panel phased arrays, massive MIMO, and millimeter-wave have achieved during the technology developments will be Professional Opportunites significantly changed the way we build wireless networks described, including qualification test results. Last an S-04 Fluor for the future. The presentation will provide an overview overview of the current status of the instruments and Quantum Computing for Electrical Engineers of challenges and technology choices in the areas of ad- technology will be given and also an outlook on how IEEE Young vanced Radio IC development and antenna integration the developments done will be used in future satellite Shuttle Professionals for 3GPP radio access applications. It will also reflect on missions. Career Platform various market dynamics and industry trends. Technology Round control Career Lounge: Meet Jobs, Build Careers considerations for Radio HW research and emerging 6G Career Platform application trials will be discussed. The emphasis is on loopbrug projects where new RF capabilities are key differentiators. 17:40 Closing Remarks and Invitation to EuMIC 2021 in London Company Wall and Job Wall – W-12 17:50 François Deborgies, Chris Clifton1 Juliana 2 1EuMIC 2021 Chair High-Efficiency Linear Power Amplifiers for High Bandwidth, High PAR Signals Student Design Competition EuMC32 Student Design Competition Hall 1 Detect a Drone / Build (a part of) an Amplifier) Interactive Poster Detect a Drone / Build (a part of) an Amplifier Session Microwave Off-site Nightfever 20.00 - 24.00

EuMW EuMC EuRAD EuMIC Student Activity EuMIC/EuMC EuMC/EuRAD 62 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 63

WEDNESDAY 08:30 – 10:10 WEDNESDAY 08:30 – 10:10

Mission 2 Expedition Auditorium Flash Beam EuMC21 EuMC22 EuMC23 EuMC24 EuMC25 Special Antenna Systems Novel Circuits Solutions for [Focussed Session] Innovative Additive Manufacturing Metamaterials for Circuits and Chair: Alexandros Feresidis¹ Energy Transfer in the Near- Antennas for Cubesats and and Emerging Materials for Sensors Co-Chair: Lorenz-Peter Schmidt² Field and Far-Field Small-Space Platforms mmWave Applications Chair: Ferran Martín¹ ¹University of Birmingham, ²Uni Erlangen Chair: Yi Wang¹ Chair: Nelson Fonseca¹ Chair: Andrei Muller¹ Co-Chair: Francisco Medina² Co-Chair: Giuseppina Monti² Co-Chair: Mauro Ettorre² Co-Chair: Chris Clifton² ¹Universitat Autònoma de Barcelona, ¹University of Birmingham, ²University ¹European Space Agency, ESA/ESTEC, ¹École polytechnique fédérale de Lausanne ²Universidad de Sevilla of Salento ²University of Rennes 1 (EPFL),Nanolab, ²Sony Europe B V

08:30 EuMC21-1 EuMC22-1 EuMC23-1 EuMC24-1 08:30 EuMC25-1 – Low-Loss Electro-Mechanical Input-Power-Synchronous Design of a Dual Circularly High Performance Cooling – Glide Symmetry to Improve the 08:50 Beam Steering of High Gain THz Adaptively Biased Wide-Dynamic- Polarized Elliptical Feed Horn for Solution for Highly Integrated 08:50 Bandgap Operation of Peri- Antenna Range High-Efficiency Rectifier CubeSat Reflectarray Applications RF-PCBs odic Microstrip Defected Ground Muhammad Rabbani¹, James Churm¹, Alexandros with Zero-Threshold GaAs HEMTs Mustafa Murat Bilgic¹, Min Zhou¹, Peter Meincke¹, Jens Leiss¹ Structures Feresidis¹ Andreas Ericsson¹, Erik Jørgensen¹, Michael Lumholt¹ Jun Yamazaki¹, Ryo Ishikawa¹, Kazuhiko Honjo¹ ¹IMST GmbH Boules A. Mouris¹, Armando Fernández-Prieto², Ragnar ¹University of Birmingham ¹TICRA ¹The University of Electro-Communications Thobaben¹, Jesús Martel², Francisco Mesa², Oscar Quevedo-Teruel¹ ¹KTH Royal Institute of Technology, ²Universidad de Sevilla

08:50 EuMC21-2 EuMC22-2 EuMC23-2 EuMC24-2 08:50 EuMC25-2 – A Tactical Broadband High Power Automatically switchable two- Compact Reconfigurable Antenna Monolithic SLA-Based Capacitive- – Differential CRLH Coupled-Line 09:10 Fork-Shaped Monopole Antenna way rectifier for Nanostallites ly-Loaded High-Q Coaxial Resona- 09:10 Unit Cell with High Common Mode Ahmad Emadeddin¹, Abbas Akbarzadeh-Jahromi², B. Massimo Del Prete¹, Diego Masotti², Alessandra Simone Genovesi¹, Francesco Alessio Dicandia² tors and Bandpass Filters Rejection Ratio L. G. Jonsson¹ Costanzo² ¹University of Pisa, ²Greenwaves Kunchen Zhao¹, Dimitra Psychogiou¹ Mariam Ateyya¹, Amr Safwat¹ ¹KTH - Royal Institute of Technology, ²University ¹Datalogic S.p.a., ²University of Bologna of Tehran ¹University of Colorado at Boulder ¹Faculty of Engineering, Ain Shams University

09:10 EuMC21-3 EuMC22-3 EuMC23-3 EuMC24-3 09:10 EuMC25-3 – Passive Antenna Systems Embed- A High Sensitivity RF Energy Har- 3D Printed Ceramic Low-Profile 3D Printed Double Ridged Wave- – Capacitively-Loaded Slow-Wave 09:30 ded into a Load Bearing Wall for vester for Diverse Environments GNSS Antenna for SmallSats guide Rotman Lens System 09:30 Transmission Lines for Sensitivity Improved Radio Transparency IBRAHIM KAGAN AKSOYAK¹, ADAMANTIA CHLET- Maxime Romier¹ Karina Hoel¹, Nathan Jastram², Stein Kristoffersen¹, Improvement in Phase-Variation SOU², John Papapolymerou², Ahmet Ulusoy¹ Dejan Filipovic² Lauri Vähä-Savo¹, Alejandra Garrido Atienza¹, Christian ¹ANYWAVES Permittivity Sensors Cziezerski¹, Mikko Heino¹, Katsuyuki Haneda¹, Cle- ¹Karlsruhe Institute of Technology, ²Michigan State ¹Norwegian Defence Research Establishment (FFI), mens Icheln¹, Xiaoshu Lü², Klaus Viljanen³ University ²University of Colorado at Boulder Jan Coromina¹, Jonathan Muñoz-Enano¹, Paris Vélez¹, Amir Ebrahimi², James Scott², Kamran Ghorbani², ¹School of Electrical Engineering, Aalto University., Ferran Martín¹ ²University of Vaasa, ³School of Engineering, Aalto University. ¹Universitat Autònoma de Barcelona, ²RMIT University

09:30 EuMC21-4 EuMC22-4 EuMC23-4 EuMC24-4 09:30 EuMC25-4 – Compact Dual and Wide Band Proposal and Demonstration of Compact End-Fire Antenna De- Investigation of a Composite – Implementation of K-Band 09:50 Monopole-Like Antenna Based on Power Conversion-Chip/Amplifier signs for PicoSat Integration and Embedded RF Passive Devices 09:50 Mushroom Metamaterial Filter for SRR for WLAN Applications Integrated Antenna Other Small Satellite Missions Grzegorz Beziuk¹, Kamran Ghorbani¹, Thomas Baum², Satellite Applications Kelvin Nicholson² Nilton Santos-Valdivia¹, Patricia Castillo-Araníbar¹, Shinji Hara¹, Asako Suzuki¹, Hiroshi Hirayama² Victoria Gomez-Guillamon Buendia¹, Symon K. Po- Arash Arsanjani¹, Luke Robins¹, Reinhard Teschl¹, ¹RMIT University, ²DST Group, Port Melbourne Alejandro García-Lampérez², Daniel Segovia-Vargas² ¹Nagoya University, ²Nagoya Institute of Technology dilchak², Salvatore Liberto¹, Dimitris E. Anagnostou¹, Wolfgang Bösch¹ ¹Universidad Católica San Pablo, ²Universidad Carlos George Goussetis¹, Constantin Constantinides³, Tom ¹Graz University of Technology III de Madrid Walkinshaw³, Maarten van der Vorst⁴ ¹Heriot-Watt University, ²The University of Edinburgh, ³Alba Orbital, ⁴ESA-ESTEC

09:50 EuMC21-5 EuMC24-5 09:50 EuMC25-5 – Compact Pattern-Switching Patch A Minimally Invasive Monitoring – Compact Size Wideband 0-dB 10:10 Antenna Concept for Plasma-Assisted 10:10 Microstrip Forward Coupler Abdullah Haskou¹, Anthony Pesin¹, Ali Louzir¹ Surface Treatments in PET Bottles Mohamed Elsheikh¹, Amr Safwat² ¹InterDigital, Inc. Dennis Pohle¹, Felix Mitschker¹, Jonathan Jenderny¹, ¹Ain Shams University, ²Faculty of Engineering, Ain Marcel Rudolph¹, Christian Schulz¹, Peter Awakowicz¹, Shams University Ilona Rolfes¹ ¹Ruhr University Bochum 64 – WWW.EUMWEEK.COM PROGRAMME HOTEL BOOKING FORM WWW.EUMWEEK.COM – 65

WEDNESDAY 08:30 – 10:10 Hotel Booking Form January 2021

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 ROOM Polar plans change and you wish to cancel your accommodation, please contact Sally Garland on +44 (0)7775 744193 or email sally@connexhotelsan- devents.com to avoid any non-arrival or cancellation charges, as each hotel has a different cancellation policy, full cancellation details will be EuRAD01 clearly marked on every booking confirmation. Prepay rates are non-refundable and non-cancelable. EuRAD Opening Session Chair: Mayazzurra Ruggiano¹, EuRAD Chair FOR MORE HOTEL OPTIONS AND TO RESERVE YOUR ROOM ONLINE VISIT Co-Chair: Jacco de Wit², EuRAD TPC Chair http://www.connexhotelsandevents.com/eumw-2020-utrecht.html ¹Thales Nederland B.V., ²TNO Or complete the booking form below and email to [email protected]

Contact Name Company 08:30 Welcome Address: Opening of the European Radar Conference – 2020 as good as few-ppm level accuracy. This instrument 08:40 Mayazzurra Ruggiano allows us, for the first time, range-resolved absolute Adress EuRAD Chair humidity estimates on Martian surface. Apart from science instrument radars, we also developed a 670 GHz FMCW radar for imaging at stand-off distances for security applications. 08:40 Millimeter-Wave and Terahertz Radar Instruments for Planetary, – Cometary, Earth Observations, and Security Applications City Post Code 09:20 Goutam Chattopadhyay¹ 09:20 One Step Ahead of the Enemy: Innovative Radar Solutions are ¹NASA-Jet Propulsion Laboratory, California Institute of Technology, US – Decisive for Military Use 10:00 Jorn Bleijs¹ Telephone Fax Radar instruments play a critical role in NASA’s plan- ¹Netherlands Defence Materiel Organisation, The Netherlands etary, cometary, and Earth observing missions. Some- times they guide space crafts to the surface of anoth- High-quality kill chains are a requirement for the mili- Email er planet (such as Mars) or a comet and some other tary to timely detect and recognize potential threats times they are used for answering fundamental scien- and be able to neutralize them before they can suc- tific questions by exploring cometary and planetary cessfully complete their mission. Radar technology Date of Arrival Date of Departure bodies, including our own Earth. Until recently, the and effective sensor-weapon integration are essen- majority of NASA’s radar instruments were below 100 tial in this respect. Efforts in these areas resulted GHz. However, in recent years, there has been a lot in a Dutch configuration to support anti-air warfare Number of rooms required of interest in using millimeter-wave and terahertz ra- operations during the last four decades. This Dutch dars to answer critical scientific questions. One such configuration always has been at the forefront of instrument developed by us is a 183 GHz (G-Band) dif- innovations. ferential absorption radar providing a new measure- Threats are evolving. Think of ballistic missiles and ment capability of simultaneously measuring water supersonic missiles. Continuous development is nec- Single Room(s) Twin Room(s) Double Room(s) vapor and ice content in clouds in Earth’s atmosphere essary to keep ahead of the threat and implement with high precision and spatial resolution. Profiling new functionality/capability. For this continuous de- of water vapor within clouds is a critical requirement velopment, we defined a roadmap for radar and inte- First choice Hotel Second choice Hotel to address the key unsolved science questions re- grated sensor suites for the Dutch armed forces. Vari- garding the processes regulating cloud lifecycle and ous studies are being performed together with TNO the transport of water vapor by convection. Another and Thales Netherlands collaborating in the Dutch Guest Names instrument we developed is a 90 GHz (W-Band) fre- Radar Centre of Expertise (D-RACE), and also with in- quency modulated continuous wave (FMCW) radar ternational partners like the US Navy, in order to ob- for understanding the origin, dynamics, and evolu- tain a future-proof Integrated Air and Missile Defence In order to guarantee the accommodation, please provide us with your credit card details: tion of jets from a comet. When deployed, this will capability. Multi-band sensor integration will provide provide clues to the formation of comets and there- the Royal Netherlands Navy with the operational flex- fore the early stages of the Solar System. The same ibility required to effectively counter future threats. W-band radar is also being planned for investigating This keynote will elaborate on the importance of Credit Card Number Name on Card Expiry Date plumes on icy moons, such as Europa and Enceladus, radar and integrated sensor suites for future na- which will shed light on subsurface processes and val operations and the solutions that the Royal structure on these potentially life-harboring bodies. Netherlands Navy is aiming for. I authorise that any no show or late cancellation charges, as stipulated in the Hotelzon / Connex booking confirmation will be charged to this credit card We are also building a revolutionary in situ radar instrument for short-range mapping of near-surface atmospheric water vapor on Mars. This highly com- pact and low-power differential absorption radar operates near the 557 GHz water absorption line to measure absolute humidity along its beam path with Signed Date Tel: +44 (0)7775 744193 Email: [email protected] 66 – WWW.EUMWEEK.COM HOTEL BOOKING FORM PROGRAMME WWW.EUMWEEK.COM – 67

WEDNESDAY 10:50 – 12:30

HOTEL TO JAARBEURS ROOMS FROM* Mission 2 Expedition Flash Glow NH HOTEL (HEADQUARTERS HOTEL)– 5 minute by walk EuMW € 195,– B&B EuMC27 EuMC28 EuMC29 EuMC30 Jaarbeursplein, 24, 3521 AR Utrecht Flexible € 249,– B&B [Focussed Session] Emerging Novel Wireless Power Transfer Reconfigurable Planar Passive Non-Planar Filters PARK PLAZA UTRECHT – 7 minute by walk EuMW € 139,– B&B Microwave Technologies in and Energy Harvesting Components Chair: Richard Snyder¹ Westplein 50, 3531 BL Utrecht Prepay € 146,– RO Asia-Pacific Region Systems Chair: Petronilo Martín-Iglesias¹ Co-Chair: Cristiano Tomassoni² Flexible € 152,– B&B ¹RS Microwave, ²University of Perugia Chair: Kamran Ghorbani¹ Chair: Naoki Shinohara¹ Co-Chair: Anthony Ghiotto² THE ANTHONY HOTEL – 8 minute by walk Flexible € 158,– RO Co-Chair: Luca Perregrini² Co-Chair: Jiafeng Zhou² ¹ESA ESTEC, ²University of Bordeaux INP Kanaalstraat 197-199, 3531 CG Utrecht ¹RMIT University, ²University of Pavia ¹Kyoto University, ²University of Liverpool HAMPTON BY HILTON UTRECHT CENTRAL STATION – 10 minute by walk EuMW € 154,– B&B Boven Catharijnepoort 4, 3511 WN Utrecht Flexible € 200,– B&B CROWNE PLAZA CENTRAL STATION - 10 minute by walk Prepay € 222,– B&B 10:50 EuMC27-1 EuMC28-1 EuMC29-1 EuMC30-1 Catharijne Esplanade 13, 3511 WK Utrecht Flexible € 216,– RO – A Polarization-Insensitive An Electronically Steerable VO2-Based Transmit/Receive Compact On-Board Dielectric Fil- 11:10 Frequency Selective Surface Millimeter-Wave Reflectarray for Switch ters and Diplexers for High-Power INNTELS HOTEL UTRECHT CENTRE – 10 minute by walk EuMW € 174,– B&B Based Rasorber with Narrow- Wireless Power Delivery Junwen Jiang¹, Raafat R. Mansour¹ Satellite Applications Smakkelaarshoek 24, 3511 EC Utrecht Prepay € 150,– RO ¹University of Waterloo Flexible € 185,– B&B Band Absorption Between Two J. Gabriel Buckmaster¹, Thomas H. Lee¹ Luca Pelliccia¹, Fabrizio Cacciamani¹, Paolo Valleroton- ¹Stanford University da¹, Alessandro Cazzorla¹, Francesco Aquino¹, Roberto Transmission Bands Sorrentino¹, Walter Steffè², Cristiano Tomassoni³, THE HUNFELD – 13 minute by walk Prepay € 158,– RO Mehran Manzoor Zargar¹, Archana Rajput¹, Kushman- Jaione Galdeano⁴, Petronilo Martín-Iglesias⁴ Mariaplaats 4, 3511 LH Utrecht Flexible € 172,– RO da Saurav¹, Shiban Kishen Koul² INDUSTRIAL KEYNOTE ¹INDIAN INSTITUTE OF TECHNOLOGY JAMMU, ¹RF Microtech Srl, ²Thales Alenia Space Italia, ²INDIAN INSTITUTE OF TECHNOLOGY DELHI ³University of Perugia, ⁴ESA ESTEC APOLLO HOTEL UTRECHT CITY CENTRE – 14 minute by walk Flexible € 139,– B&B Vredenburg 14, 3511 BA Utrecht 11:10 EuMC27-2 EuMC28-2 EuMC29-2 EuMC30-2 MOTHER GOOSE HOTEL – 17 minute by walk Flexible € 153,– RO – Efficient Design and Experimental Evaluation of Simultaneous Wire- Low-Loss K-Band Photoconductive Hybrid Inline TE/TM Mode Ganzemarkt 26, 3512 GE Utrecht 11:30 Verification of High-Q MPhC BPF less Information and Power Trans- Switches in SIW Technology Dielectric Resonator Filters with EYE HOTEL – 20 minute by walk Prepay € 168,– RO for mmWave Applications fer with Distributed Antennas Elena Shepeleva¹, Mikhail Makurin¹, Artem Vilenskiy² Wide Spurious Free Range and Wijde Begijnestraat 1-4, 3512 AW Utrecht Flexible € 183,– RO Erika Katsuno¹, Chun-Ping Chen¹, Tetsuo Anada¹, Ibrahim Can Sezgin¹, Jose-Ramon Perez-Cisneros¹, ¹Samsung R&D Institute Russia, ²Chalmers Universi- Controllable Transmission Zeros Shigeki Takeda², Zhewang Ma³ Christian Fager¹ ty of Technology Patrick Boe¹, Daniel Miek¹, Fynn Kamrath¹, Michael COURT HOTEL CITY CENTRE – 20 minute by walk Prepay € 160,– RO ¹Kanagawa University, ²Antenna Giken Co., Ltd., ¹Chalmers University of Technology Höft¹ ³Saitama University Korte Nieuwstraat 14, 3512 NM Utrecht Flexible € 164,– RO ¹Christian-Albrechts-Universität zu Kiel NH CENTRE UTRECHT – 20 minute by walk Prepay € 141,– B&B Janskerkhof 10, 3512 BL Utrecht Flexible € 158,– B&B BASTION HOTEL – 11 minute by transport Flexible € 102,– RO 11:30 EuMC27-3 EuMC28-3 EuMC29-3 EuMC30-3 Mauritiuslaan 1, 3526 LD Utrecht – Compact SIW Based Wideband An Ambient-Insensitive Battery- Reconfigurable Substrate Inte- Narrow-Band and Low-loss 11:50 Phase Shifter Loaded with Square Less Wireless Node for Simultane- grated Waveguide Circuits Using Bandpass Filter for 5G Built of HOLIDAY INN EXPRESS UTRECHT – PAPENDORP – 16 minute by transport Prepay € 116,– B&B Complementary Omega (SCO) ous Powering and Communication Dielectric Fluids Silica-Based Post-Wall Waveguide Van Deventerlaan 10, 3528 AE Utrecht Flexible € 123,– B&B Array Giacomo Paolini¹, Diego Masotti¹, Marco Guermandi¹, Matthew Brown¹, Carlos Saavedra¹ Yusuke Uemichi¹, Shinnosuke Tsuchiya¹, Toru Yama- Mazen Shanawani¹, Luca Benini¹, Alessandra ¹Queen’s University guchi¹, Xu Han¹, Osamu Nukaga¹, Shuhei Amakawa², STAR LODGE HOTEL – 16 minute by transport Flexible € 120,– RO Karthik Thothathri Chandrasekaran¹, Arokiaswami Costanzo¹ Ning Guan¹ Alphones¹, Karim Muhammad Faeyz¹, Nasimuddin Biltsestraatweg 92, 3573 PS Utrecht Nasimuddin² ¹University of Bologna ¹Fujikura Ltd., ²Hiroshima University ¹Nanyang Technological University, ²Agency for HOTEL MITLAND – 20 minute by transport Flexible € 110,– RO Science and Technology (A*STAR) Arienslaan 1, 3573 PT Utrecht

POSTILLION HOTEL UTRECHT BUNNIK – 25 minute by transport Flexible € 121,– RO EuMC28-4 EuMC29-4 EuMC30-4 Baan van Fectio 1, 3981 HZ Bunnik A 24 GHz Unit Rectenna for Wideband PCB-to-Connectors A New Directional Filter Design CARLTON PRESIDENT HOTEL – 25 minute by transport Prepay € 100,– RO Millimeter-Wave Power Transmis- Impedance Adapters for Liquid Huairen Yi¹, Zhengxiang Ma¹ Floraweg 25, 3542 DX Utrecht Flexible € 140,– B&B sion Application Crystal-Based Low-Loss Phase ¹Futurewei Technologies Hye-Won Jo¹, Sol Kim¹, ByungKuon Ahn¹, Hyunyoung Shifters HOTEL THEATER FIGI – 21 minute by transport Prepay € 66,– B&B Cho¹, Jong-Won Yu¹ Jinfeng LI¹ ¹Korea Advanced Institute of Science and Technology Het Rond 2, 3701 Zeist ¹Imperial College London

*The above rates are based on single occupancy, during the main days of the show and the standard room type of the hotel. Other room types or pre and post show nights may have different prices. All rates quoted include VAT at the current rate. 6 % City tax is not included EuMC28-5 EuMC29-5 EuMC30-5 Loop Antenna Array System with High-Performance Compact Design of an X/Ku Band Coaxial Simultaneous Operation of OAM Reflection Type Phase Shifter Overmoded Waveguide Diplexer Prepay: Room rate will Flexible: Room can be can- RO: Room rate does not include B&B: Room rate includes Multiplex Communication and Operating at 2 GHz Using a for High Power Microwaves Wireless Power Transfer Transdirectional Coupler Jiawei Li¹, Guangjian Deng¹, Letian Guo¹ be charged at the time of celled or amended up until a breakfast; however, breakfast breakfast. Wataru Wada¹, Ryo Ishikawa¹, Akira Saitou¹, Olivier Occello¹, Leonel Tiague¹, Marc Margalef-Rovira¹, ¹Northwest Institute of Nuclear Technology booking, to the credit card few days before arrival, indi- is available at the hotel at an Hisanosuke Miyake¹, Haruki Kikuchi¹, Hiroshi Suzuki¹, Loïc Vincent², Fabien Ndagijimana³, Philippe Ferrari¹ used to guarantee the reser- vidual policy will be stated on extra cost Kazuhiko Honjo¹ ¹Univ. Grenoble Alpes, RFIC-Lab, ²Univ. Grenoble vation, after this the room is the booking confirmation ¹The University of Electro-Communications Alpes, CIME, ³Univ. Grenoble Alpes, G2ELab non-refundable. 68 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 69

WEDNESDAY 10:50 – 12:30 WEDNESDAY 12:30 – 14:20

Beam Mission 1 Quest Hall 1 EuMC32-11 EuMC32-17 Precision Phase Shift Measure- Gain Enhancement Technique for EuMC31 EuRAD02 EuRAD03 EuMC32 ment System in the Frequency On-Chip Monopole Antenna EuMC Interactive Poster Session 2 Range of 1-18 GHz Carmine Mustacchio¹, Luigi Boccia¹, Emilio Arnieri¹, Frequency Selective Surfaces, Dual Use & Waveform Design Design and Calibration Giandomenico Amendola¹ Anton Widarta¹ Chair: Jan Geralt bij de Vaate¹ ¹Università della Calabria Reflectors and Metamaterial Chair: Stephen Harman¹ Concepts for Advanced Radar ¹National Metrology Institute of Japan NMIJ/AIST Antennas Co-Chair: R. Firat Tigrek² Systems and Subsystems Co-Chair: Mark Oude Alink² ¹Aveillant Limited, ²Eindhoven University ¹ASTRON, ²University of Twente Chair: Christian Person¹ Chair: Peter Gardner¹ of Technology (TU/e) Co-Chair: Thomas Dallmann² Co-Chair: Claire Migliaccio² ¹Telecom Bretagne, ²Fraunhofer Institute ¹The University of Birmingham, ²Université for High Frequency Physics and Radar Côte d’Azur Techniques FHR EuMC32-1 EuMC32-6 EuMC32-12 EuMC32-18 Photonic Microwave Oscillator THz Wave Scattering by Double- Aperture Synthesis Method to A Single Smart Cut POI Substrate 10:50 EuMC31-1 EuRAD02-1 EuRAD03-1 based on an Ultra-stable-laser Layer Infinite Graphene Strip Investigate on the Reflection Design for UHF, L and S Band – Design of a Polarization Rotating Peak Sidelobe Level Based Wave- An overarching strategy for radar and an Optical Frequency Comb Grating Without One Strip in Properties of Typical Road Filters 11:10 FSS for Polarimetric Automotive form Optimization for OFDM Joint antenna design, optimization, and Michele Giunta¹, Maurice Lessing¹, Jialiang Yu², Marc Every Layer Surfaces Eric Butaud¹, Thierry Laroche², Vincent Barec¹, Ale- Fischer¹, Matthias Lezius¹, Xiaopeng Xie³, Giorgio xandre Clairet², Marie Bousquet³, Florent Bernard², Radar Measurements Radar-Communications system integration Santarelli⁴, Yann Le Coq⁵, Ronald Holzwarth¹ Mstyslav Kaliberda¹, Leonid Lytvynenko², Sergey Jochen Jebramcik¹, Ilona Rolfes¹, Jan Barowski¹ Raphaël Caulmilone¹, Eric Michoulier², Emilie Cour- Pogarsky¹ Arvid Sims¹, Tim Freialdenhoven², Thomas Dallmann² Musa Furkan Keskin¹, R. Firat Tigrek², Canan Aydog- Giorgia Zucchelli¹, Rick Gentile¹ ¹Menlo Systems GmbH, ²Physikalisch-Technische ¹Ruhr-University Bochum jon², Isabelle Huyet¹, Brice Tavel¹, Gabrielle Aspar², ¹V.N.Karazin Kharkiv National University, ²Institute Yann Lamy³, Ajit Defrasne², Alexandre Raveski², ¹Keysight Technologies, ²Fraunhofer Institute for du¹, Franz Lampel², Henk Wymeersch¹, Alex Alvarado², Bundesanstalt (PTB), ³State Key Laboratory of Frans M. J. Willems² INDUSTRIAL KEYNOTE Advanced Optical Communication Systems and of Radio Astronomy of the National Academy of Sylvain Ballandras², Christophe Didier¹ High Frequency Physics and Radar Techniques FHR ¹The Mathworks Sciences of Ukraine ¹Chalmers University, ²Eindhoven University of Networks, ⁴LP2N, IOGS-CNRS-Universités de ¹SOITEC Grenoble, ²frec|n|sys SASU, ³CEA LETI Technology (TU/e) Bordeaux, ⁵LNE-SYRTE, Observatoire de Paris

EuMC32-2 EuMC32-7 EuMC32-13 EuMC32-19 Design and Development of 3.5 Evaluation of Twin Silver Nano- Hybrid Beamforming Analysis A Dynamic CAD Model for Phase 11:10 EuMC31-2 EuRAD02-2 EuRAD03-2 THz Schottky-Based Fundamen- tubes as a Possible Sensor of the Based on MIMO Channel Meas- Change Material (PCM) Switches – A Ka-Band Polarization Rotating Adaptive Filter Design for Angle-Dependent Mutual Coupling tal Mixer Charged Particle Beam Position urements at 28 GHz Ines Bettoumi¹, Cyril Guines¹, Pierre Blondy¹ 11:30 Multilayer Reflector for Polari- Simultaneous In-Band Full-Duplex in Antenna Arrays by Electromag- Divya Jayasankar¹, Vladimir Drakinskiy², Mats Dariia Herasymova¹ Joerg Eisenbeis¹, Magnus Tingulstad¹, Nicolai Kern¹, ¹XLIM - CNRS - Universite de Limoges metric Radars Communication and Radar netic Modelling of Sub-Volumes Myremark², Peter Sobis³, Jan Stake² ¹Institute of Radio-Physics and Electronics NASU Zsolt Kollár¹, Jerzy Kowalewski¹, Pablo Ramos López¹, Thomas Zwick¹ Tim Freialdenhoven¹, Thomas Dallmann¹ Seyed Ali Hassani¹, Barend van Liempd², André Ricard Grove¹, Poul Leth-Espensen², Jørgen Dall¹ ¹Research Institutes of Sweden, ²Chalmers Univer- sity of Technology, ³Omnisys Instruments ¹Karlsruhe Institute of Technology (KIT) ¹Fraunhofer FHR Bourdoux², François Horlin³, Sofie Pollin⁴ ¹DTU Space, ²Terma A/S ¹KU Leuven, ²imec, Leuven, ³ULB, ⁴KULeuven

EuMC32-3 EuMC32-8 EuMC32-14 EuMC32-20 11:30 EuMC31-3 EuRAD02-3 EuRAD03-3 A 122 GHz On-Chip 3-Element Scattering of Natural Waves of Angle-Shifted Conformal Array A Machine Learning-Based Micro- – Gradient Optimization on Third Design and Measurements of Phase Noise Investigation for a Patch Antenna Array with 10 GHz Planar Dielectric Waveguide with Multibeam Folded Ground wave Device Model for Fully 11:50 Order Bandpasses for a 24 GHz MSK-LFM RadCom System Radar System with Optical Clock Bandwidth with PEC Wall by Graphene Strip Structures for Wide Coverage Printed VO2 RF Switches Metasurface Lens Husileng Bao¹, Ziemann Arvid¹, Zhongxia Simon He² Distribution Vincent Lammert¹, Mohamed Hamouda², Robert Grating in THz Range Young-Jun Kim¹, Gun-Hark Noh¹, Han Lim Lee¹ Shuai Yang¹, Ahmad Khusro², Weiwei Li¹, Mohammad Weigel³, Vadim Issakov⁴ ¹Chung-Ang University Vaseem¹, Mohammad Hashmi³, Atif Shamim¹ Christoph Kohlberger¹, Gernot Hueber¹, Christoph ¹Chalmers University of Technology, ²SenWellen Stephan Kruse¹, Meysam Bahmanian¹, Pascal Kneu- Mstyslav Kaliberda¹, Leonid Lytvynenko², Sergey (Shenzhen) Communications Technologies Ltd. Co. ¹FAU Erlangen-Nuremberg / Infineon Munich, ²Infi- Pogarsky¹ ¹King Abdullah University of Science and Tech- Wagner², Andreas Stelzer³ per¹, Christian Kress¹, Heiko Gustav Kurz², Thomas neon Technologies AG, ³FAU Erlangen-Nuremberg, nology (KAUST), ²Jamia Millia Islamia (A Central ¹Silicon Austria Labs, ²DICE Danube Integrated Schneider³, J. Christoph Scheytt¹ ⁴Infineon Technologies AG / OVGU Magdeburg ¹V.N. Karazin Kharkiv National University, ²Institute University), ³Nazarbayev University Circuit Engineering GmbH & Co. KG, ³JKU Linz ¹Heinz Nixdorf Institute, University of Paderborn, of Radio Astronomy of the National Academy of ²Volkswagen Aktiengesellschaft, ³Technische Sciences of Ukraine Universität Braunschweig

EuMC32-4 EuMC32-9 EuMC32-15 EuMC32-21 11:50 EuMC31-4 EuRAD02-4 EuRAD03-4 Development of Second-Har- Optimization Algorithms for Angle Estimation of Coherent Additive Manufacturing of – FR-4 PCB Process-based mmWave An Ultrahigh-Resolution Con- Increasing the Efficiency and monic Terahertz Gyrotrons with Accurate FMCW Millimeter- Targets via Toeplitz Induced Coplanar Transmission Lines on 12:10 Phased Array Antenna Using tinuous Wave Synthetic Aperture Robustness of Angular Radar Highly Selective Cavities Wave and Terahertz Thickness Compressed Matrix Method for Alumina Substrate up to 24 GHz Planar High-Impedance Surfaces Radar with Photonic-Assisted Calibration by Exploiting Phase Ilya Bandurkin¹, Alexey Fedotov¹, Andrey Fokin¹, Measurements the Bistatic MIMO Radar using Laser Assisted Selective Jae-Yeong Lee¹, Jaehyun Choi¹, Dongkwon Choi¹, Mikhail Glyavin¹, Alexey Luchinin¹, Ivan Osharin¹, Signal Generation and Dechirp Symmetry Dmitriy Radishev¹, Andrey Savilov¹, Andrei Starodu- Nina Susan Schreiner¹, Michael Bortz¹, Wolfgang evans Baidoo¹, Jurong Hu¹, Bilguun Batbaatar¹, Metallization Youngno Youn¹, Junho Park¹, Wonbin Hong¹ Sauer-Greff², Ralph Urbansky², Fabian Friederich¹ Benjiman Kwakye¹ Processing André Dürr¹, Matthias Linder¹, Christian Waldschmidt¹ bov², Yoshinori Tatematsu³ Konstantin Lomakin¹, Li Wang², Alexander Job², ¹Pohang University of Science and Technology ¹Ulm University ¹Federal research center Institute of Applied ¹Fraunhofer Institute for Industrial Mathematics ¹Hohai University Robert Süß-Wolf², Jörg Franke², Gerald Gold² (POSTECH) Ruoming Li¹, Wangzhe Li¹, Bingnan Wang¹, Zhilei ITWM, ²Technische Universität Kaiserslautern Wen¹, Yuchen Luan¹, Zhenli Yang¹, Yang Xing¹, Jiyao Physics of the Russian Academy of Sciences ¹Friedrich-Alexander University Erlangen-Nürnberg (FAU), Yang¹, Zhenwei Mo¹ (IAP RAS), ²Saratov State University, ³FIR Center, ²Friedrich-Alexander Universität Erlangen-Nürnberg University of Fukui ¹Institute of Electronics of the Chinese Academy of Sciences EuMC32-5 EuMC32-10 EuMC32-16 12:10 EuMC31-5 EuRAD02-5 EuRAD03-5 – An Equivalent Circuit Diagram Discrete-Phase Sequence Design Phase Control Method for Sub- High Power High Efficiency Complex Conductivity Extrac- A Logarithmic Frequency-Diverse 12:30 for a Hexagonal Ring Frequency with Stopband and PSL Con- sampling PLL by Varying Phase 475-520 GHz Source Based on tion in Monolayer Graphene at Array System for Precise Wire- Selective Surface straints for Cognitive Radar and Frequency of Clock Signal of Discrete Schottky Diodes Microwave Frequency by Free less Power Transfer Diego Moro-Melgar¹, Oleg Cojocari¹, Ion Oprea¹ Space Technique Enrico Fazzini¹, Mazen Shanawani¹, Alessandra Andreas Röhrner¹, Georg Strauss¹, Thomas F. Eibert² Mohammad Alaee-Kerahroodi¹, Sumit Kumar², Bhavani S/H Circuit Costanzo¹, Diego Masotti¹ Shankar Mysore Rama Rao¹, Kumar Vijay Mishra¹ ¹ACST GmbH Houssemeddine Krraoui¹ ¹Munich University of Applied Sciences, ²Technical Osamu Wada¹, Hiroyuki Mizutani¹, Hideyuki ¹University of Bologna University of Munich ¹Interdisciplinary Centre for Security, Reliability and Nakamizo¹ ¹ESPCI Trust, ²University of Luxembourg ¹Mitsubishi Electric Corporation 70 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 71

WEDNESDAY 13:50 – 15:30 WEDNESDAY 13:50 – 15:30

Mission 2 Expedition Spark Flash Glow Beam Mission 1 Quest EuMC33 EuMC34 EuMC35 EuMC36 EuMC37 EuMC38 EuRAD04 EuRAD05 Advances on RF Power Ampli- Recent Advances in RFID and Integrated Antennas Transmission Lines and Passive Non-Planar Filters and Devices Metasurfaces and FSSs Ap- Doppler Processing Techniques Radar Circuits and Systems fier Behavioural Modelling and IoT Sensors Chair: Ke Wu¹ Components Chair: Giuseppe Macchiarella¹ plications for Low Reflectivity Targets Chair: Nils Pohl¹ Characterisation Chair: Alessandra Costanzo¹ Co-Chair: Symon K. Podilchak² Chair: Maurizio Bozzi¹ Co-Chair: Cristiano Tomassoni² Chair: Pierre Blondy¹ Characterisation Co-Chair: Cicero Vaucher² ¹Polytechnique Montreal, ²University of ¹Politecnico di Milano, ²University of ¹Ruhr University Bochum, ²NXP Semicon- Chair: Gustavo Avolio¹ Co-Chair: Nuno Borges Carvalho² Co-Chair: Bart Nauwelaers² Co-Chair: Oscar Quevedo-Teruel² Chair: Ronny Harmanny¹ Edinburgh Perugia ductors Co-Chair: José Carlos Pedro² ¹University of Bologna, ²University of ¹University of Pavia, ²KU Leuven ¹XLIM, ²KTH Royal Institute of Technology Co-Chair: Nerea del Rey-Maestre² ¹Anteverta MW|Maury Microwave, Aveiro / Instituto de Telecomunicações ¹Thales Nederland B.V., ²University of ²Universidade de Aveiro - IT Alcalá

13:50 EuMC33-1 EuMC34-1 EuMC35-1 EuMC36-1 13:50 EuMC37-1 EuMC38-1 EuRAD04-1 EuRAD05-1 – Accurate and Efficient Modula- Intelligent Packaging for Tropical Unified Integration of Self-Oscil- TFLE-Thin Film Lumped Elements – An Efficient Microwave Filter Diffractive Metasurfaces for Radar Measurements for the A Fully Integrated 78 GHz 14:10 tion Distortion Analysis of Active Fruit Management and Ripening lating Mixer-Antenna for Compact Reflective and Non-Reflective 14:10 Design Procedure Based on Space Microwave Beamforming Applica- Assessment of Features for Drone Automotive Radar System-on-Chip Components Monitoring Receiver Frontend Filtering Solutions Mapping tions Characterization in 22nm FD-SOI CMOS Jan Verspecht¹ Cecilia Occhiuzzi¹, N. D’Uva, S. Nappi, S. Amendola, C. Srinaga Nikhil Nallandhigal¹, Ke Wu² Rafi Hershtig Juan Carlos Melgarejo Lermas¹, Marco Guglielmi¹, Sant- Ryan Stevenson¹ Jacco de Wit¹, Daniel Gusland², Roeland Trommel³ Philipp Ritter¹, Xiaolei Gai¹, Michael Geyer¹, Tilman Gialluca, V. Chiabrando, L. Garavaglia, G. Giacalone, ¹Ecole Polytechnique de Montreal, ²POLY-GRAMES iago Cogollos Borrás¹, Vicente Enrique Boria Esbert¹ ¹TNO, ²Norwegian Defence Research Establishment Gloekler¹, Thomas Schwarzenberger¹, Gregor Tretter¹, INDUSTRIAL KEYNOTE Gaetano Marrocco² INDUSTRIAL KEYNOTE INDUSTRIAL KEYNOTE Yikun Yu¹, Guenter Vogel¹ ¹Keysight Technologies Inc ¹Universitat Politècnica de València ¹Kymeta Corporation (FFI), ³Thales Nederland B.V. INDUSTRIAL KEYNOTE ¹Robert Bosch GmbH ¹Unioversità di Roma “Tor Vergata”, ²University of Roma Tor Vergata

14:10 EuMC33-2 EuMC34-2 EuMC35-2 EuMC36-2 14:10 EuMC37-2 EuMC38-2 EuRAD04-2 EuRAD05-2 – An AM-PM Compensation of A Time Dependent Temperature Octa Cross-Slot Patch Antenna Realization of Dual Band Matching – Enhancing the Out-of-Band Fully Inkjet Printed Dual-Polar- Drone Recognition by Micro- A Fully Integrated K-Band UWB 14:30 Differential Power Amplifier using Compensated Limiter for Passive with Quad-beam Reconfigurability Networks Using Cascaded Filters 14:30 Response of Hybrid Wide-Band ization Broadband Tuneable FSS Doppler and Kinematic Radar IC for Collision Avoidance Capacitance Neutralization Differential UHF RFID for 5.8 GHz Application Farzad Yazdani¹, Raafat R. Mansour¹ Filters in Rectangular Waveguide Using Origami “Eggbox” Structure Frederic Barbaresco¹ of Drone and Small UAVs Takuma Torii¹, Masatake Hangai¹, Shintaro Shinjo¹ Dominik Mair¹, Georg Saxl¹, Christof Happ¹, Moritz TARUN PRAKASH¹, Raghvendra Kumar Chaudhary², ¹University of Waterloo Joaquin Valencia Sullca¹, Marco Guglielmi¹, Santiago Yepu Cui¹, Samantha Van Rijs¹, Ryan Bahr¹, Manos ¹Thales Land & Air System ByeongJae Seo¹, SeungHwan Jung², SangGyun Kim², ¹Mitsubishi Electric Corporation Fischer¹, Thomas Ußmüller¹ Ravi Kumar Gangwar² Cogollos Borrás¹, Vicente Enrique Boria Esbert¹ M. Tentzeris¹ YunSeong Eo¹ ¹University of Innsbruck ¹Indian Institute of Technology (ISM), Dhanbad, ²IN- ¹Technical university of Valencia ¹Georgia Institute of Technology ¹Kwangwoon University, ²Grit Custom-IC DIAN INSTITUTE OF TECHNOLOGY (ISM) DHANBAD

14:30 EuMC33-3 EuMC34-3 EuMC35-3 EuMC36-3 14:30 EuMC37-3 EuMC38-3 EuRAD04-3 EuRAD05-3 – Emulation of Load Modulated Am- Low-IF Interferometric Receiver Investigation of Integration for A Wideband DC Isolated Substrate – A Substrate-Less Current Mode High Gain Arbitrarily-Oriented Multiple-Bursts Iterative Adaptive A Ka-Band Solid-State Doppler 14:50 plifiers Using Tabulated Load-Pull Architecture for Massive-IoT OAM Communication Using Loop Integrated Coaxial Line Transition 14:50 Combining Power Module Utilizing Linearly-Polarized Leaky-Wave Approach For Doppler Ambiguities Polarimetric Cloud Radar Data From a Single Amplifier Wireless Systems Antenna Array and Analysis of for System Integration Ridge Gap Waveguide Antenna by Tensorial Impedance Resolution From PRF Agile Radars Vadym Volkov¹, Dmytro Vavriv¹, Volodymyr Vyno- gradov¹, Ievgen Bulah¹, Andrii Kravtsov¹, Vladyslav Jose-Ramon Perez-Cisneros¹, William Hallberg², Intikhab Hussain¹, Ke Wu² Alignment Tolerance for Practical Satya Krishna Idury¹, Soumava Mukherjee¹ Sam Chieh¹, Alex Phipps¹, Everly Yeo¹ Surfaces Linda Aouchiche¹, Laurent Ferro-Famil¹, Jean-Philippe Ksenofontov¹, Ilia Kulahin¹ Christian Fager¹, Koen Buisman¹ Ovarlez² ¹Ecole Polytechnique de Montreal, ²Polytechnique Use ¹Indian Institute of Technology Jodhpur ¹Naval Information Warfare Center Pacific Amrollah Amini¹, Homayoon Oraizi² ¹Institute of Radio Astronomy of National Academy ¹Chalmers University of Technology, ²Qamcom IRP Montreal ¹University of Rennes 1, ²ONERA of Sciences of Ukraine Technology AB Haruki Kikuchi¹, Akira Saitou¹, Hisanosuke Miyake¹, ¹Iran University of Science and Technology, ²Iran Wataru Wada¹, Hiroshi Suzuki¹, Ryo Ishikawa¹, University of Science & Technology Kazuhiko Honjo¹ ¹The University of Electro-Communications

14:50 EuMC33-4 EuMC34-4 EuMC35-4 EuMC36-4 14:50 EuMC37-4 EuMC38-4 EuRAD04-4 EuRAD05-4 – On the Power and Beam Depend- High-Accuracy 3D SAW RFID Tag High Gain Beam-Steerable Recon- Millimeter-Wave E-plane – Evaluating Resonant Cavity Electromagnetic Analysis of a Deep Learning-Based Identifica- M-Sequence Radar for High Reso- 15:10 ency of Load Modulation in Localization Using a Multi-Anten- figurable Antenna using Combined Transmission Lines in Multi-layer 15:10 Surface Treatment Procedures Jigsaw-Shaped FSS for Conformal tion of Human Gait by Radar lution Ranging with Mixed-Signal mmWave Active Antenna Arrays na Mobile Robot Based Synthetic Pixel and Parasitic Arrays Substrate with a New Unloaded Q-Factor Application Micro-Doppler Measurements Radar Receiver Baseband Using Alberto Brihuega¹, Matias Turunen¹, Lauri Anttila¹, Aperture Approach Devakumaran Subramaniam¹, Thennarasan Saba- Thanh Tuan Nguyen¹, Kunio Sakakibara¹, Nobuyoshi Measurement Method Yan Zhang¹, Tao Dong², Da Sun¹, Yecheng Wang¹, Vasileios Papanastasiou¹, Roeland Trommel², Ronny 130 nm SiGe BiCMOS Technology Thomas Eriksson², Mikko Valkama¹ pathy¹, Muzammil Jusoh¹, Ping Jack Soh¹, Mohamed Kikuma¹ Shanwei Lü¹ Harmanny², Alexander Yarovoy¹ Pau Caldero¹, Matthias Gareis², Martin Vossiek² Jure Soklič¹, Holger Arthaber¹ Abdul Rehman Javed¹, J. Christoph Scheytt¹ ¹Tampere University of Technology, ²Chalmers Nasrun Osman¹, Symon K. Podilchak², Dominique ¹Nagoya Institute of Technology ¹Beihang University, ²Beijing Institute of Satellite ¹TU Delft, ²Thales Nederland B.V. University of Technology ¹Siemens Mobility GmbH, ²Friedrich-Alexander Schreurs³, Callum John Hodgkinson⁴, Mudrik Alaydrus⁵ ¹TU Wien Information Engineering ¹University of Paderborn University Erlangen-Nuremberg (FAU) ¹Universiti Malaysia Perlis, ²University of Edinburgh, ³KU Leuven, ⁴The University of Edinburgh, ⁵Univer- sitas Mercu Buana

15:10 EuMC33-5 EuMC34-5 EuMC35-5 EuMC36-5 EuMC38-5 EuRAD04-5 EuRAD05-5 – Incorporating Gate-Lag Effects Energy Harvesting for Battery- Ka-Band Coupled-Resonator A Design Approach for an Additively Manufactured Con- Distinguishing Living and Non- A Maritime Harmonic Radar 15:30 into the Cardiff Behavioural Free Wireless Sensors Network Filtering Magneto-‎Electric Dipole Integrated Self-Biased Ka-Band formal All-Dielectric Frequency Living Subjects in a Scene Based Search and Rescue System Using Model Embedded in a Reinforced Antenna Isolator Selective Surface on Vital Parameter Estimation Passive and Active Tags Yashar Alimohammadi¹, Eigo Kuwata¹, Xuan Liu¹, Concrete Beam Hossein Sarbandi Farahani¹, BEHROOZ REZAEE¹, Wanja M. Gitzel¹, Oktay Arikan¹, Manuel Heidenreich², R. Adeline Mellita¹, Karthikeyan Sholampettai Manjunath Thindlu Rudrappa¹, Reinhold Herschel¹, Holger Heuermann¹, Thomas Harzheim¹, Marc Ehsan Azad¹, James Bell¹, Lei Wu², Paul Tasker¹, Wolfgang Bösch¹ Jörg Töpfer², Arne F. Jacob¹ Subramanian², Damodharan Perumal¹ Peter Knott¹ Mühmel¹ Johannes Benedikt¹ Alassane Sidibe¹, Gaël Loubet², Alexandru Takacs¹, Daniela Dragomirescu² ¹Graz University of Technology ¹Hamburg University of Technology, ²Ernst-Abbe- ¹Indian Institute of Information Technology Design ¹Fraunhofer FHR ¹FH Aachen, University of Applied Sciences ¹Cardiff Univeristy, ²Huawei Technologies Co., Hochschule Jena & Manufacturing, Kancheepuram, Chennai 600127, Ltd., China ¹LAAS-CNRS, UPS, ²LAAS-CNRS, INSA ²National Institute of Technology Tiruchirappalli, Tiruchirappalli 620015 72 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 73

WEDNESDAY 16:10 – 17:50 WEDNESDAY 16:10 – 17:50

Mission 2 Expedition Spark Flash Glow Beam Mission 1 Quest EuMC39 EuMC40 EuMC41 EuMC42 EuMC43 EuMC44 EuRAD06 EuRAD07 Solid State High Power Ampli- [Focussed Session] Emerging SATCOM and mmWave Anten- Planar Power Dividers/Combin- Non-Planar Devices and [Special Session] Silicon-Based Emerging & Industrial Applica- Radar Scenario Simulations fiers for Satellite and Radar Antenna Technologies for RFID nas ers Systems Ka-Band Massive MIMO tions Chair: Stéphane Kemkemian¹ Applications Applications Chair: Peter De Maagt¹ Chair: Bart Nauwelaers¹ Chair: Vicente Enrique Boria Esbert¹ Antenna Systems for New Chair: Naruto Yonemoto¹ Co-Chair: Mohammed Jahangir² ¹Thales Defence Mission Systems (TDMS), Chair: Markus Mayer¹ Chair: Giovanni Andrea Casula¹ Co-Chair: Matthias Geissler² Co-Chair: Petronilo Martín-Iglesias² Co-Chair: Richard Snyder² Telecommunication Services Co-Chair: André Bourdoux² ¹ESA-ESTEC, ²IMST GmbH ¹KU Leuven, ²ESA ESTEC ¹Technical university of Valencia, ²RS ¹ENRI/MPAT, ²imec, Leuven ²University of Birmingham Co-Chair: Bertrand Gerfault² Co-Chair: Riccardo Colella² Chair: Ulf Johannsen¹ Microwave ¹Arelis, ²Thales Electron Devices ¹Università degli Studi di Cagliari, ²Insitute Co-Chair: Bart Smolders1 of Clinical Physiology - National Research ¹Eindhoven Univeristy of Technology, Council Italy

16:10 EuMC39-1 EuMC40-1 EuMC41-1 EuMC42-1 16:10 EuMC43-1 EuMC44-1 EuRAD06-1 EuRAD07-1 – 20 W Linearized Q-band Solid Miniaturized Grid Array Antenna Flight Model 7-Panel Slot-Array Generalized Gysel Power Divider – Ridge-Gap Waveguide Enabled SILIKA: Silicon-Based Ka-Band Millimetre-Wave Radar for Touch- Radar Signature Prediction with 16:30 State Power Amplifier for Satellite for Body-Centric RFID Communi- Deployable Antenna Measurement with Arbitrary Power Ratio and 16:30 Wireless Power Transfer for Massive-MIMO Antenna Systems less Interaction: Soli in the Pixel 4 Shooting-and-Bouncing Rays and Communication Application cations in 5G S-Band Results of MicroX-SAR 100 Kg Real Termination Impedances Electrical Vehicle Application for New Telecommunication Jian Wang¹, Jaime Lien1 Hybrid Method Francesco Vitulli¹, Andrea Suriani¹, Ernesto Limiti², Jack Hughes¹, Cecilia Occhiuzzi², John Batchelor¹, Class Demonstration Satellite Chao Gai¹, Yulong Zhao¹, Mohamed Helaoui¹, Fadhel Walid Dyab¹, Mourad Ibrahim¹, Ahmed Sakr², Ke Wu³ Services INDUSTRIAL KEYNOTE David Prestaux1 Antonino Massari¹, Rocco Giofrè³ Gaetano Marrocco² M. Ghannouchi¹ Budhaditya Pyne¹, Hirobumi Saito¹, Prilando Riziki ¹Prince Sultan University, ²Faculty of Engineering, Bart Smolders¹ ¹Google LLC INDUSTRIAL KEYNOTE ¹Thales Alenia Space Italia, ²University of Rome Tor ¹University of Kent, ²University of Roma “Tor Akbar¹, Koji Tanaka², Jiro Hirokawa³, Takashi Tomura³ ¹University of Calgary Cairo University, ³Polytechnique Montreal ¹ANSYS Vergata (Italy), ³Università di Roma “Tor Vergata” Vergata” ¹Eindhoven University of Technology - TU/e ¹Synspective Inc., ²Japan Aerospace Exploration Agency, ³Tokyo Institute of Technology

16:30 EuMC39-2 EuMC40-2 EuMC41-2 EuMC42-2 16:30 EuMC43-2 EuMC44-2 EuRAD06-2 EuRAD07-2 – Design and Characterization of Millimeter-Wave Chipless RFID Low-Cost Millimeter-Wave Patch Miniaturized Couplers with – A Compact Ridge Waveguide Four- Antenna Systems for 5G mmWave Background and Clutter Removal Radar Target Simulator and 16:50 a Ka-Band 40 W RF Chain Based Tag for Authentication Applica- Antenna Array in Package for 5G Combined Microstrip and Slotline 16:50 Port Junction Circulator Radio Access Techniques for Ultra Short Range Antenna Positioner for Real-Time on GH15-10 GaN Technology for tions Communication Applications Ports Guangjian Deng¹, Letian Guo¹, Jiawei Li¹, Wenhua Guy Vandenbosch¹ Radar Over-the-Air Stimulation of Huang¹, Hao Shao¹, Shaoyi Xie¹ Space Solid State Power Amplifier Raymundo De Amorim Junior¹, Etienne Perret¹, Romain Xiao-Lan Tang¹, Zhang Ju Hou¹ Mohamed Elsawaf¹, Amr Safwat² ¹KU Leuven Matthias G. Ehrnsperger¹, Maximilian Noll¹, Uwe Automotive Radar Systems Siragusa¹, Nicolas Barbot¹ ¹Northwest Institute of Nuclear Technology Siart¹, Thomas F. Eibert¹ Applications ¹Shenzhen Sunway Communication Co. Ltd. ¹Ain Shams University, ²Faculty of Engineering, Ain Muhammad Ehtisham Asghar¹, Sreehari Buddappagari ¹Grenoble-inp/LCIS University Grenoble Alpes Shams University ¹Technische Universität München Jayapal Gowdu¹, Florian Baumgärtner², Sebastian Amel MAATI¹ Valence, France Graf³, Felix Kreutz¹, Andreas Löffler⁴, Johannes Nagel², ¹THALES AVS / MIS Thomas Reichmann², Ralf Stephan¹, Matthias A. Hein¹ ¹Technische Universität Ilmenau, ²Mercedes-Benz AG, ³dSPACE GmbH, ⁴Continental AG

16:50 EuMC39-3 EuMC40-3 EuMC41-3 EuMC42-3 16:50 EuMC43-3 EuMC44-3 EuRAD06-3 EuRAD07-3 – L-Band Digital Doherty SSPA On Increasing of Read Range of A Compact Low-Noise Frontend Broadband Equal-Split Planar – A Turnstile OMT Covering a Full IC Design Aspects for 5G mmWave Standoff Non-Line-of-Sight Vibra- Back Scattering of Traffic Partici- 17:10 Design for Compact SATCOM Miniaturized UHF tags for Rx/Tx-Integrated SatCom 4-Way Power Divider-Combiner 17:10 Octave using Ridge Waveguide Systems tion Sensing Using Millimeter- pants Based on an Automotive Terminal Applications Imbolatiana Rakotomalala¹, Smaïl Tedjini¹, Riccardo Arrays Suitable for High Power Applica- (25–50 GHz) Christian Fager¹, Eduardo Anjos², Artem Roev¹, Paras- Wave Radar Radar Measurement Colella², Francesco P. Chietera³, Pierre Lemaître- too Taghikhani¹, Marianna Ivashina¹, Rob Maaskant¹, Tomáš Götthans¹, Roman Maršálek¹, Tomáš Urbanec¹, Auger¹, Luca Catarinucci³ Anton Sieganschin¹, Thomas Jaschke¹, Arne F. Jacob¹ tions Doug Henke¹, Ivan Wevers¹, Lewis B. G. Knee¹ Koen Buisman¹, Anders Höök³, Dominique Schreurs⁴, Samuel Wagner¹, Anh-Vu Pham¹ Sevda Abadpour¹, Axel Diewald¹, Thomas Zwick¹, Martin Slanina¹, Ondrej Kučera², Kamil Pesek², Suat ¹Hamburg University of Technology ¹NRC Herzberg Astronomy and Astrophysics Guy Vandenbosch⁴, Marcel Geurts⁵ ¹University of California, Davis Mario Pauli¹, Sören Marahrens¹ Ayöz², Amitabh Chowdhary³ ¹Grenoble-inp/LCIS University Grenoble Alpes Jeremy Furgal¹, Kevin Xu², Jun H. Choi², Jay Lee¹ Valence, France, ²Insitute of Clinical Physiology ¹Chalmers University of Technology, ²KU Leuven, ¹Karlsruhe Institute of Technology (KIT) ¹Brno University of Technology, ²Honeywell Aero- ¹Syracuse University, ²State University of New York - National Research Council Italy, ³Department of at Buffalo ³Saab AB, ⁴KULeuven, ⁵NXP Semiconductors space, ³European Space Agency, ESA/ESTEC Innovation Engineering, University of Salento

17:10 EuMC39-4 EuMC40-4 EuMC41-4 EuMC42-4 17:10 EuMC43-4 EuMC44-4 EuRAD06-4 EuRAD07-4 – A High Efficiency MMIC X-Band A Smart Parking Sensor with Design of 94-GHz Wideband Dual-Band Semi-Lumped-Element – Stripline Dual-Band Ferrite Signal Processing for mmWave Multi-Phase CW Doppler Radar SimROS : A Simulator for the 17:30 GaN Power Amplifier Multi-Purpose Antenna for Car Waveguide-Fed Patch Antenna Power Dividers at UHF/SHF Bands 17:30 Circulators Operating on Weak Antenna Systems for Measuring Small Periodic Design of HF Surface Wave Radar. Mohammed Ayad¹, Nicolas Poitrenaud¹, Véronique Detection and Sensor Charging and Array in eWLB Package Tadashi Kawai¹, Kensuke Nagano¹, Akira Enokihara¹ Field Conditions Ulf Gustavsson¹ Displacement Application to Maritime Target Serru¹, Marc Camiade¹, Jan Grünenpütt², Klaus Riepe² Moritz Fischer¹, Marian Guggenberger¹, Thomas Chuanming Zhu¹, Zongming Duan¹ ¹University of Hyogo Vincent Olivier¹, Laure Huitema¹, Bertrand Lenoir², ¹Ericsson Research Jae-Hyun Park¹, Jae-Young Sim¹, Jong-Ryul Yang¹ Detection ¹United Monolithic Semiconcuctors SAS, ²United Ußmüller¹ ¹The 38th Research Institute of China Electronic Hamza Turki², Christophe Breuil², Philippe Pouliguen³, ¹Yeungnam University Monolithic Semiconductors GmbH Thierry Monédière¹ Alain Reineix¹, Christophe Guiffaut¹, Nicolas Bourey², ¹University of Innsbruck Technology Group Corporation Muriel Darces², Marc Hélier², Sebastien Reynaud³, et al.* ¹Xlim - UMR 7252 - CNRS- Universite De Limoges, ²INOVEOS SAS, ³DGA (Direction Générale de ¹XLIM - CNRS - Universite de Limoges, ²Sorbonne l’Armement) Université, ³CISTEME, ⁴ONERA, ⁵IEEA* *For the complete author and affiliation list, please refer to the conference proceedings.

17:30 EuMC39-5 EuMC40-5 EuMC41-5 EuMC42-5 17:30 EuMC43-5 EuMC44-5 EuRAD06-5 EuRAD07-5 – A 10 W, 35 % Power Added Ef- Laser-Fabricated Antennas for 5G Wideband Dual-Polarized A Dual-Band Balun Architecture – Broadband 32-Way E-Band Inline The SILIKA Demonstrator Sensory Substitution Device for Synthetic Sea-Clutter for Long 17:50 ficiency 6 to 18 GHz GaN Power RFID Applications mm-Wave Antennas and 60-GHz With Unequal Port-Terminations 17:50 Power Combiner for High-Power Marcel Geurts¹, Eduardo Anjos², Marzieh SalarRahimi² the Visually Impaired Using 122 Integration Processing Amplifier Almudena Rivadeneyra¹, José F. Salmeron¹, Noel Rod- Motion-Recognition mm-Wave Rahul Gupta¹, Sabina Kairatova², Mohammad Hashmi², MMIC Amplifiers ¹NXP Semiconductors, ²KU Leuven GHz Radar and Tactile Feedback Sabrina Machhour¹, Stéphane Kemkemian¹, Pierre- riguez¹, Diego P. Morales¹, Riccardo Colella², Francesco Galymzhan Nauryzbayev² Albert Breton¹, Vincent Corretja¹ ahmed gasmi¹, Rémy Leblanc¹, Bertrand Wroblewski¹, Antennas in a Non-mm-Wave Anil Kumar Pandey¹ Pascal Kneuper¹, Stephan Kruse¹, Bjoern Luchter- P. Chietera³, Luca Catarinucci⁴ ¹IIIT-Delhi, ²Nazarbayev University, Nur-Sultan, ¹Thales Defence Mission Systems (TDMS) François Lecourt¹, Julien Poulain¹, Adrien Cutivet¹, ¹Keysight Technologies handt², Jan Tünnermann³, Ingrid Scharlau², J. Christoph Ahmad Alhajjar¹ ¹University of Granada, ²National Research Council Antenna Integrating Packages in a Kazakhstan Scheytt¹ (CNR), ³Department of Innovation Engineering, ¹OMMIC SAS University of Salento, ⁴University of Salento Full-Screen Metal-Framed Phone ¹Heinz Nixdorf Institute, University of Paderborn, ²University of Paderborn, ³University of Marburg Huan-Chu Huang¹, Ruipeng Li² ¹Etheta Communication Technology Co., Ltd., ²Pousen System Technology Co., Ltd. 74 – WWW.EUMWEEK.COM CONFERENCE SESSIONS MATRIX – PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 75

THURSDAY THURSDAY 08:30 – 10:10

Room 08:30 – 10:10 10:50 – 12:30 13:50 – 15:30 16:10 – 17:50 EVENING Expedition Auditorium Spark Flash PROGRAMME W-23 EuMC/EuRAD01 EuMC45 EuMC46 EuMC47 Progress High Resolution Radar for Automotive Radar Receivers and Front- [Special Session] Focus Day: Advanced Planar Filter Princi- Dielectric Measurements EuRAD08 EuRAD12 EuRAD16 Ends Array Antennas for Radio ples and Technologies Chair: Andrej Rumiantsev¹ Object Classification in [Focussed Session] Astronomy Co-Chair: Xiaobang Shang² Mission 1 Automotive Radars Radar Interference Automotive Chair: Massimo C Comparini¹ Chair: Roberto Gomez-Garcia¹ ¹MPI Corporation, ²National Physical Cancellation Co-Chair: Jens Engelmann² Chair: Mark Bentum¹ Co-Chair: Miguel Sanchez-Soriano² Laboratory (NPL) EuRAD09 EuRAD13 EuRAD17 ¹Telespazio, Italy & France, ²Thales DIS AIS ¹Eindhoven Univeristy of Technology ¹University of Alcala, ²University of [Special Session] Advanced Techniques and Deutschland GmbH Alicante Mission 2 Defence Applications Radar and Electronic Warfare Innovative Array Configurations for DoA EuRAD10 EuRAD14 EuRAD18 Quest SAR Processing Surveillance and SAR SAR Applications 08:30 EuMC/EuRAD01-1 EuMC45-1 EuMC46-1 EuMC47-1 – A 1.5-40 GHz FMCW Radar Aperture Arrays in Radio Astron- Cover-Ended Resonators to Characterization of Permittivity EuMC/EuRAD01 EuMC49 EuMC54 08:50 Receiver Front-End omy - Overview of Past, Present Increase Corona Discharge of Liquids-in-Flow with Spherical Expedition Radar Receivers and Front-End and Active Module Low Noise Amplifier and Front-Ends Phased Array Module Mantas Sakalas¹, Niko Joram², Frank Ellinger² and Future Radio Telescopes Thresholds in Microstrip Bandpass Dielectric Resonators ¹Baltic Institute of Advanced Technology, ²Technical Mark Bentum¹ Filters Georg Sterzl¹, Jan Hesselbarth¹ Closing of the European University Dresden Microwave Week ¹Eindhoven University of Technology (TU/e) Aitor Morales-Hernández¹, Miguel Sanchez-Soriano¹, ¹University of Stuttgart Polar Stephan Marini¹, Vicente Enrique Boria Esbert², Marco EuMC/EuMW Closing and Guglielmi² Awards Ceremony ¹University of Alicante, ²iTeam - Universitat EuMC45 EuMC/EuRAD02 Technology in EuMC/EuRAD03 HAM Radio Social Politècnica de València [Special Session] [Special Session] Context [Special Session] 18.00 - 21.00 Auditorium Focus Day: Array Antennas Focus Day: Active Array The Law of Focus Day: Active Array for Radio Astronomy Antennas for Space Space Antennas for Defence 08:50 EuMC/EuRAD01-2 EuMC45-2 EuMC46-2 EuMC47-2 – Analysis of Time-Interleaved ADC First In-Flight Results of the NCLE Comparative Analysis of Out-of- Microwave Characterisation of EuMC46 EuMC50 W-15 09:10 Advanced Planar Filter Compact Planar Filtering Recent Advances in Micro-Doppler Radar Offset and Gain Mismatch Errors Instrument - A Low Frequency Band Power Handling Capacities the Coefficient of Thermal Expan- Spark Principles and Devices and its Applications in PMCW Radar Radio Receiver Exploring the Dark for Lossy Filters sion and the Thermal Evolution of Technologies Daan Rosenmuller¹, Kostas Doris², Georgi Radulov¹, Ages in Lunar Orbit Liang-Feng Qiu¹, Lin-Sheng Wu¹, Bin Xia¹, Junfa Mao¹ Electric Conductivity for Metal- Marion K. Matters-Kammerer¹ EuMC47 EuMC51 EuMC55 Eric Bertels¹ ¹Shanghai Jiao Tong University lised Substrate ¹Eindhoven University of Technology, ²NXP Flash Dielectric Measurements Calibration and Antenna Characterisation Semiconductors ¹ISIS - Innovative Solutions in Space B.V. Thibault Charlet¹, Olivier Tantot¹, Nicolas Delhote¹, Characterisation Techniques Techniques Clément Hallépée¹, Serge Verdeyme¹, David Nevo² ¹Xlim - UMR 7252 - CNRS- Limoges University, EuMC48 EuMC52 EuMC56 ²Thales Alenia Space France Microwave Monitoring Biological Microwave Effects [Focussed Session] Glow and Sensing of Biomedical and Imaging Techniques Electromagnetics in Parameters Biomedical Applications 09:10 EuMC/EuRAD01-3 EuMC45-3 EuMC46-3 EuMC47-3 Tom Brazil Doctoral School of Microwaves – Analogue Baseband Processing The Mid-Frequency Aperture Co-Designed Quasi-Circulator and Solid and Non-Solid Dielectric Beam The Route to 5G: Design of mmWave Active Array Systems, from RFIC to Signal Processing 09:30 for Single Chip Radar Proximity Array Bandpass Filter Material Characterization for Mil- Sensor Kristian Zarb Adami¹ Andrea Ashley¹, Dimitra Psychogiou¹ limeter and Sub-Millimeter Wave EuRAD11 EuMC53 EuMC57 Maurice van Wanum¹, Michael Polushkin¹, Raymond ¹University of Oxford ¹University of Colorado Boulder Applications Media arena 1-Minute Poster 1-Minute Poster In Recognition: van Dijk¹ Alain Peden¹, Daniel BOURREAU¹ Pitch (09:40 - 10:10) Pitch (12:00 - 12:30) Prof.Dr. A.T. de Hoop ¹TNO Career Platform ¹IMT Atlantique Round control Career Lounge: Meet Jobs, Build Careers Career Platform BOR 6 Job Dating 09:30 EuMC/EuRAD01-4 EuMC45-4 EuMC46-4 EuMC47-4 Career Platform loopbrug – Active MMIC Circulator Perfor- DISTURB: A 30 MHz to 3 GHz Solar 3-D Metal Printed Inline Quasi- Novel Method for Measuring Com- Company Wall and Job Wall 09:50 mance in a Phased-Array-Like Monitoring Phased Array System Elliptic Bandpass Filter plex Permittivity of Thin Films at Juliana Con- W-31 Environment David Prinsloo¹, Pieter Benthem¹, Michiel A. Brent- Jiayu Rao¹, Kenneth Nai², Jiasheng Hong¹ Millimeter Frequencies 5G and Beyond: Enabling RF Architectures and Technologies for Emerging Wireless Systems jens¹, Paulus P. Krüger¹, Dick Boersma², Lars Venema¹, ¹Heriot-Watt University, ²Renishaw PLC gress Room 1 Laila Marzall¹, Shane Verploegh¹, Tommaso Cappello¹, Ronald de Wild¹, Richard A. Fallows¹, Edo Loenen³, Yuto Kato¹, Masahiro Horibe¹ Zoya Popovic¹, Michael Roberg² Erwin Platen³, Paul Stewart³, Ludo Visser³, André Bos³, ¹National Institute of Advanced Industrial Science EuRAD15 EuMC58 ¹University of Colorado at Boulder, ²Qorvo Bert Van den Oord⁴, Wietse Bouwmeester⁵ and Technology Hall 1 Interactive Poster Interactive ¹Netherlands Institute for Radio Astronomy - session Poster Session ASTRON, ²Netherlands Institute for Space Research (SRON), ³Science [&] Technology Corporation, ⁴Royal Netherlands Meteorological Institute - KNMI, ⁵Delft University of Technology

09:50 EuMC/EuRAD01-5 EuMC45-5 EuMC46-5 EuMC47-5 – A 9 to 12.1 GHz Sub-Sampling AD- Coherent Receiver Arrays for High-Order Fully-Reconfigurable New Methods for Improved Ac- 10:10 PLL Based on a Stochastic Flash Radio Astronomy in the Tera Hertz Balanced Bandpass Filters Using curacy of Broad Band Free Space TDC and a DCO with a “Folded” Regime Mixed Technology Resonators Dielectric Measurements Common-Mode Resonator Exhibit- Jan Geralt Bij de Vaate¹ Dakotah Simpson¹, Dimitra Psychogiou¹ John Schultz¹, Ren Geryak¹, James Maloney² ing less than 90 fs Jitter* ¹Netherlands Institute for Space Research (SRON) ¹University of Colorado Boulder ¹Compass Technology Group, ²Maloney Solutions Run Levinger¹, Evgeny Shumaker¹, Aryeh Farber¹, ¹Intel Corporation *Paper title has been shortened. Please refere to the EuMW EuMC EuRAD EuMIC Student Activity EuMIC/EuMC EuMC/EuRAD conference proceedings for the complete title. 76 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 77

THURSDAY 08:30 – 10:10 THURSDAY 10:50 – 12:30

Glow Mission 1 Mission 2 Quest Auditorium Expedition Spark Flash EuMC48 EuRAD08 EuRAD09 EuRAD10 EuMC/EuRAD02 EuMC49 EuMC50 EuMC51 Microwave Monitoring and Object Classification in Auto- Defence Applications SAR Processing [Special Session] Focus Day: Front-End and Active Module Compact Planar Filtering Calibration and Characterisa- Sensing of Biomedical Param- motive Radars Chair: Willem A. Hol Chair: Krzysztof Kulpa¹ Active Array Antennas for Chair: Nathalie Deltimple¹ Devices tion Techniques eters Chair: Marlene Harter¹ Co-Chair: Richard Heusdens¹ Co-Chair: Alicja Ossowska² Space Co-Chair: Ernesto Limiti² Chair: Jerzy Julian Michalski¹ Chair: Nick Ridler¹ ¹Netherlands Defence Academy ¹Warsaw University of Technology, ²Valeo ¹Bordeaux INP, IMS Laboratory, ²5 EE Chair: Luciano Tarricone¹ Co-Chair: Frank Gruson² Chair: Giovanni Toso¹ Co-Chair: Dimitra Psychogiou² Co-Chair: Ralf Doerner² ¹Offenburg University Of Applied Sciences, Schalter und Sensoren GmbH Dept, University of Rome “Tor Vergata”, ¹SpaceForest, ²University of Colorado ¹National Physical Laboratory (NPL), Co-Chair: Marco Pasian² Co-Chair: Natanael Ayllon¹ Rome, Italy ¹University of Salento, ²University of Pavia ²Continental AG ¹European Space Agency Boulder ²Ferdinand-Braun-Institut (FBH) Leibniz- Institut für Höchstfrequenztechnik

08:30 EuMC48-1 EuRAD08-1 EuRAD09-1 EuRAD10-1 10:50 EuMC/EuRAD02-1 EuMC49-1 EuMC50-1 EuMC51-1 – A High Frequency Dielectropho- Driving a Zero-Road-Fatality Gabor Transforms for Compress- Enhanced Azimuth Resolution in – Recent Developments on MMICs Experimental Results of Advanced Full Planar Interdigital Filter Broadband Wafer-Level Charac- 08:50 rosis Cytometer For Continuous Reality ing RESM Data Synthetic Aperture Radar Using 11:10 for Active Array Wideband Data Converters for Design Flow terization of Next-Generation Flow Biological Cells Refinement Noam Arkind¹ Andrew Stove¹ the MUSIC Algorithm Thibaut Huet¹ Direct K-Band Software Defined Itzhak Shapir¹ Semiconductors: Requirements, Thomas Provent¹, Audrey Mauvy², Rémi Manczak¹, INDUSTRIAL KEYNOTE ¹Stove Specialties AmirHosein Oveis¹ ¹United Monolithic Semiconductors SAS Radio INDUSTRIAL KEYNOTE Challenges, and Solutions Sofiane Saada², Claire Dalmay¹, Barbara Bessette², ¹Arbe Robotics ¹RaSS Center – CNIT ¹The Wave Whisperer Microwave Consulting Fabrice Lalloué², Arnaud Pothier¹ Romain Pilard¹, Julien Duvernay¹, Benjamin Boujon¹, Andrej Rumiantsev¹ Andrew Glascott-Jones¹ ¹XLIM Research Institute, Univ. Limoges, UMR CNRS INDUSTRIAL KEYNOTE 7252, ²CAPTuR, EA3842 Limoges University ¹Teledyne e2v ¹MPI Corporation

08:50 EuMC48-2 EuRAD08-2 EuRAD09-2 EuRAD10-2 11:10 EuMC/EuRAD02-2 EuMC49-2 EuMC50-2 EuMC51-2 – Head Motion and Eyes Blinking Road User Classification with R&T Activities related to RF Sen- Guided Generative Adversarial – Architecture and Capacity Evolu- Ka-Band TDD Front-End with Gate Surface Mountable L- and Meander Type Design for On 09:10 Detection: A mmWave Radar for Polarimetric Radars sor Technologies at the European Network for Super Resolution of 11:30 tion in Active Antennas for Earth Shunt Switched Cascode LNA and C-Band Pre-Distorted Filters for Wafer Calibration up to 330 GHz Assisting People with Neurode- Julius Tilly¹, Fabio Weishaupt¹, Ole Schumann¹, Jürgen Defence Agency Imaging Radar Observation, Telecom, and Deep Three-Stack PA on 22 nm FDSOI Frequency Converters of High Marco Cabbia¹, Marina Deng¹, Sébastien Fregonese², Dickmann¹, Gerd Wanielik² Chandan Yadav³, Arnaud Curutchet³, Magali De generative Disorders Roland Krebs¹ Hyun-Woong Cho¹, Woosuk Kim¹, Sungdo Choi¹, Space at AIRBUS DS SPAIN CMOS Technology Throughput Satellite Systems Matos³, Didier Céli⁴, Thomas Zimmer¹ ¹Mercedes-Benz AG, ²TU Chemnitz Minsung Eo¹, Seungtae Khang¹, Jongseok Kim¹ Emanuele Cardillo¹, Gaia Sapienza², Changzhi Li³, INDUSTRIAL KEYNOTE Antonio Montesano¹ Mikko Hietanen¹, Jere Rusanen¹, Janne P. Aikio¹, Nuutti Paolo Vallerotonda¹, Alessandro Cazzorla², Davide ¹University of Bordeaux, IMS laboratory, ²CNRS, IMS Alina Caddemi¹ ¹European Defense Agency ¹Samsung Advanced Institute of Technology Tervo¹, Timo Rahkonen¹, Aarno Pärssinen¹ Tiradossi², Luca Pelliccia², Roberto Sorrentino², Laboratory, ³IMS laboratory, ⁴STMicroelectronics ¹Airbus Defence & Space Francesco Vitulli³, et al.* ¹University of Messina, ²Tre Ali Onlus, ³Texas Tech ¹University of Oulu University ¹RF Microtech s.r.l / University of Perugia, ²RF Microtech s.r.l, ³Thales Alenia Space Italia* *For the complete author and affiliation list, please refer to the conference proceedings. 09:10 EuMC48-3 EuRAD08-3 EuRAD09-3 EuRAD10-3 11:30 EuMC/EuRAD02-3 EuMC49-3 EuMC50-3 EuMC51-3 – Heartbeat and Respiration Detec- Short Range Height Classification Looking into the future: NATO Spatial-Variant Phase Error Com- – Additive Manufacturing: Enabling Phase-noise reduction through an Vertically Integrated Microwave- A CPW Excitation Using a Contact- 09:30 tion Using a Low Complexity CW in FMCW Radar Surveillance pensation for Widebeam Spotlight 11:50 Technology for GEO Active external high-Q network using a Filters Using Functional Via less Dielectric Waveguide Probe Radar System Arun Vijayaraghavan¹, Arie Koppelaar², Francesco Rene Thaens¹ Synthetic Aperture Radar Antennas black-box oscillator model Structures in LTCC for the V-Band Laghezza² Panagiota Kontou¹, Souheil Ben Smida¹, Spyridon INDUSTRIAL KEYNOTE Pavel Makarov¹, Ersin Aytac¹, Nurullah Akkaya¹ Esteban Menargues¹, Tomislav Debogovic¹, Mathieu Mabel Pontón¹, Franco Ramírez², Amparo Herrera Ömer Faruk Yildiz¹, Ole Thomsen², Marc Bochard², Amr Samir¹, Mohamed Basha¹, Ahmed Hegazy¹, ¹TU-Delft, ²NXP Semiconductors Nektarios Daskalakis¹, Symeon Nikolaou¹, Mauro ¹NATO NCI Agency ¹Near East University Billod¹, Ignacio Echeveste², Francisco Cano², Antonio Guardado², Almudena Suárez² Cheng Yang¹, Christian Schuster¹ Safieddin Safavi-Naeini¹ Dragone¹, Dimitris E. Anagnostou¹ Montesano² ¹University of Cantabria, ²Universidad de Cantabria ¹Hamburg University of Technology (TUHH), ²KOA ¹University of Waterloo ¹Heriot-Watt University, Edinburgh ¹SWISSto12, ²Airbus Defence & Space EUROPE GmbH

09:30 EuMC48-4 EuRAD08-4 EuRAD09-4 EuRAD10-4 11:50 EuMC/EuRAD02-4 EuMC49-4 EuMC50-4 EuMC51-4 – Measuring Vital Signs on Fingertip Object Detection on Radar Formidable Shield: A Dutch An Accurate SAR Imaging Method – Active antenna development at Iterative Learning Control for Design and Comparison of Filter Quantitative Scanning Micro- 09:50 Using K-Band Spherical Dielectric Imagery for Autonomous Driving perspective Based on Total Variation & Non- 12:10 Thales Alenia Space Signal Separation in Dual-RF Input Structures in the Millimeter-Wave wave Microscopy of Few-Layer Resonator using Deep Neural Networks Martien Joosten¹ convex Regularization Christophe Benoist¹, Michael Blum¹, Anne Couarraze¹, Doherty Transmitter Frequency Range on Outer- and Platinum Diselenide Thierry Girard¹, Jérémie Le Guen¹, Benoit Lejay¹, Chung-Tse Chang¹, Chin-Lung Yang², Utpal Dey³, Jan Ana Stroescu¹, Liam Daniel¹, Dominic Phippen¹, INDUSTRIAL KEYNOTE Zhongqiu Xu¹ Jun Peng¹, Weimin Shi², Jingzhou Pang³, Fei You¹, Inner-Layers of Organic Circuit xiaopeng wang¹, Kuanchen Xioing¹, Lei Li¹, James C. M. Laurent Levert¹, Madivanane Nadarassin¹, Olivier * Hesselbarth³ Mikhail Cherniakov¹, Marina Gashinova² ¹Thales Nederland B.V. ¹Aerospace Information Research Institute, Chinese Perrin¹, Thierry Rostan¹, Julien Rotureau¹, Hassan Songbai He¹ Boards Hwang¹, Xin Jin², Gianluca Fabi³, Marco Farina³, et al. ¹Department of Electrical Engineering, National ¹EESE, University of Birmingham, ²University of Academy of Sciences Solhi¹, Eric Vourch¹ ¹University of Electronic Science & Technology of ¹Cornell University, Ithaca, NY, ²Anokiwave, Inc., Cheng Kung University 1, University Road Tainan Birmingham ¹Thales Alenia Space China, ²The Hong Kong University of Science and Andreas Scharl¹, Felix Sepaintner¹, Johannes Jakob¹, ³Università Politecnica delle Marche, ⁴Universität City Taiwan, ²National Cheng Kung University, Technology, ³University College Dublin David Scholz¹, Franz Xaver Röhrl², Werner Bogner¹, der Bundeswehr München, ⁵IHP–Leibniz Institute for ³Universität Stuttgart Stefan Zorn² Innovative Microelectron ¹DIT Deggendorf Institute of Technology, ²Rohde & *For the complete author list, please refer to the Schwarz GmbH & Co. KG conference proceedings. 09:50 EuMC48-5 EuRAD08-5 EuRAD09-5 EuRAD10-5 12:10 EuMC/EuRAD02-5 EuMC49-5 EuMC50-5 EuMC51-5 – An Adaptive Filter Technique for Statistical Image Segmentation Target–Borne ECM Against OFDM- An Accurate Range Model for – Airbus UK Active Antenna A Decade Bandwidth Mixers Miniaturized Signal-Interference Dispersion in Millimeter-Wave 10:10 Platform Motion Compensation in and Region Classification Ap- Based Imaging Passive Radars Airborne CSSAR Ground Moving 12:30 Developments, Challenges and Based on Planar Transformers and Bandpass Filters Using Resonant and THz Dielectric Waveguides: Unmanned Aerial Vehicle Based proaches for Automotive Radar Elisa Giusti¹, Amerigo Capria¹, Marco Martorella² Target Imaging the Future Quasi-Vertical Schottky Diodes RF Signal Paths Modeling, Measurement and Remote Life Sensing Radar Liam Daniel¹, Yang Xiao¹, Edward Hoare¹, Mikhail ¹Consorzio Nazionale Interuniversitario Telecomuni- Yongkang Li¹, Lei Wang¹, Yifeng Wu² Sonya Amos¹, Glyn Thomas¹, Steve McLaren², Carolina Implemented in GaAs MMIC Dimitra Psychogiou¹, Roberto Gómez-García² Performance Limitations Cherniakov¹, Marina Gashinova¹ cazioni (CNIT), ²University of Pisa Tienda-Herrero², David Dupuy² Victor Lubecke¹, Shekh Md Mahmudul Islam¹, Lana C. ¹Northwestern Polytechnical University, ²AVIC Technology ¹University of Colorado, Boulder, ²University of Joren Vaes¹, Patrick Reynaert¹ Lubecke², Christian Grado¹ ¹University of Birmingham Leihua Electronics Technology Research Institute ¹Airbus Defence & Space, ²Airbus Defence and Space Alcala, Madrid Nikolai Drobotun¹, Daniil Danilov², Alexey Drozdov² ¹KU Leuven ESAT-MICAS ¹University of Hawaii at Manoa, ²Kalani High School ¹Tomsk State University of Control Systems and Radioelectronics (TUSUR), ²MICRAN, Research and Production Company 78 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 79

THURSDAY 10:50 – 12:30 THURSDAY 12:30 – 14:10

Glow Mission 1 Mission 2 Quest Hall 1 EuMC52 EuRAD12 EuRAD13 EuRAD14 EuRAD15 12:30 –13:50 Biological Microwave Effects [Focussed Session] Radar [Special Session] Radar and Surveillance and SAR EuRAD Interactive Poster Session Technology in Context and Imaging Techniques Interference Cancellation and Electronic Warfare Chair: Volker Ziegler¹ Chair: Jacco de Wit¹ Frans von der Dunk Co-Chair: Mark Oude Alink² “The Law of Space” Chair: Katia Grenier¹ Waveform Agility Chair: Sue Robertson¹ Co-Chair: Willem A. Hol ¹Airbus Defence and Space GmbH ¹TNO, ²University of Twente Room: Aditorium Co-Chair: Juan-Mari Collantes² Chair: Stefan Brüggenwirth¹ Co-Chair: Mayazzurra Ruggiano2 ¹LAAS-CNRS, ²UPV/EHU ¹EW Defence Ltd, 2Thales Nederland B.V. Refer to p. 27 for more Co-Chair: Christoph Fischer² information. ¹Fraunhofer Institute for High Frequency Physics and Radar Techniques (FHR), ²Hensoldt Sensors GmbH

10:50 EuMC52-1 EuRAD12-1 EuRAD13-1 EuRAD14-1 – Novel challenges and available FMCW-Interference of Frequency Cognitive Electronic Warfare (EW) Next Generation AESA Radar 11:10 solutions for in situ real time SAR Agile OFDM Radars as a Training Aid Architectures EuRAD15-1 EuRAD15-5 EuRAD15-9 EuRAD15-13 On the Needlessness of Signal A Radar Target Simulator for Scalable 2×2 MIMO Radar with Series-Fed Single-Layer Ring (Specific Absorption Rate) assess- Christina Knill¹, Benedikt Schweizer¹, Simon Stepha- Warren du Plessis¹, Nicholas Osner¹ Chris Mountford¹ ny¹, David Werbunat¹, Christian Waldschmidt¹ Bandwidth for Precise Holo- Generating Synthesised and BPSK Data Communication at Resonator Antenna Array with ment in any environment and up ¹University of Pretoria INDUSTRIAL KEYNOTE to millimeter waves ¹Ulm University ¹Leonardo UK graphic Wireless Localization Measured Micro-Doppler-Signa- 79 GHz Wide Fan-Beam and High Gain Melanie Lipka¹, Stefan Brückner¹, Erik Sippel¹, tures of Vulnerable Road Users Wael A. Ahmad¹, Arzu Ergintav¹, Maciej Kucharski¹, Hyunyoung Cho, Hye-Won Jo¹, ByungKuon Ahn¹, Gwenaël Gaborit¹, Lionel DUVILLARET¹ Martin Vossiek¹ Dietmar Kissinger², Herman Jalli Ng¹ Ju-Ik Oh¹, Jong-Won Yu¹ Johannes Iberle¹, Patrick Rippl¹, Thomas Walter¹ INDUSTRIAL KEYNOTE ¹FAU Erlangen-Nuremberg ¹IHP - Leibniz-Institut für innovative Mikroelektro- ¹Korea Advanced Institute of Science and ¹Kapteos S.A.S. ¹University of Applied Sciences Ulm nik, ²Ulm University Technology

11:10 EuMC52-2 EuRAD12-2 EuRAD13-2 EuRAD14-2 – A Coplanar Waveguide System for PMCW Waveform Cross- A brief introduction to Electronic Small UAV-Based High Resolution 11:30 Drug Delivery Mediated by Nano- correlation Characterization and Warfare and the AOC SAR using Low-Cost Radar, GNSS/ electroporation: an Experimental Interference Mitigation Sue Robertson¹ RTK and IMU Sensors EuRAD15-2 EuRAD15-6 EuRAD15-10 EuRAD15-14 and Numerical Study André Bourdoux¹, Marc Bauduin¹ ¹EW Defence Ltd Jan Svedin¹, Anders Bernland¹, Andreas Gustafsson¹ Laura Caramazza¹, Alessandra Paffi¹, Micaela Liberti¹, ¹IMEC ¹Swedish Defence Research Agency (FOI) Dynamic Estimation of Vital RCS-Enhancement for Improving Deep Neural Network Detection High Permittivity CPW-SIW Francesca Apollonio¹ Signs with mmWave FMCW the Detectability of Bikes in for Pulsed Radar-Embedded Power Divider for Antenna Feed ¹Department of Information Engineering, Electronics Radar Road Safety Applications M-PSK Communications Networks in Airborne Phased and Telecommunications, Sapienza University of Rome Guigeng Su¹, Nikita Petrov², Alexander Yarovoy¹ Corentin Charlo¹, Stéphane Méric², Raphaël Gillard¹ Christopher Liu¹, Ric Romero² Arrays Applications ¹Delft University of Technology, ²TU Delft ¹Institut d’Électronique et de Télécommunications ¹USN, ²Naval Postgraduate School Diego Lorente Catalan¹, Alicja Schreiber¹, Markus de Rennes, Insa Rennes, ²IETR, INSA Limbach¹, Hector Esteban Gonzalez², Vicente Enrique Boria Esbert² 11:30 EuMC52-3 EuRAD12-3 EuRAD13-3 EuRAD14-3 ¹German Aerospace Center (DLR), ²Universidad – Generating Bipolar Nanosecond Radar Waveform Coexistence: Collecting Intelligence from Recent L-C- and X-Band MetaSens- Politécnica de Valencia 11:50 Pulsed Electric Field using Open Interference Comparison on Modern Radar Systems ing Airborne SAR Campaigns for Circuit Transmission Line Tech- Multiple-Frame Basis David Stupples¹ Emerging Applications nique and Avalanche Transistors Jeroen Overdevest¹, Francesco Laghezza¹, Feike ¹London City University Karlus Macedo¹, Gerard Masalias¹, Alex Coccia¹, Jansen¹, Alessio Filippi¹ Adriano Meta¹ Ilan Wyn Davies¹, Christopher P. Hancock¹ ¹NXP Semiconductors ¹MetaSensing ¹Bangor University EuRAD15-3 EuRAD15-7 EuRAD15-11 EuRAD15-15 Further Investigation of Two- A Cognitive FMCW Radar to Vibrating Antenna Doppler Radar Novel Noise-Tolerant Method for Way Classification for Activities Minimize a Sequence of Range- Nathan Chordas-Ewell¹, Kevin Xu¹, Ravi Kadlimatti¹, Extracting Target Resonances of Daily Living Doppler Measurements Adly T. Fam¹, Jun H. Choi¹ Using Pulse Radar ¹The State University of New York at Buffalo Ronny G. Guendel¹ Marco Altmann¹, Peter Ott¹, Nicolaj C. Stache¹, Mihail Georgiev¹, Paul Rice², Jian-Kang Zhang¹ 11:50 EuMC52-4 EuRAD12-4 EuRAD13-4 EuRAD14-4 ¹Delft University of Technology Dmitrii Kozlov¹, Christian Waldschmidt² ¹McMaster University, ²Patriot One Technologies – 7T MRI Loop Antenna for Carotid Interference Avoidance and MicroESM: broadening the appli- The SWALIS Project: First Results ¹Hochschule Heilbronn, ²Ulm University 12:10 Imaging Mitigation in Automotive Radar cation of passive radar detection for Airborne Radar Measurements Lars Hinge¹, Nicolai Mortensen¹, Vitaliy Zhurbenko¹, Mouhammad Alhumaidi¹, Markus Wintermantel¹ John Roe¹ in Ka-Band Vincent Oltman Boer², Wenjun Wang¹ ¹Continental AG ¹Esroe Ltd Jean-Claude Kokou KOUMI¹, Stéphane Méric¹, Eric ¹Technical University of Denmark, ²Copenhagen Pottier², Guy GRUNFELDER³ University Hospital Hvidovre ¹Institut d’Électronique et de Télécommunications de Rennes, Insa Rennes, ²Institut d’électronique et de télécommunications de Rennes, IETR, ³CNRS, Institut d’Électronique et de Télécommunications de Rennes, UMR–6164 EuRAD15-4 EuRAD15-8 EuRAD15-12 EuRAD15-16 Human Walking Detection by A Novel Velocity Estimation A New Radar Based On Panel Avoiding Interference in Multi- Cascaded Deep Neural Networks Algorithm for TDM-MIMO Based Active Array Emitter Environments: A Rein- EuMC52-5 EuRAD12-5 EuRAD13-5 EuRAD14-5 12:10 Classifying Micro-Doppler Automotive Radar Jia Fang¹ forcement Learning Approach – Intracellular Delivery of Graphene Analysis of Automotive Radar Microwave Photonics as an Direct Ocean Surface Veloc- Signals Ben Wang¹, Dejian Li¹, Dapeng Lao¹, Jiamin Chen¹ ¹cetc38 Serkan Ak¹, Stefan Brüggenwirth¹ 12:30 Oxide Quantum Dots for Bio- Interference Mitigation for Real- Emerging Technology to enhance ity Measurement for Chinese Jihoon Kwon¹, Nojun Kwak², Junho So³ ¹Hisilicon Technologies Co., Ltd. ¹Fraunhofer Institute for High Frequency Physics and Radar Techniques (FHR) Imaging and Ferric Ion Sensing World Environments EW receivers Gaofen-3 SAR Satellite ¹Hanwha Systems, ²Seoul National University, Based on Bulk Acoustic Wave Mate Toth¹, Johanna Rock², Paul Meissner³, Alexander David Lázaro Loscos¹ Lei Liu¹, Mihai Datcu², Qingjun Zhang¹, Gottfried ³Agency for Defense Development Resonator Melzer³, Klaus Witrisal² ¹Indra Schwarz², Yadong Liu¹, Jie Liu¹ ¹Infineon Technologies AG, Graz University of ¹Beijing Institute of Spacecraft System Engineering, Miaosen Zhang¹, Shan He¹, Xuexin Duan¹, Wei Pang¹, Technology, ²Graz University of Technology, ³Infineon China Academy of Space Technology, ²Remote Yanyan Wang¹ Technologies Austria AG Sensing Technology Institute, German Aerospace ¹Tianjin University Center (DLR) 80 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 81

THURSDAY 13:50 – 15:30 THURSDAY 13:50 – 15:30

Auditorium Expedition Flash Glow Media Arena Mission 1 Mission 2 Quest EuMC/EuRAD03 EuMC54 EuMC55 EuMC56 EuMC57 EuRAD16 EuRAD17 EuRAD18 [Special Session] Focus Day: Low Noise Amplifier and Antenna Characterisation [Focussed Session] Electromag- [Special Session] In Recogni- Automotive Advanced Techniques and SAR Applications Active Array Antennas for Phased Array Module Techniques netics in Biomedical Applica- tion: Prof.Dr. A.T. de Hoop Chair: André Bourdoux¹ Innovative Array Configura- Chair: Debora Pastina¹ Defence Chair: Almudena Suarez Rodriguez¹ Chair: Nuno Borges Carvalho¹ tions Chair: Peter Zwamborn¹ Co-Chair: Noam Arkind² tions for Direction of Arrival Co-Chair: Mikhail Cherniakov² ¹imec, Leuven, ²Arbe Robotics ¹University of Rome La Sapienza, ²Universi- Chair: Peter Knott¹ Co-Chair: Jean-François Villemazet² Co-Chair: Olof Bengtsson² Chair: Maarten Paulides¹ Co-Chair: Arnold van Ardenne² Estimation ¹University of Cantabria, ²Thales Alenia ¹Instituto de Telecomunicacões, Universi- ¹TNO Defense, Safety and Security, ty of Birmingham Co-Chair: Patrick Langlois² Co-Chair: Desmond T.B. Yeo² Chair: Laurent Ferro-Famil¹ ¹Fraunhofer FHR, ²EDA Space France dade de Aveiro, ²Ferdinand-Braun-Institut ¹Eindhoven University of Technology ²ASTRON (retired) (FBH) Co-Chair: Francois Le Chevalier² (TU/e), ²GE Global Research ¹University of Rennes 1, ²TU Delft

13:50 EuMC/EuRAD03-1 EuMC54-1 EuMC55-1 EuMC56-1 13:50 EuMC57-1 EuRAD16-1 EuRAD17-1 EuRAD18-1 – Research progress of intelligent A Full Ka-Band GaN-on-Si Low- Preliminary Characterization of Ultra-High Field MRI RF Transmit – A few Introductory remarks Channel Influence for the Analysis An IEEE 802.15.4 Wireless Half- Realistic SAR Implementation for 14:10 active phased array radar Noise Amplifier the Digitally Formed Beams of Coil Arrays 14:10 Arnold van Ardenne¹ of Interferences Between Auto- Cubic Node Based on a Switched- Automotive Applications Jun Sun¹ Dristy Parveg¹, Mikko Varonen¹, Mikko Kantanen¹ PHAROS2 Phased Array Feed Carel van Leeuwen¹, Bart Steensma¹, Alexander ¹ASTRON (retired) motive Radars Beam Antenna for Indoor Hasan Iqbal¹, Andreas Löffler¹, Mohamed Nour Raaijmakers¹ Mejdoub¹, Frank Gruson¹ ¹Nanjing Research Institute of Electronics ¹VTT Technical Research Centre of Finland Giuseppe Pupillo¹, Alessandro Navarrini², Andrea Lizette Lorraine Tovar Torres¹, Maximilian Steiner¹, Direction of Arrival Estimation Technology Melis², Raimondo Concu², Pierluigi Ortu², Pasqualino ¹University Medical Center Utrecht Christian Waldschmidt¹ ¹Continental AG Alessandro Cidronali¹, Giovanni Collodi¹, Matteo Marongiu², Giovanni Naldi¹, Simone Rusticelli¹, Andrea ¹Universitäat Ulm Saba³, Alessandro Scalambra¹, Luca Schirru², Adelaide Lucarelli¹, Stefano Maddio¹, Marco Passafiume¹, Ladu², Tonino Pisanu², Enrico Urru² Giuseppe Pelosi¹ ¹INAF - IRA, ²INAF - OAC, ³ASI ¹University of Florence

14:10 EuMC/EuRAD03-2 EuMC54-2 EuMC55-2 EuMC56-2 14:10 EuMC57-2 EuRAD16-2 EuRAD17-2 EuRAD18-2 – Digital Frontends for Multi‐Func- A High Linearity W-Band LNA Characterization and Calibration Non-Invasive Brain Stimulation: – To have “(De) Hoop” in Difficult Automotive Radar Interference Improving an IEEE 802.15.4 Based Space-Variant Phase Error Estima- 14:30 tional RF Systems With 21-dB Gain and 5.5-dB NF in Challenges of a K-Band Large From Field Modeling to Neuronal 14:30 Times Mitigation via Multi-Hop Coop- Direction of Arrival Estimation tion and Correction for Automo- Michael Brandfass¹ 0.13 μm SiGe BiCMOS Scale Active Phased-Array Anten- Activation Guy Vandenbosch¹ erative Radar Communications System Reliability in a Real Case tive SAR ¹Hensoldt Sensors GmbH Huanbo Li¹, Jixin Chen¹, Debin Hou¹, Wei Hong¹, na with a Modular Architecture Rob Mestrom¹, Debby Klooster¹, Elles Raaijmakers¹, ¹KU Leuven Canan Aydogdu¹, Musa Furkan Keskin¹, Henk Scenario Exploiting a Smart Masoud Farhadi¹, Reinhard Feger¹, Johannes Fink², Pinpin Yan¹ Maarten van Rossum¹, Martijn van Beurden¹, Paul Wymeersch¹ Thomas Wagner¹, Markus Gonser², Jürgen Hasch², Naimeh Ghafarian¹, Wael Abdel-Wahab¹, Amir Raeesi¹, Boon² Multichannel Approach Andreas Stelzer¹ ¹Southeast University Ehsan Haj Mirza Alian Aminabad¹, Ardeshir Palizban¹, ¹Chalmers University of Technology Ahmad Ehsandar¹, Milad Khaki¹, Mohammad-Reza ¹Eindhoven University of Technology, ²Ghent Alessandro Cidronali¹, Giovanni Collodi¹, Matteo ¹Johannes Kepler University Linz, ²Robert Bosch Nezhad-Ahmadi¹, Safieddin Safavi-Naeini¹ University Lucarelli¹, Stefano Maddio¹, Marco Passafiume¹, GmbH Giuseppe Pelosi¹ ¹University of Waterloo ¹University of Florence

14:30 EuMC/EuRAD03-3 EuMC54-3 EuMC55-3 EuMC56-3 14:30 EuMC57-3 EuRAD16-3 EuRAD17-3 EuRAD18-3 – Naval and ground-based multi- A MMIC Low-Noise Amplifier A Low Complexity Approach for 7T MRI Fractionated Dipole – Time-domain Antenna Engineering An Efficient Sparse Sensing Based Selecting the best DOA estimates Ego-Motion Estimation for a Sen- 14:50 mission AESA radars Realized with Two Different Gate Calibration and Characterization Antenna for CarotidImaging 14:50 – A Story About Scientific Affinity Interference Mitigation Approach among estimates obtained using sor Platform by Fusion of Radar Simon van den Berg¹ Length GaN-on-Si Technologies of a Millimeter-Wave Phased-Ar- Nicolai Mortensen¹, Lars Hinge², Vitaliy Zhurbenko², Ioan Lager¹ For Automotive Radar Toeplitz matrix approximation and and IMU Data Vincent Oltman Boer³ ¹Thales Nederland B.V. Lorenzo Pace¹, Patrick Ettore Longhi¹, Walter Ciccog- ray Transceiver-Antenna Module ¹Delft University of Technology Tai Fei¹, Honghao Guang¹, Yuliang Sun¹, Christopher general covariance matrix Patrick Wallrath¹, Reinhold Herschel² nani¹, Sergio Colangeli¹, Rémy Leblanc², Ernesto Limiti¹ ¹Technical University of Denmark, ²DTU, ³DRMCR Grimm¹, Ernst Warsitz¹ Mehdi Salehi¹, Safieddin Safavi-Naeini², Mohammad- Volodymyr Vasylyshyn¹ ¹Fraunhofer Institute for High Frequency Physics ¹University of Rome “Tor Vergata”, ²OMMIC SAS ¹HELLA GmbH & Co. KGaA, and Radar Techniques FHR, ²Fraunhofer FHR Reza Nezhad-Ahmadi² ¹Kharkiv national Air force university ¹Sinclair Technologies, ²University of Waterloo

14:50 EuMC/EuRAD03-4 EuMC54-4 EuMC55-4 EuMC56-4 14:50 EuMC57-4 EuRAD16-4 EuRAD17-4 EuRAD18-4 – AESA Radar for Space Situational G-Band Frequency Converters in A Reproducible Semi-Virtual Test- Simulation Comparison of Bird- – The Cagniard-deHoop Method of Over-the-Air Vehicle-in-the-Loop A Discriminant-Based RMSE Azimuth Ambiguity Discrimination 15:10 Awareness – about the status of 130 nm InP DHBT Technology Drive for Analysis of Car-to-Car/ cage Coil and Metamaterial Liner 15:10 Moments (CdH-MoM) – A New Test System for Installed-Perfor- Improvement Technique for Using Doppler Spectrum of the GESTRA Ahmed Hassona¹, Vessen Vassilev¹, Herbert Zirath¹ Car-to-X Diversity Performance for MRI at 3T and 4.7T Time-Domain Integral-Equation mance Evaluation of Automotive Classical Prony Method in Small Compressive Sensing-Based SAR Helmut Wilden¹, C. Kirchner¹, Andreas R. Brenner, ¹Chalmers University of Technology at 5.9 GHz in Noisy Fading Condi- Adam Maunder¹, Nicola De Zanche¹, Ashwin Iyer¹ Technique Based on EM Reciproc- Radar Systems in a Virtual Array Radars Image with Downsampled PRF Thomas Eversberg² tions ¹University of Alberta ity and the Cagniard-deHoop Environment Atsushi Yoshizawa¹, Shigenori Uchida¹ Ryogo Horiuchi¹, Takehiro Hoshino¹, Noboru Oishi¹, ¹Fraunhofer FHR, ²German Aerospace Center (DLR) Kei Suwa¹ Anton Dobler¹, Olha Voitsun¹, Stefan Lindenmeier¹ Method Sreehari Buddappagari Jayapal Gowdu¹, Ehtisham ¹Sony Corp. ¹Mitsubishi Electric Corporation ¹University of the Bundeswehr Munich Asghar Muhammad¹, Johannes Nagel², Ralf Stephan¹, Martin Stumpf Matthias A. Hein¹ ¹TU Ilmenau, ²Mercedes-Benz AG

15:10 EuMC/EuRAD03-5 EuMC54-5 EuMC55-5 EuMC56-5 EuRAD16-5 EuRAD17-5 EuRAD18-5 – AESA Radar Development at Millimetre-Wave Active Phased A Preliminary Study on Uncer- PNS Estimation of a High A Roadside Camera-Radar Sensing Direction of Arrival Estimation Spatial Mapping of Material 15:30 Lincoln Lab Array SiP Module for UE Devices tainty of NB-IoT Measurements in Performance Head Gradient Coil Fusion System for Intelligent using the Generalized SPICE Properties utilizing FMCW Near David Conway¹ in 5G Communications Reverberation Chambers by a Coupled Electromagnetic Transportation Criterion Field Radar Scans ¹MIT Lincoln Laboratory Wenyao Zhai¹, Hari Krishna Pothula², Morris Repeta², Anouk Hubrechsen¹, Vincent Neylon², Kate Remley², Neurodynamic Simulation Method Lefei Wang¹, Zhaoyu Zhang¹, Xin Di¹, Jun Tian¹ Adham Sakhnini¹ Sebastian Pawliczek¹, Reinhold Herschel², Nils Pohl¹ David Wessel², Wen Tong² Robert Jones², Robert Horansky², Sander Bronckers¹ Yihe Hua¹, Desmond T.B. Yeo¹, Thomas KF Foo¹ ¹Fujitsu Research and Development Center Co., ¹Centre for Mathematical Sciences, Lund University ¹Ruhr University Bochum, ²Fraunhofer FHR ¹Huawei Technologies, ²Huawei Technologies CO., ¹Eindhoven University of Technology (TU/e), ²Natio- Ltd, China LTD nal Institute of Standards and Technology ¹GE Global Research 82 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 83

THURSDAY 14:30 – 16:20 THURSDAY 16:10 – 17:50 Enjoy: Don’t miss the Week’s last opportunity to enjoy an Hall 1 insightful walk between ROOM Polar EuMC58 the posters of Thursday’s EuMW03 EuMC Interactive Poster Session 3 session. EuMW/EuMC Closing Session Chair: Sander Bronckers¹ Chair: Frank E. van Vliet¹, General Chair Co-Chair: Mark Oude Alink² Co-Chair: Wim van Cappellen², EuMC Chair ¹Eindhoven University of Technology, ²University of Twente ¹TNO, ²ASTRON

EuMC58-1 EuMC58-6 EuMC58-11 EuMC58-16 Design of Wideband Frequency GaN-FET Class-E Amplifier for Cross-Polarization Chipless Tag A 79-GHz Automotive Wide-Beam Selective Absorber Based on 60-MHz Radar for Orientation Sensing Patch Antenna With I-Shaped Multilayer Structures Frederick Raab¹ Nicolas Barbot¹, Olivier Rance¹, Etienne Perret¹ Parasitic Elements YE Han¹, Longjie Xu¹, Hanjing Xu¹, Siyu Xie¹ ¹Green Mountain Radio Research ¹Grenoble Alpes University Guan-Ren Su¹, Eric S. Li¹, Jia-Chang Chen², Ting-Wei 16:10 Session Welcome 17:40 Closing Remarks and Invitation to EuMW 2021 in London ¹Nanjing University of posts and telecommuni- Kuo², Yu-You Lin², Kuo-Sheng Chin² – Frank E. van Vliet – Frank E. van Vliet, Nick Ridler1 cation ¹National Taipei University of Technology, ²Chang 16:20 General Chair 17:50 ¹EuMW 2021 General Chair Gung University

16:20 EuMC58-2 EuMC58-7 EuMC58-12 EuMC58-17 Laser Communications: A Game Changer – Laurent Grouès¹ A 2.5 GHz Tunable Negative A High Efficiency Compact Class Anti-Aliasing Digital Predistor- Hemishperical Coverage Antenna 16:50 Varactor of Inductance Using Re- F GaN MMIC Power Amplifier for tion for Nonuniform-Sampling- using Pattern Reconfiguration of ¹Deputy HO EDRS - SpaceDataHighway, Airbus Defence & Space, Germany configurable Non-Foster Circuit 5G Applications Rate Concurrent Dual-Band Electronically Steerable Parasitic Ngoc Duc Au¹ Rachit Joshi¹, Min-Hsin Liu¹, Shawn S. H. Hsu¹ Transmitters Array Radiator and Microstrip Laser communications are changing the way we think ¹Soongsil University ¹National Tsing Hua University Long Chen¹, Wenhua Chen¹, Youjiang Liu², Zhenghe Patch about connectivity. A quick dive into the end to end sys- Feng¹ ByungKuon Ahn¹, Hyunyoung Cho¹, Hye-Won Jo¹, tems architectures of the future. The exciting new applica- ¹Tsinghua University, ²China Academy of Enginee- Ju-Ik Oh¹, Jong-Won Yu¹ ring Physics tions and markets which the new technology will unlocked. ¹Korea Advanced Institute of Science and Technology This keynote will address Laser Communications emerging technology, the challenges and opportunities ahead. Laser Communications are disrupting the connectivity solutions EuMC58-3 EuMC58-8 EuMC58-13 EuMC58-18 landscape and will bring a considerable differentiator to Design of a Cloak with Diago- Reliable Structural Failure A Complementary Series-Parallel Antenna Library for IoT Devices the early adopters. nally Slotted Square Patch for TE Detection in Eye Bolts using Resonant Circuit Pair and Its with Antenna Boosters and TM Scattering Reduction Reflectometry Signals Application in Linearization of Jaume Anguera¹ Archana Rajput¹, Mehran Manzoor Zargar¹, H. V. H. Silva Filho¹, D. C. P. Barbosa¹, M. S. Coutinho¹, Power Amplifiers ¹Fractus Antennas and Universitat Ramon Llull Kushmanda Saurav¹, Shiban Kishen Koul² M. T. de Melo¹, R. G. M. dos Santos¹, Ignacio Llamas Zeji Gu¹ 16:50 Awards Ceremony ¹INDIAN INSTITUTE OF TECHNOLOGY JAMMU, Garro² – ²Indian Institute of Technology Delhi ¹Universidade Federal de Pernambuco, ²Centre ¹Ampleon USA Marion K. Matters-Kammerer Tecnològic de Telecomunicacions de Cataluny 17:10 Awards and Prizes Chair

17:10 EuMC58-4 EuMC58-9 EuMC58-14 EuMC58-19 New Frontiers for Wave Engineering Using Metamaterials – Andrea Alù¹ A Compact Load-Modulation Integrated System with En- Technique for Load-Independent Analysis and Optimization of 17:40 Amplifier for Improved Efficiency hanced Performances to Recover Millimeter-Wave Output Power Packaged Floating-Ground RF ¹CUNY Advanced Science Research Center, Photonics Initiative, US Next Generation Mobile Energy from Microstrip Circuits Monitoring for Mass-Volume Power GaN-HEMTs Metamaterials are engineered materials with prop- Ahmed Abdulkhaleq¹, Maan Yahya², Yasir Al-Yasir³, Miguel Sanchez-Soriano¹, Yves Quéré², Cédric Testing Sophie Paul¹, Wolfgang Heinrich¹, Olof Bengtsson¹ Naser Ojaroudi Parchin³, Maryam Sajedin⁴, Syed Quendo² erties that go well beyond what offered by nature, Matthias Saurer¹, Vadim Issakov¹, Oliver Frank¹ ¹Ferdinand-Braun-Institut (FBH) Muhammad Syed Anera¹, Ashwain Rayit¹, Issa Elfer- ¹University of Alicante, ²University of Brest providing unprecedented opportunities to tailor and gani⁴, Raed A. Abd-Alhameed³, Jonathan Rodriguez⁴ ¹Infineon Technologies ¹Saras Technology, ²Northern Technical University, enhance the control of waves. In this talk, I discuss ³University of Bradford, ⁴Instituto de Telecomu- our recent activity at microwaves and THz frequen- nicações cies, showing how suitably tailored meta-atoms and their arrangements open exciting avenues for wave manipulation, including metasurfaces with enhanced EuMC58-5 EuMC58-10 EuMC58-15 wavefront manipulation, and magnet-free nonreci- A 65 W Power Amplifier without An Efficient Wireless Power A Microstrip Filtering Patch procity and topological phenomena. Insights into the Load Modulation to Achieve 50% Transfer for Retinal Prosthesis Antenna with Asymmetric Gain underlying physics and new devices based on these Efficiency at 8 dB Power Back- using Artificial Intelligent Response concepts will be presented. Off over 1.8-2.5 GHz Algorithm Yun Wu¹, Jinhao Dai¹, Liang Sun¹, Yi Wang², Yunlong Lu³, Jifu Huang³ Paul Saad¹, Rui Hou¹, Richard Hellberg¹, Bo Berglund¹ Nam Ha-Van¹, Lam Vu Tung¹ ¹Institute of Physics, Chinese Academy of Sciences ¹Ericsson AB ¹Soongsil University (IOP, CAS), ²Univerisity of Birmingham, ³Ningbo University 84 – WWW.EUMWEEK.COM CONFERENCE SESSIONS MATRIX – PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 85

FRIDAY FRIDAY 08:30 – 10:10

Room 08:30 – 10:10 10:50 – 12:30 13:50 – 15:30 16:10 – 17:50 EVENING Mission 1 Mission 2 Quest PROGRAMME EuRAD25 EuRAD19 EuRAD20 EuRAD21 Progress Closing Session MIMO Radar Passive Radars New Radar Concepts EuRAD19 EuRAD22 Chair: Andreas Stelzer¹ Chair: María-Pilar Jarabo-Amores¹ Chair: Daniel O’Hagan¹ Mission 1 MIMO Radar Automotive Radar MIMO Co-Chair: Matthew Ritchie² Co-Chair: Nathan Goodman² Co-Chair: Pierfrancesco Lombardo² Processing ¹Johannes Kepler University Linz, ²UCL ¹University of Alcalá, ²University of ¹Fraunhofer FHR, ²Sapienza University EuRAD20 EuRAD23 Oklahoma of Rome Mission 2 Passive Radars Target Characterisation with Radar EuRAD21 EuRAD24 Quest [Special Session] New Radar Concepts Civilian Radar Research and 08:30 EuRAD19-1 EuRAD20-1 EuRAD21-1 Development in China – Radar Imaging Using Electrically Airborne Targets Detection by Cognitive approaches to detection S-02 S-01 08:50 Large Arrays With High Range UAV-Embedded Passive Radar of small targets Expedition Cognitive Radar Signal Processing Introduction to MIMO Radar Resolution at 160 GHz Benjamin GABARD¹, Valentine WASIK¹, Olivier Ellis Humphreys¹, Michael Antoniou¹, Christopher RABASTE¹, Thierry DELOUES¹, Dominique POULLIN¹, Baker¹, William Stafford² 5G Forum Technology in 5G Forum André Dürr¹, Benedikt Schneele¹, Dominik Schwarz¹, Hervé JEULAND¹ Christian Waldschmidt¹ ¹University of Birmingham, ²BAE Systems Auditorium 5G: From Technology to Business Context 5G: From Technology to ¹ONERA 5G, But Why? Business ¹Ulm University W-21 Flash Recent Advances in Topologies, Technologies and Practical Realizations of Microwave Sensors W-30 Glow Recent Advances on Microwave Filters 08:50 EuRAD19-2 EuRAD20-2 EuRAD21-2 – On the Impact of Channel Imbal- Comparing Phase-Locked and Co-Engineering of a Radar System W-32 09:10 ance on MIMO Radar Performance Non-Phase-Locked Architectures with Mixed Grey Wolf Optimizer: BOR 2 Practical Aspects of Running a Microwave Laboratory and How to Make Good Measurements Every Time Ricard Grove¹, Jørgen Dall¹ for Dual-Channel DVB-S Passive Application to Concealed Object ¹DTU Space Radar Classification EuRAD Octavio Cabrera¹, Pierfrancesco Lombardo¹, Fabiola Julien Marot¹, Claire Migliaccio², Jérôme Lanteri³, Paul Transitzone A Seated Lunch Colone¹, Carlo Bongioanni¹ Lauga⁴, Salah Bourennane⁴ ¹Sapienza University ¹Institut Fresnel, Aix Marseille Université, ²Universi- 5G Forum té Côte d’Azur, ³Universite Cote d’Azur - CNRS, ⁴Inst. Transitzone B and WS/SC Fresnel, ,Aix Marseille Université Seated Lunch 09:10 EuRAD19-3 EuRAD20-3 EuRAD21-3 – MIMO ISAR Based UWB Imaging Characterization of Single Millimeter- and Submillimeter- 09:30 System for Non-Destructive Frequency Networks for Passive Wave Differential Absorption Testing Radar Applications Radar Harun Cetinkaya¹, Sandra Nowok¹, Reinhold Herschel¹ Volker Winkler¹, Steffen Lutz¹, Michael Brandfass¹ Ken Cooper¹, Richard Roy¹, Jose V. Siles¹, Matthew ¹Fraunhofer FHR ¹Hensoldt Sensors GmbH Lebsock¹, Luis Millan¹, Raquel Rodriguez-Monje¹, Robert Dengler¹, Omkar Pradhan¹, Leslie Tamppari¹, Brian Drouin¹ ¹Jet Propulsion Laboratory, California Institute of Technology

09:30 EuRAD19-4 EuRAD20-4 EuRAD21-4 – Coherent MIMO Radar Systems in Passive DVB-T SAR Phenomenol- Passive Radio Imaging of Hybrid 09:50 Three-Dimensional Surveillance ogy: First Results from a Bistatic Radar System for Security Inspec- Scenarios Campaign tions David R. Sanchez-Jacome¹, Salvatore Maresca², Carsten George Atkinson¹, Michael Antoniou¹, Mikhail Naruto Yonemoto¹ Rockstuhl¹, Paolo Ghelfi³, Antonella Bogoni⁴ Cherniakov¹ ¹ENRI/MPAT ¹Karlsruhe School of Optics and Photonics, Karlsruhe ¹University of Birmingham Institute of Technology, Karlsruhe, Germany, ²Scuola Superiore Sant’Anna - TECIP, ³PNTLab, Consorzio Nazionale Interuniversitario per le Telecomunicazioni (CNIT), Pisa, ⁴TeCIP Institute, Scuola Superiore Sant’Anna, Pisa

09:50 EuRAD19-5 EuRAD20-5 EuRAD21-5 – Sparse MIMO Array for Improved A DVB-T Passive Radar 3D- The Application of Performance 10:10 3D mmWave Imaging Radar Detection Approach Based on Metrics to Staring Radar for Rabia Zainab Syeda¹, Timofey Savelyev², Martijn van Non-Coherent Spatial Integration Drone Surveillance Beurden¹, Bart Smolders¹ Nerea del Rey-Maestre¹, María-Pilar Jarabo-Amores¹, Mohammed Jahangir¹, Bashar Ahmad², Christopher ¹Eindhoven University of Technology, ²Radarxense David Mata-Moya¹, Anabel Almodóvar-Hernández¹, Baker³ BV Pedro José Gómez-del-Hoyo¹ ¹University of Birmingham, ²Aveillant Limited, ³The ¹University of Alcalá University of Birmingham

EuMW EuMC EuRAD EuMIC Student Activity EuMIC/EuMC EuMC/EuRAD 86 – WWW.EUMWEEK.COM PROGRAMME PROGRAMME WWW.EUMWEEK.COM – 87

FRIDAY 10:50 – 12:30 FRIDAY 13:50 – 15:10

Mission 1 Mission 2 Quest ROOM Progress EuRAD22 EuRAD23 EuRAD24 EuRAD25 Automotive Radar MIMO Target Characterisation with [Special Session] Civilian Radar Technology in EuRAD Closing Session Processing Radar Research and Development in Context Chair: Mayazzurra Ruggiano¹, EuRAD Chair Chair: Reinhard Feger¹ Chair: Christopher Baker¹ China Jacob Groote Co-Chair: Jacco de Wit², EuRAD TPC Chair “5G, But Why?” ¹Thales Nederland B.V., ²TNO Co-Chair: Kevin Cinglant² Co-Chair: Jacco de Wit² Chair: Cheng Hu¹ Room: Aditorium ¹Johannes Kepler University Linz, ²ZF ¹University of Birmingham, ²TNO Co-Chair: Alexander Yarovoy² ¹Beijing Institute of Technology, ²TU Delft Refer to p. 27 for more information.

10:50 EuRAD22-1 EuRAD23-1 EuRAD24-1 13:50 Multi-Band Functionally Integrated Multi-Function Radar – High Angle Resolution Automotive Physics Based Radar Simulation Probabilistic Deep Models for – Sensor Suites 11:10 14:30 Radar Based on Simultaneous 12 Thijs van Putten¹, Rogier van Aken¹, Michael Phillips¹ Radar Target Recognition Winston van Oosterhout¹ Tx Doppler-Multiplex MIMO INDUSTRIAL KEYNOTE Bo Chen¹ ¹Thales Nederland B.V., The Netherlands Nadjah Touati¹, Christian Sturm¹ ¹Siemens Digital Industries Software ¹Xidian University ¹Valeo Schalter und Sensoren GmbH Current and future naval missions are evolving. The operational scene that we know today is likely to change at an increasing pace: technological develop- ments occur not only in defense mission systems, but also in threats that rely on the very same develop- 11:10 EuRAD22-2 EuRAD23-2 EuRAD24-2 ments. This means that future missions have a high – Fast Chirp MIMO Radar System Towards Safe Autonomous Entomological Radar Signal level of uncertainty, increasing the naval challenges 11:30 using Doppler Offset Orthogonal Driving: Challenges of Pedestrian Processing and Experimental that we know today. Codes Detection in Rain with Automo- Validation Naval combat systems call for developments that are Takaaki Kishigami¹, Kenta Iwasa¹, Tomohiro Yui¹, tive Radar Cheng Hu¹, Weidong Li¹, Rui Wang¹ designed around the expectation for the unexpected. Hidekuni Yomo¹, Akihiko Matsuoka¹, Junji Satou¹ Dagmar Steinhauser¹, Thomas Brandmeier¹, Patrick ¹Beijing Institute of Technology One of the answers to overcome such uncertainty, is ¹Panasonic Corporation Held¹, Bernhard Thöresz¹ the extension of today’s multi-function radar systems ¹Technische Hochschule Ingolstadt to multi-band, functionally integrated sensor suites. With scalability in the genes, reconfigurability is the extension to deploy the benefits that multi-band ra- dar sensor suites have to offer. This is further aug- 11:30 EuRAD22-3 EuRAD23-3 EuRAD24-3 mented by the incremental capability upgrades that – Millimeter-Wave Automotive High Resolution 802.11Ax-Based Coherent Multidimensional Agility 11:50 have emerged with radar systems which have a large Radar using Extrapolation for Passive Radar for Human Move- Radar Signal Processing dependency on software defined functionalities. Improved Angular Resolution ment Monitoring Wen-Qin Wang Wang¹ This talk shows developments that Thales has under- Cristian-Alexandru Alistarh¹, Laura Anitori², Symon K. Hasan Can Yildirim¹, Laurent Storrer¹, François ¹University of Electronic Science & Technology Podilchak³, John Thompson³, Pascual David Hilario Re⁴, Rottenberg², Jérôme Louveaux², Philippe De Doncker¹, of China taken in the Dutch radar ecosystem to provide an an- Mathini Sellathurai⁴, George Goussetis⁴, Jaesup Lee⁵ François Horlin¹ swer in the radar and adjacent domains to overcome ¹Heriot-Watt University, ²TNO, ³The University ¹Université Libre de Bruxelles, ²Université catholique of Edinburgh, ⁴Heriot Watt University, ⁵Samsung de Louvain the challenges that are foreseen in the naval domain. Advanced Institute of Technology A sneak preview is given of the suite architectural setup, main subsystems and underlying technologies to highlight the benefits of multi-band functionally 11:50 EuRAD22-4 EuRAD23-4 EuRAD24-4 integrated multi-function radar sensor suites. – Kalman Tracking in Driver Assis- Refraction Compensation for The State-of-the-Art of Terahertz 12:10 tance Systems - Collision Warning Non-Destructive Testing of Fibre- Technologies and Applications for Vulnerable Road Users Composite Materials Weidong Hu¹ Simon Hüsges¹, Christoph Degen¹ André Froehly¹, Reinhold Herschel¹ ¹Beijing Institute of Technology ¹Hochschule Niederrhein University of Applied ¹Fraunhofer FHR Sciences 14:30 Awards Ceremony – Marion K. Matters-Kammerer 14:50 Awards and Prizes Chiar

12:10 EuRAD22-5 EuRAD23-5 EuRAD24-5 – Automatic Delay and Phase Size estimation of space debris Microwave photonics Radar 14:50 Closing Remarks and Invitation to EuRAD 2021 in London 12:30 Mismatch Calibration in FMCW models from their RCS measured Technology – Mayazzurra Ruggiano, James Watts1 MIMO Radar in anechoic chamber Wangzhe Li¹ 15:10 ¹EuRAD 2021 Chair Adrian Figueroa¹, Niko Joram¹, Frank Ellinger¹ Selenia Ghio¹, Marco Martorella² ¹Institute of Electronics of the Chinese Academy of Sciences ¹TU Dresden ¹Consorzio Nazionale Interuniversitario Telecomuni- cazioni (CNIT), ²CNIT - University of Pisa 88 – WWW.EUMWEEK.COM WELCOME MESSAGES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 89

Welcome from the Workshop and SUNDAY 08:30 – 17:50 Short Courses Chair S-03 Fundamentals of Microwave PA Design EuMIC Chair: Paolo Colantonio¹ Co-Chair: Franco Giannini¹ ¹University of Roma Tor Vergata The Workshops and Short Courses pro- fundamentals. Workshops and short workshop and short course materials gram is one of the major scientific com- courses on practical measurements for their hard work. It is thanks to their Room: Auditorium ponents of the European Microwave methodologies and filter design will outstanding spirit and dedication to Week. In this year edition, despite the also be presented. Each workshop and this field and to this conference that difficulties due to the Corona virus short course is individually endorsed the European Microwave Week 2020 pandemic and the necessity to re-or- by one or two of the conferences with- has survived the pandemic. ganize the conference, we are pleased in the EuMW. However, they are avail- and proud to be able to offer a wide able and accessible to any scientist or I would like to thank the whole Semiconductor Power Amplifiers are key state-of-the-art results on actual designs of range of workshops and short cours- engineer wishing to gain a broader per- EuMW2020 team and my collabora- components in radio frequency and mi- a range of semiconductor power amplifiers es, covering all most relevant topics spective on microwave and RF systems tor Sofia Kotti who supported me in crowave transmitter systems. They have using existing foundries. The load pull tech- in the microwave field, ranging from and devices, or to learn about a new the organization of the workshops and received a great deal of attention and de- nique is also addressed and focused on the classical to upcoming technology ar- specialism within our broad field. short courses for their hard work and velopment effort over the last decades and designer perspective. eas. A total of 32 workshops and short dedication to this conference. Despite are still a hot topic in research area. This The presentations will also cover a vari- courses will be presented throughout The workshop and short courses pro- all difficulties of this pandemic year, short course aims to provide a comprehen- ety of advanced topics, and will provide the entire week, and will cover topics gram is distributed throughout the it was a real pleasure and a source of sive overview of all aspects of fundamental the attendees with a clear overview of the of interest to both experts as well as entire week. Workshops that focus on fun to be able to work, organize and semiconductor microwave power amplifier main streams of current and important re- junior scientists entering the amazing topics relevant to EuMIC mainly take re-organize this conference with you design. It is an introductory course, aimed search trends worldwide in this field, as the microwave world. place from Sunday to Tuesday. On all. Thanks for making the microwave at graduate engineers who have moved into Doherty architecture and the more recent Thursday and Friday we present most field so lively and exciting. the field of RF design, as well as to micro- load modulation power amplifier design Short courses offer the possibility to of the workshops endorsed by EuRAD. wave designers who aim to deeply under- concepts. get acquainted with a new topic while Throughout the whole week EuMC Finally, I would like to encourage ev- stand the power amplifier basic concepts. The short course will also focus on the major workshops will get you up to speed workshops take place. eryone working in this field to become This short course features a range of pre- challenges, such as stability (small and large on a specific subject through a hand- part of our community and join us in sentations and will provide a comprehensive signal) and how to address these in amplifi- picked set of lectures given by the Slides for the workshops and short organizing future European Microwave overview and basic understanding on recent er design. Finally, accounting for the linear- best scientists and “microwave prac- courses will be provided electronically. Conferences. There is so much to learn important progress and novel state-of-the- ity issue, a basic overview on linearization titioners” in the field. Upcoming tech- Please note that upon registration to from this community, even beyond art achievements in semiconductor power techniques and their adoption to properly nologies and applications like 5G and one WS/SC, you will receive not only microwaves! amplifiers. Very recent advances in semicon- mitigate the amplifier distortion effects will full-duplex communications, quantum the proceedings of that workshop, ductor amplifiers and their applications will conclude the short course. computing, as well as automotive radar but of all workshops and short cours- also be covered. and micro-Doppler target classification, es presented during the entire week. Starting from the fundamental concepts on will be presented by world recognized These will be available for download semiconductor devices, the core of a power experts in the field. A large number of via a weblink provided after registra- amplifier design, the theoretical foundations workshops will also address techno- tion to one of the WS/SC. The material of a power amplifier design are discussed. logical topics like GaN, CMOS, SiGe as will be available for download from 2 It will include fundamental concepts and well as THz-technologies. Fundamental to 31 January 2021. knowledge is provided in short cours- es on circuit design and high power We are very grateful to all the orga- amplifiers, MIMO and cognitive radar nizers, presenters and authors of the PROGRAMME Semiconductor Devices for PAs Load Modulated PAs Linearization Techniques Iltcho Angelov¹ Steve Cripps¹ Overview ¹Chalmers University of Technology ¹Cardiff University Pere L. Gilabert¹, Gabriel Montoro¹ PA Theoretical Foundation X-Parameters High-Power PAs ¹Universitat Politècnica de Catalunya Franco Giannini¹ Modeling for System Level Design of a C-band Single-Stage ¹University of Roma Tor Vergata Analysis Hybrid 100W GaN PA Design and Model Oriented Load Alessandro Cidronali¹ Francesco Scappaviva¹, Davide Resca¹ Pull Techniques ¹University of Florence ¹MEC srl Marco Pirola¹ Linear and Nonlinear Stability ¹Politecnico di Torino Analysis of Power Amplifiers The Doherty Power Amplifier Giorgio Leuzzi¹ ¹University of L’Aquila LAURA ANITORI SOFIA KOTTI Paolo Colantonio¹ Workshop and Short Courses Chair Workshop, Short Courses Co-Chair ¹University of Roma Tor Vergata TNO, The Netherlands TNO, The Netherlands 90 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 91

SUNDAY 08:30 – 17:50 SUNDAY 08:30 – 17:50 W-03 W-06 High Performance GaN MMICs EuMIC Sub-mmWave On-Wafer Measurements EuMIC Chair: Rüdiger Quay¹ Chair: Viktor Krozer¹ Co-Chair: Farid Medjdoub² Co-Chair: Ralf Doerner¹ ¹Fraunhofer IAF, ²University of Lille ¹Ferdinand-Braun-Institut (FBH) Room: Mission 1 Room: Spark

GaN technologies are ongoing drivers for reconfigurable GaN design techniques with and cost budget of mmW 5G base stations, The workshop focuses on on-wafer device On-wafer antenna measurement systems system advancements. The workshop gives applications to power amplifiers, switches, handsets and backhaul links. characterisation techniques, methodologies, and photonic approaches to on-wafer op- an overview of the progress of important limiters and self-interference rejection. The presentation by Wolfspeed will discuss and modelling for device operating well be- toelectronic device characterisation will be Gallium Nitride MMIC technologies avail- The UMS presentation will present the re- size, power density, and efficiency the de- yond 100 GHz. Many of these aspects have discussed. able to the microwave and RF community cent development of GaN power technolo- mands, focus on key developments to enable entered into focus due to the increased in- for frequencies from 400 MHz to 200 GHz. gies addressing X to Q bands. The link with MMICs for backhaul and satcom, and pres- terest in electronic and photonic devices, Important industrial major vendors of GaN applications like space and 5G applications ent examples of designs. circuits, and systems for communications MMICs do contribute. Eight international will be emphasized through different dem- The talk by Fraunhofer will discuss several and sensing applications. The presentations speakers will give their view to the evolu- onstrators, some of them being complete design approaches for enhancing the per- will present effects especially important at tion of important applications such as sens- System-In-Package. formance of GaN-based amplifier MMICs for mm-wave and sub-mm-wave frequencies, ing, defence, data com, and 5 and 6G with The paper by Win will provide an overview applications above 100 GHz. potential pitfalls and how to overcome those emphasis on IC technology. Their roadmaps of WIN Semiconductor’s GaN platforms used The presentation by Sumitomo introduc- when performing on-wafer measurements. will be provided to enable the audience to in wireless Infrastructure and satellite com- es real GaN HEMT 5G basestation PAs in The workshop will cover electronic and estimate the progress of MMIC on a global munications. Device-level RF performance terms of performance, reliability, and cost photonic approaches to on-wafer character- scale. Further, the research progress with data will be presented along with select competitiveness. isation of active and passive devices, will respect to higher frequency scaling beyond MMIC results from several customers. The final speaker will give a talk on the enlighten broadband measurement capabil- commercial technologies are addressed. The talk by Ommic will review how scaled impact of GaN with a European defense ities, and will present not only small-signal The first talk by Qorvo addresses var- down GaN /Si fully complements sub 40-nm perspective. characterisation, but also large-signal, noise, ious self-configuring and frequency CMOS to meet the stringent specifications and power characterisation techniques.

PROGRAMME PROGRAMME Self-Configuring, Adapting and Design of High Performance Uncertainties in On-Wafer Broadband 220 GHz VNA Sub-THz Load-Pull Techniques Reconfigurable GaN MMICs Microwave and Millimeter Wave Measurements at mm- and Sub- Calibration and Measurement Marco Spirito¹ ¹Delft University of Technology Charles Campbell¹ GaN HPAs mm-Wave Frequencies Techniques ¹Qorvo Jeremy Fisher¹ Uwe Arz¹ Steve Reyes¹ On-Wafer Antenna and Recent Development of GaN ¹Wolfspeed ¹Physikalisch Technische Bundesanstalt (PTB) ¹Anritsu Photomixer Measurements up to Power Technology Applied to RF Design of GaN Power Amplifier A Practical Guide for Verifying Impact of Calibration 750 GHz Sensors MMICs Operating Beyond 100 On-Wafer Measurement System Uncertainties on Device Guillaume Ducournau¹ ¹University of Lille Didier Floriot¹ GHz Integrity at sub-mm-Wave Modelling ¹United Monolithic Semiconductors Maciej Ćwikliński¹ Frequencies Tom Keinicke Johansen¹ Non-Contact Probing for On-Chip ¹Fraunhofer IAF ¹Technical University of Denmark WIN GaN HEMT Platforms Ralf Doerner¹, Andrej Rumiantsev² Characterization of mm-Wave ¹Ferdinand-Braun-Institut (FBH), ²MPI Corporation David Danzilio¹ GaN HEMT Power Amplifier On-Wafer Noise Measurements and THz Devices ¹Win Semiconductors Technologies for 5G Guidelines for the Design of Above 110 GHz Kubilay Sertel¹ ¹The Ohio State University / TeraProbes State-Of-The-Art mmW GaN/Si Basestations Calibration Substrates, Including Mikko Kantanen¹ ¹Millimeter Wave Laboratory of Finland – MilliLab MMICs Kazutaka Inoue¹ the Suppression of Parasitic ¹Sumitomo Marc Rocchi¹ Micromachined Wafer Probes ¹Ommic Modes, Influence of Microwave Perspectives using GaN Devices Probes and Crosstalk Effects up with Integrated Detectors for in Defense Systems to W-Band Power Measurements Jean-Marc Tanguy¹ Gia Ngoc Phung¹ Robert Weikle, II¹ ¹French MOD ¹Physikalisch Technische Bundesanstalt (PTB) ¹University Virginia / Dominion Inc. 92 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 93

SUNDAY 08:30 – 17:50 SUNDAY 08:30 – 17:50 W-17 W-11 EuMIC/ Integrated Doherty PAs for Cellular and mmWave EuMIC Advanced RF Technologies for 5G Chair: Florinel Balteanu¹ EuMC Applications Co-Chair: Andrei Grebennikov² Chair: Rocco Giofrè¹ ¹Skyworks Solutions, ²Sumitomo Electric Group Co-Chair: Joseph Staudinger² Room: Mission 2 ¹University of Roma Tor Vergata, ²NXP Semiconductors Room: Expedition

The ability of the Doherty architecture of the implementation of high efficiency and 5G is supposed to transform our world, the concurrently deployment for 5G LTE operating at high efficiency at significant linearity DPAs in GaN technology has poten- creating an ecosystem where everyone New Radio (NR) with the actual 4G LTE will output power back-off has led the RF and tial significantly change the landscape. is connected to everything, all the time. increase the complexity for 5G RF Front End microwave community to re-discover its This workshop aims to report about recent Worldwide adoption of 3G/4G smartphones Modules (RF FEMs) and will be covered in concept and adapt it to the requirements of progress on integrated Doherty PAs for both and the transition to 5G has been the main this workshop. modern high frequency transmitters both cellular (sub 6Ghz) and mm-wave applica- engine behind semiconductor industry with for terrestrial and space applications. In the tions, starting from the assessment of the a very active research area. Mobile cellular former case, upcoming 5th generation cellu- scenarios, in both ground and space appli- subscribers are expected to reach more lar (5G) represents a keen area of interest for cations, to the system level evaluation, also than 6 billion by 2020 and 5G LTE will bring both academia and industry. Required power describing advanced experimental charac- high data capacity as low latency using sub- levels are such that both Si- and III-V-based terization techniques at device/circuit level, 6GHz and mm-Wave spectrum. The work- technologies can be viable semiconductor and actual MMIC Doherty implementations shop presents the current status of 5G RF platforms to implement highly performing on state-of-art GaN-based and Si-based technologies and techniques to deliver an integrated DPAs. On the other hand, under semiconductor technologies. over gigabit-per-second data rate and low the pressure of the evolving mobile cellular latency. The high speed wireless ecosystem networks (e.g. 5G), satellite-based commu- which includes 5G LTE and WiFi 6 (802.11ax) nications are asked to significantly improve will be deployed in the near future and will their performance to remain competitive. use two frequency domains: sub 6GHz fre- Therefore, they are evolving towards high quency domain and mm-Wave spectrum. throughput satellites (HTS) adopting spec- Mm-Wave will be used initially to increase tral efficient digital modulation schemes and the capacity for backhaul 5G networks and multi-beam active antennas. In this context, allow low latency. From this prospective and

PROGRAMME PROGRAMME Challenges and Opportunities of Is GaN Doherty PA Ready for GaN-on-SiC Integrated Power 5G New Radio Design Challenges High Efficiency and Wideband The 5G NR Signals Impact on the 5G mm-Wave Power Amplifiers Space Applications? Amplifiers for 5G Multi-User Laurent Noel¹, Dominique Brunel¹ GaN PA Techniques for RFPA Envelope Impedance and ¹Skyworks Solutions Inc. from an Industrial Point of View Vittorio Camarchia¹ Massive MIMO Applications Sub-6 GHz 5G Base-Station Bias Network Design ¹Politecnico of Turin Maurizio Pagani¹, Renato Lombardi¹ Jangheon Kim¹, Abdulrhman M.S. Ahmed¹ Industrial RF SOI and BiCMOS Applications Sergio Pires¹, Jan-Willem van Velzen¹ ¹Huawei Italy ¹Wolfspeed ¹Ampleon Sub 6 GHz Power Amplifiers for Technologies Targeting 5G Shuichi Sakata¹, Shintaro Shinjo¹ GaN Enabling Technology for 5G – An Ericsson Prospective DPA Solutions for Sub 6 GHz 5G Wireless Market ¹Mitsubishi Electric Corporation Fully Tunable mm-Wave mm-Wave Applications Vincenzo Carrubba¹ mMIMO (With Emphasis on Si Frederic Gianesello¹ Do SOI Technologies Bring Solutions in Advanced BiCMOS ¹Ericsson ¹ST Microlectronics Rémy Leblanc¹ Based Solutions) Added Value for New Technology ¹OMMIC Foundry High Power RF GaN Doherty John Gajadharsing¹, Jean-Jacques Bouny¹ Design and Integration of Connectivity Challenges? Gaëtan Prigent¹ ¹Ampleon The Netherlands BV ¹University of Toulouse Advanced GaN Power Amplifier Design from Technology to Multiband High Efficiency Linear Didier Belot¹ MMICs for Millimeter-Wave Circuit PA Modules for 5G ¹CEA-LETI Technical Challenges and Trends Applications Cédric Cassan¹ Alexandre Giry¹ Advanced Modeling and for 4G/5G Acoustic Filters ¹NXP Semiconductors ¹LETI Keigo Nakatani¹, Shintaro Shinjo¹ Characterization Techniques for Marie Bousquet¹ ¹Mitsubishi Electric Corporation ¹CEA LETI 5G Front Module for Mobile mm-Wave Antenna Arrays Applications Koen Buisman¹, Christian Fager¹ ¹Chalmers University of Technology Florinel Balteanu¹ ¹Skyworks Solutions 94 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 95

SUNDAY 08:30 – 12:30 SUNDAY 08:30 – 17:50 W-27 W-29 Wireless Power Transmission Recent Research Advances EuMC Recent Advances in Additive Manufacturing of Microwave EuMC Chair: Nuno Borges Carvalho¹ Co-Chair: Alessandra Costanzo² Components ¹Universidade de Aveiro, ²University of Bologna Chair: Maurizio Bozzi¹ Room: Flash Co-Chair: Cristiano Tomassoni² ¹University of Pavia, ²University of Perugia Room: Quest

This workshop will be devoted to present Additive Manufacturing (AM) is becoming a This workshop offers an overview of the lat- the recent research advances in the area very popular technology in several fields. It est developments in the use of AM for the of Wireless Power Transmission, the work originated as a solution for fast prototyping implementation of microwave components. herein presented will be devoted mainly to of objects mainly used in the mechanical The use of several AM technologies will be radiative wireless power transmission and engineering area. In the last years, this tech- shown and compared. Different applications will address the new advancements in the nology has found many additional applica- including sensors, filters, high power com- area, spanning from European, Asian and tions, including the manufacturing of micro- ponents, etc. will be considered. Solutions American speakers. wave/millimetre-wave components. adopted to improve the component perfor- It is expected to address the most recent Several AM technologies are currently mance will be illustrated. Manufactured results in these area and the approaches available. The material used for the man- components and their applications will be followed to increase significantly the end to ufacturing can be very different, ranging presented. end energy efficiency. from plastic to metal and ceramics. Plastic A time slot will be devoted to questions and The presentations will address also some of and ceramic objects can be used directly as open discussion, involving all speakers and the recent advances when combining wire- dielectric material or as a support to be sub- the attendees. less power with information, and discuss sequently metallized. some of these ideas of Simultaneous Wire- The application of AM to microwave/milli- less Information and Power Transmission as metre-wave components requires special an enabler of long-range radiative wireless attentions to some particular aspects. As an power application. example, in the manufacturing of microwave filters, small manufacturing tolerances, min- imum surface roughness, and low surface resistivity are of key importance.

PROGRAMME PROGRAMME Towards a Common Metrology System and Circuit-Level Design Additive Manufacturing of New Development of All Metal RF Implementation of Microfluidic Paradigm for Wireless Power for RF Energy on Demand in Classes of Filters with Non- Components Via Selective Laser Sensors by Additive Paul Jaffe¹ Industrial IoT Conventional Geometries Melting Manufacturing ¹U.S. Naval Research Laboratory Alessandra Costanzo¹ Cristiano Tomassoni¹ Oscar Antonio Peverini¹ Maurizio Bozzi¹ Novel Beam Forming Technology ¹University of Bologna ¹University of Perugia ¹CNR-IEIIT ¹University of Pavia for High Efficiency and Safe SWIPT – Combining Wireless Microwave and Millimetre-Wave Inkjet-/3D-/4D-Printed “Sero- Polymer-Based 3D Printing for Wireless Power Transfer Power with Backscatter 3D Printed Waveguide Filters Power” Wireless Ultrabroadband Earth Observation Satellite Naoki Shinohara¹ Communications Yi Wang¹ Modules for IoT, SmartAg and Payload Front Ends ¹Kyoto University ¹University of Birmingham Nuno Borges Carvalho¹ Smart Cities Applications Stepan Lucyszyn¹ ¹Universidade de Aveiro ¹Imperial College London Emerging Developments on Additive Manufacturing Applied Manos M. Tentzeris¹ Integrated SWIPT Receivers to Reconfigurable Microwave ¹Georgia Institute of Technology Steven Claessens¹ Filters High Power 3D Printed Parts: ¹KU Leuven Nicolas Delhote¹ From Multipactor to Thermal ¹University of Limoges Aspects Petronilo Martín-Iglesias¹ ¹European Space Agency 96 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 97

SUNDAY 13:50 – 17:50 MONDAY 08:30 – 12:30 W-02 S-07 Advanced Measurement Techniques for Next Generation EuMIC/ From Device Characterisation to Amplifier Design: EuMIC/ EuMC EuMC Communication Systems Advanced Large Signal Measuring, Fast and Accurate Chair: Dominique Schreurs¹ Co-Chair: Antonio Raffo² Modelling, and Reliable Designing ¹University of Leuven, ²University of Ferrara Chair: Steve Dudkiewicz¹ Room: Flash Co-Chair: Osman Ceylan¹ ¹Maury Microwave Room: Flash

The workshop focuses on recent advances This workshop will represent a unique and The wireless telecommunications industry In this short course, fundamentals of in large-signal measurement techniques amazing opportunity for the attendees to has responded to our insatiable demand for high-power RF device characterization for microwave applications. In particular, discuss their doubts about state-of-the-art high-speed streaming with the development techniques, basics of Load-Pull, calibration starting from the main issues that hinder measurement and modelling techniques of 4G LTE and 5G communications systems. methods, high-speed nonlinear measure- measurement accuracy under nonlinear with some of the most important scientists These systems use complex and high-order ment methods with harmonics, Enhanced high-frequency operation of devices, cir- in the field. modulation schemes with high peak-to-av- Poly Harmonic (EPHD) model extraction cuits, and systems, the speakers will pres- erage ratios (PAPR) in order to meet the from measured data, and high power RF ent the state-of-the-art performance of ultra needed high-speed cellular data rate within amplifier design with EPHD model will be wideband instrumentation and will discuss a given limited bandwidth. Therefore, highly introduced. High-power transistors for sub- actual measurement scenarios of interest optimized and engineered RF amplifiers are 6 GHz applications and mmW devices are for next generation communication systems. needed to achieve adequate linearity and considered in the sessions. high efficiency also at the deep back-off The challenges related to ultra wideband power levels. measurements will be clearly discussed by Device characterization and modeling is the particularly explaining how measurement first and most important step for high-per- techniques that represent an acceptable formance power amplifier design. Accurate solution for large-signal characterization un- modeling of a high-power RF solid-state de- der CW excitation lose meaning when actual vice requires extended large signal analysis modulated signals are considered. Moreover, in a wide frequency range, including several the importance of performing accurate mea- harmonics and wide operation range, such as surements will be highlighted in connection Class-C, B, and AB. Today’s rapidly changing of using large-signal microwave measure- and competitive wireless telecommunication ments for the extraction of behavioral mod- technology world also needs reduced time els. These models, whose uncertainty almost from development to market. Therefore, pre- coincides with measurement uncertainty, paring a reliable and verified device model allow the designer to simplify the design and designing a power amplifier should be flow and thereby reducing the time and cost done precisely in a short time. related to multiple foundry runs.

PROGRAMME PROGRAMME Traceability for Large-Signal Wideband Modulated Load- Fundamentals of Large Signal mmW Device Characterization Measurement Applications Pull for Design Validation and Characterization and High- and Modeling Dylan Williams¹ Verification Power Amplifier Design Alireza Shamsafar¹ ¹National Institute of Standards and Technology ¹Ampleon BV Mauro Marchetti¹ Considerations ¹Anteverta-mw Characterizing Modulation Osman Ceylan¹ Modeling of High-Power RF Distortion of Active Devices in Behavioural Model Generation ¹Maury Microwave Transistors and Applications the Frequency Domain for Advanced Microwave Wideband Active Load-Pull and Mitra Gilasgar¹ ¹Ampleon BV Jan Verspecht¹ Transistors Baseband Control ¹Keysight Technologies Paul Tasker¹ Mauro Marchetti¹ Behavioural Models and EPHD ¹Cardiff University ¹Anteverta-mw Modeling Wissam Saabe¹ ¹AMCAD Engineering (France) 98 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 99

MONDAY 08:30 – 17:50 MONDAY 08:30 – 12:30 W-07 W-08 High-Power Microwave Industrial Applications EuMC Antenna/Modules in Package for mmWave for 5G EuMC Chair: Zoya Popovic¹ Chair: Rajesh Mandamparambil¹ Co-Chair: Vadim Yakovlev² Co-Chair: Rob Maaskant² ¹University of Colorado, ²Worcester Polytechnic Institute ¹NXP, ²Chalmers University of Technology Room: Beam Room: Spark

This workshop addresses the increasing well-known microwave heating of food This combined Workshop/Short Course ad- industrial applications of high-power mi- products, they include powder metallurgy dresses the key challenges in terms of mate- crowaves. In 2009, the IEEE MTT-S IMS (include sintering of particulate materials), rial, process and testing of IC packages. Ad- Workshop “Recent Advances in Microwave microwave-assisted chemistry, microwave vanced packaging level approaches will be Power Applications and Techniques (RAM- plasma generation, manufacturing of nano- discussed, allowing packaging of different PaNT)” received significant interest among materials and composites (including micro- semiconductor compounds (Si, GaN), as well IMS attendees and won the “Best Quality wave-assisted 3D printing), waste-to-fuel as multi-die System-in-Package solutions. A Workshop” Award. The RAMPAnT Workshop conversion, etc. Topics that support many complete chip-package co-design flow will was designed as an inauguration forum that of the applications, such as advanced mul- be explored which allows improvement of RF introduced the MTT community to micro- tiphysics modeling and accurate character- performance and power efficiency. An over- wave energy applications in science and in- ization of material parameters, will also be view of the latest material developments dustry. For the past 10 years, topics related discussed. The Workshop includes ongoing in the mmw/ RF domain will be presented. to this Workshop have gradually increased developments of solid-state technology and Challenges on mmW packaging especially in scope. This Workshop proposed for the prospects of the use of solid-state genera- on antennas integration will be discussed. EuMW2020 will review the recent advance- tion in high-power applications for more Phased array antenna modules for 5G is an ments in industrial and scientific applica- flexibility and control. important driver and their pros and cons will tions of high-power microwave technology. be shared. The discussions will cover well-established systems and processes as well as new trends and emerging applications: beyond

PROGRAMME PROGRAMME High Power Industrial Microwave Assisted Metallurgy Advanced Multiphysics Analysis of 5G mmW Use Innovative Packaging Microwave Applications and Using Hybrid Systems Simulation of Microwave Power Cases and Its Implications on Material Developments for RF Market Trends Paolo Veronesi¹ Processes and Systems Phased Array Antenna Module Applications ¹University of Modena and Reggio Emilia Jens Hofmann¹ Vadim Yakovlev¹ Realizations Ruud de Wit¹ ¹MUEGGE GmbH ¹Worcester Polytechnic Institute ¹Henkel Principles and Practice of High- Thomas Emanuelsson¹ Review of Systems and Power In-Cavity SSPA Combining Measurement of Temperature- ¹Gapwaves AB mmWave Reference Design Processes in Microwave Power Zoya Popovic¹ Dependent Complex Permittivity Needs and Challenges in Flow and Correlation with ¹University of Colorado Drying Applications of Materials Packaging for mm-Wave Measurements Peter-A. Püschner¹ The Challenge of Scaling- José M. Catalá-Civera¹ Antennas Mart van Gijsel¹ ¹Püschner GmbH ¹Universidad Politècnica De València ¹Keysight Technologies Up Microwave Assisted Stefania Monni¹ Microwave-Induced Plasma – Technologies In Situ Monitoring of High- ¹TNO From Academia to Industry Marilena Radoiu¹ Power Microwave Material Advanced pPackaging ¹Microwave Technologies Consulting Kostyantin Achkasov¹ Processing Approaches for 5G and mm- ¹Consultant Development of Solid-State Sébastien Vaucher¹ Wave Applications ¹EMPA - Swiss Federal Laboratories for Material Science and Technology Field-Assisted Manufacturing of Technology and Its Impact on Tanja Braun¹ Materials Microwave Power Engineering ¹Fraunhofer IZM Bala Vaidhyanathan¹ Klaus Werner¹ ¹Loughborough University ¹pink RF 100 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 101

MONDAY 08:30 – 12:30 MONDAY 08:30 – 17:50 W-13 EuMC/ W-18 Advanced Applications of In-Band Full-Duplex Technology Measurements at mmWave and Terahertz Frequencies of EuMC Chair: Kenneth E. Kolodziej¹ EuRAD Co-Chair: Taneli Riihonen² Three Measurement Quantities: S-Parameters, Power, and ¹MIT Lincoln Laboratory, ²Tampere University Complex Permittivity of Dielectric Materials Room: Auditorium Chair: Xiaobang Shang¹ Co-Chair: Nick Ridler¹ ¹National Physical Laboratory (NPL) Room: Glow

Many wireless systems could benefit from There is a rapid increase in exploitation of This workshop will review the latest devel- to 1.5 THz the ability to transmit and receive on the the millimetre-wave and submillimeter-wave opments that are taking place for the three ii Planar S-parameter measurements up to same frequency at the same time, which is spectrum, driven by demands from diverse electrical measurement quantities, namely 1.1 THz known as In-Band Full-Duplex (IBFD) and/or applications including wireless backhaul S-parameters, power and complex permit- iii Calibration technique for power measure- Simultaneous Transmit and Receive (STAR). links for 5G mobile networks, radar sensors tivity of dielectric materials, at millime- ments at D-band (110-170 GHz) This technology could lead to enhanced for advanced or autonomous vehicles, space tre-wave and terahertz frequencies. Most of iv Material characterizations at millime- spectral efficiency for future wireless net- deployed radiometers for remote sensing of these activities are undertaken in a recent tre-wave and terahertz frequencies using works, such as fifth-generation New Radio climate change, security imaging (e.g. tera- European Metrology Programme for Innova- free-space method, TDS, open and closed (5G NR) and beyond, and/or could enable hertz body scanners), and medical diagnosis. tion and Research (EMPIR) project, 18SIB09 resonators techniques. capabilities and applications that were pre- Advancement in these applications has led TEMMT, which involves 19 partners globally. Calibration and verification techniques of viously considered impossible, such as IBFD to an increased demand for accurate and The workshop consists of 14 proposed talks these measurements, together with mea- with phased array systems. In this work- traceable electrical measurements for devic- and will present the current state of the art surement uncertainties, will also be covered shop, experts from academic and federal es and integrated circuits operating at these of the measurements, specifically, in the workshop. research institutions will discuss advanced high frequencies. i Waveguide S-parameter measurements up applications of IBFD that move beyond basic communication systems. Presentations will contain details and measured results that PROGRAMME encompass military, radar and multiple-in- put multiple-output (MIMO) applications. Considerations for Calibrating Development of Probing- with the Help of Fabry-Perot and Measuring Using Vector System for Accurate On-Wafer Resonator Network Analysers at Millimetre Measurements up to 1.1 THz Marcin Wojciechowski¹, Jerzy Krupka¹ ¹GUM (Central Office of Measures) and Submillimetre Wavelengths Faisal Mubarak¹ ¹VSL Nick Ridler¹ Uncertainties and Error ¹National Physical Laboratory (NPL) Enabling Over Temperature Analysis of Material Parameter Vector Network Analysis and S-Parameter Measurement Extraction Methods Waveguide Interfaces to 1.5 THz Confidence to THz Frequencies Alireza Kazemipour¹ ¹METAS Jeffrey Hesler¹ Anthony Lord¹, Gavin Fisher¹ ¹Virginia Diodes Inc. ¹FormFactor Free-Space Broadband PROGRAMME On-Wafer Traceable Mixed-Mode Practical Steps to Improve Measurements of THz Dielectric S-parameter Calibration On-Wafer S-Parameters High Properties and Material Data Omni- and Directional Joint Radar and Communication Djamel Allal¹ Frequency Measurements From the TEMMT Project ¹LNE Approaches to In-Band Full- Using In-Band Full-Duplex Robin Schmidt¹ Mira Naftaly¹ Duplex Systems Technology Nanorobotic On-Wafer Probe ¹Keysight Technologies ¹National Physical Laboratory (NPL) Kenneth E. Kolodziej¹ Sofie Pollin¹, Seyed Ali Hassani¹ ¹MIT Lincoln Laboratory ¹KU Leuven Station Under Scanning Electron Calibration of RF Power at 110- Material Characterization by Microscope 170 GHz Closed Resonator Method and Robust Transceiver Design for Simultaneous Transmit and Kamel Haddadi¹ Gia Ngoc Phung¹ In-Situ On-Wafer Measurement Full-Duplex Relay-Assisted Receive Radios Beyond Full- ¹University of Lille ¹Physikalisch-Technische Bundesanstalt (PTB) Method for 6G Application MIMO Systems Duplex Communications Numerical Modelling of On- Measurement of Electrical Masahiro Horibe¹ Aydin Sezgin¹ Taneli Riihonen¹ ¹National Metrology Institute of Japan (NMIJ) / National Institute of ¹Ruhr-University Bochum ¹Tampere University Wafer Scattering Parameter Properties of Materials in the Advanced Industrial Science and Technology (AIST) Measurements Frequency Range up to 110 GHz Thomas Flisgen¹ ¹Ferdinand-Braun-Institut (FBH) 102 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 103

MONDAY 08:30 – 17:50 MONDAY 13:50 – 17:50 S-05 W-28 EuMC/ Microwave Wearable Circuits and Systems for Biomedical EuMC Multibeam Antennas and Beamforming Networks Chair: Piero Angeletti¹ EuRAD Applications Co-Chair: Giovanni Toso¹ Chair: Milica Popović¹ ¹European Space Agency Co-Chair: Alessandra Costanzo² Room: Auditorium ¹McGill University Montreal, ²University of Bologna Room: Expedition

Microwave techniques are being increasing- Multi-Beam Antennas (MBAs) find appli- involves the BFN interconnectivity and flex- • Lens-based architectures (free space and ly exploited to realize next generation bio- cation in several fields including wireless ibility requirements, with a wide range of constrained) medical sensors able to be less invasive than and satellite communications, RADARs for applicable BFN architectures with different traditional ones. Furthermore the exploita- electronic surveillance and remote sensing, complexity and performance. Analog Beamforming Networks tion of novel materials for their realizations, science (e.g. radio telescopes), RF navigation The course presents design principles and • Corporate divider/combiners; such as textiles and flexible substrates, en- systems, etc. state-of-the-art in Multi-Beam Antennas • Blass and Nolen matrices; able their use in wearable solutions. Beam-Forming Networks (BFNs) play an es- (MBAs) and Beam-Forming Networks (BFNs) • Butler matrices. This workshop presents a significant num- sential role in any antenna system relaying covering both theoretical and practical as- ber of research activities in this field from on a set of radiating elements to generate pects. The covered topics include: Digital Beamforming Networks different countries and continents, spanning a beam. from materials characterization, by micro- Depending mainly on the antenna mission Overview of Multibeam Antennas and sys- Overview of some Operational Multibeam wave techniques, to circuit-level realization (i.e. operational frequency, pattern require- tem requirements. Antennas/BFNs up to the system level implementation, with ments, transmitting and/or receiving func- • Satellite Communication Systems; • MBAs for Spaceborne Narrowband and in depth analysis of the signal processing tionality, number of beams to be generated, • Wireless Communications; Broadband Satellite Communication challenges to enable real-time monitoring etc.) different MBA architectures may be • RADARs. Systems of the sensors. Some significant implemen- selected: from antenna systems complete- • MBAs for Wireless Communications tations are presented, such as systems for ly based on independent feeds illuminating Multibeam Array Antennas wearable breast cancer diagnosis, tempera- a number of reflectors, to hybrid systems • Linear and Planar Direct Radiating Arrays On-going European Developments and Cur- ture measurements and liquids detection. based on both arrays and reflectors, from (based on Periodic or Aperiodic lattices) rent Design and Technological Challenges phased arrays to lens antennas. • Reflector-based architectures (Single- The trade-off on the antenna solution largely Feed-per-Beam, Multiple-Feed-per-Beam)

MONDAY 13:50 – 17:50 S-10 Intuitive Microwave Filter Design with EM Simulation EuMC PROGRAMME Chair: Daniel Swanson¹ Challenges and Complexity Fast, 2D Microwave Tomographic Microwave Passive Sensing for ¹DGS Associates LLC of Dielectric Tissue Breast Imaging Utilizing a Wearable Applications Room: Flash Characterisation Discrete Dipole Approximation- Alessandra Costanzo¹, Francesca Benassi¹, Diego Masotti¹ ¹University of Bologna Martin O’Halloran¹ Based Reconstruction Algorithm ¹National University of Ireland Paul Meaney¹, Samar Hosseinzadegan², Andreas Fhager², Mikael Persson² Muscle Rupture Detection with Microwave filters are one of the basic build- for bandwidths from a fraction of a percent and multiplexers. ¹Thayer School of Engineering at Dartmouth, ²Chalmers University of ing blocks in RF systems along with ampli- up to 20 percent or more. Two design flow examples have been pre- Technology Recent Progress in Microwave Microwave Techniques fiers, mixers and oscillators. At some point, This short course is a “no math” approach pared for this short course. The first is a Breast Tissue Screening with Andreas Fhager¹ you may be called on to design or specify a to filter design that requires only simple high Q cavity combline bandpass filter and Backscattering Communication ¹Chalmers University of Technology filter, even though you are not a filter de- algebra and no knowledge of complex filter the second is a microstrip combline band- Time-Domain Radar for Biomedical Sensors Readout Milica Popović¹, Lena Kranold¹ Wearable Wireless sign expert. Luckily, there is simple design synthesis techniques. The root of the design pass filter. The design flow can be realized ¹McGill University Montreal Nuno Borges Carvalho¹ method for narrow band filters that is easy flow is based on Dishal’s method, with the using software from many different vendors. ¹Universidade de Aveiro Thermometers for Internal Body to learn and quite universal. It can be ap- addition of EM simulation for accuracy and Example project files will be made available Temperature Measurements plied to any lumped element or distributed port tuning for updates to the filter geom- to attendees. Zoya Popovic¹, Robert Streeter¹ topology and any manufacturing technology etry. The basic design method can also be ¹University of Colorado except SAW/BAW. And, the method is valid expanded to include cross-coupled filters 104 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 105

MONDAY 13:50 – 17:50 TUESDAY 08:30 – 17:50 W-10 EuMIC/ W-05 From Enabling GaN Technology to High-Performing Space- Digital Predistortion for 5G MIMO Wireless Transmitters EuMC EuMC Chair: Anding Zhu¹ Borne SSPAs at mmWave Co-Chair: Pere L. Gilabert² Chair: Rocco Giofrè¹ ¹University College Dublin, ²Universitat Politècnica de Catalunya Co-Chair: Paolo Colantonio¹ Room: Juliana 2 ¹University of Roma Tor Vergata Room: Spark

The development for next generation Very to replace TWTA with SSPAs. In the existing cellular base stations, to and meet demands for high capacity, dense In this workshop, we will discuss the require- High Throughput Satellites (vHTS) systems, This workshop aims to report about recent guarantee linearity, digital predistortion networks of base stations will be deployed ment of 5G wireless transmitters and relat- will make use of Ka/Q/V gateways, where progress on millimetre wave GaN-based (DPD) is widely used to compensate for the and transmitters with multiple antennas ed modelling and system design challenges the forward payload link will operate in SSPAs for space applications, starting from nonlinear distortion generated by RF power (e.g., with massive MIMO architectures) that we are facing. Particular emphasis will K-band. This kind of spacecraft will offer the assessment of the scenarios, in both amplifiers (PAs). In 5G, particularly in wide- and multiple power amplifiers will be used. be given to MIMO system architectures, high capacity, large number of users and ground and space segments, to the actu- band millimetre wave transmitters, the con- In these transmitters, the output power of digital compensation model selection, feed- communication volumes (1 Terabit/s per sat- al SSPA design, realization and tests, also ventional DPD is no longer workable. With each PA will be significantly reduced com- back loop data acquisition, model extraction ellite), with lower cost per GBPS, increasing describing state-of-art GaN semiconductor increasing demands for higher data rates, pared to that in the existing high-power algorithms and various system architecture, the flexibility being the the satellite capaci- technologies. the signal bandwidth will continue to in- base stations, which leaves limited head- and model order reduction techniques. Sys- ty allocated only when-&-where it is needed. crease. At millimetre wave bands, the modu- room for digital predistortion in terms of tem characterisation, theoretical analysis, Traditionally, demand for high power levels lation signal bandwidths can reach hundreds power and cost budget. New digital com- experimental test and hardware/software at high frequencies has been satisfied by of MHz or even multi-GHz and the peak to pensation solutions for linear and nonlinear system implementation issues will also be using TWTAs as amplifying device; this is average power ratio of the signal may well distortion compensation of ultra-wideband discussed. because SSPA technology was unable to exceed 10 dB. This requires not only very or multi-band 5G systems will be required. attain similar performance levels. However, high sampling rates for digital signal pro- In addition, due to multiple antennas and technological advancements such as linear- cessing but also sophisticated DPD models PAs are used in MIMO transceivers, char- ization, miniaturisation, and the use of dif- to compensate the nonlinearity, that leads acterization and compensation of coupling ferent materials such as GaN, have levelled to high power consumption and high cost. In effects between the antenna array and the the playing field open the actual possibility the meantime, to increase power efficiency PAs must be addressed.

PROGRAMME PROGRAMME Space Initiatives at European Design of High Efficiency DPD Requirement and Digital Predistortion for 5G Model Order Reduction Level Power Amplifier Based on GaN Development for 5G: Industrial MIMO Transmitters: OTA-Based Techniques for Digital Fabio Vitobello¹ Technology for Ka-Band Perspective Data Acquisition Predistortion Linearization ¹REA Rocco Giofrè¹, Paolo Colantonio¹ John Wood¹ Anding Zhu¹ of NR-5G Amplification ¹University of Roma Tor Vergata ¹Wolfspeed ¹University College Dublin SSPAs for High-Throughput Architectures Satellites: Challenges and Ka-Band HPA MMICs for Beam-Oriented Digital Linearizing Strongly Nonlinear Pere L. Gilabert¹ Solutions Cryosat-2 Follow-On Mission Predistortion for Massive MIMO Systems: DPD Methods and ¹Universitat Politècnica de Catalunya Václav Valenta¹ (CS2-FO) Transmitter Application to mmWave Active Power Consumption Reduction ¹European Space Agency Chiara Ramella¹, Corrado Florian² Wenhua Chen¹ Arrays Techniques for Digital ¹Politecnico of Turin, ²University of Bologna ¹Tsinghua University The Space Market Needs in Mikko Valkama¹ Predistortion of Broadband RF ¹Tampere University Term of SSPAs and HPAs for 5G Digital Predistortion for 5G Power Amplifiers Application Beam-Forming Architectures A Circuit Model to Behavioural Yue Li¹ ¹University College Dublin François Bouscasse¹ Chao Yu¹ Model Volterra-Based Approach: ¹Airbus Defence ¹Southeast University Parameters Estimation and Distortion-Aware Precoding for MiGaNSOS: Millimetre Wave Linearization Procedures for Massive MIMO Downlink Gallium Nitride Space Evaluation DPD Design Sina Rezaei Aghdam¹ ¹Chalmers University of Technology and Application to Observation María J. Madero Ayora¹, Juan A. Becerra¹ Satellites ¹Universidad de Sevilla Ernesto Limiti¹ ¹University of Roma Tor Vergata 106 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 107

TUESDAY 13:50 – 17:50 WEDNESDAY 08:30 – 17:50 W-25 S-04 Advanced mmWave Radar System Solutions for Industrial EuMC/ Quantum Computing for Electrical Engineers EuMIC/ EuRAD Chair: Fabio Sebastiano¹ EuMC and Consumer Sensing Applications ¹Delft University of Technology/QuTech Chair: Vadim Issakov¹ Room: Fluor Co-Chair: Amelie Hagelauer² ¹Otto-von-Guericke University Magdeburg, ²University Bayreuth Room: Beam

The amount of new applications based on Afterwards, challenges and solutions for re- Quantum computing promises to solve physical implementations of quantum pro- millimeter-wave radar sensors is continu- alization of systems on chip and in package problems that are intractable even by the cessors, i.e. those based on the spin of elec- ously growing. Driven by the demand for for FMCW radar above 300GHz and super- most powerful supercomputers. Progress trons trapped in quantum dots (third talk) cost reduction, module size reduction, low- strate antennas are discussed. Finally, we in quantum computing has recently gained and those based on superconducting circuits er power consumption and complexity of present fully-integrated solutions for con- great attention from the media, as it is gain- (fourth talk). Finally, the requirements and usage for the end user, several trends can sumer and industrial sensing applications at ing momentum thanks to the involvement the challenges for the implementation of the be observed recently. First, the operating 60GHz with antenna in package and 122GHz of both key industries and an ever-growing electronic interface for quantum processors frequencies keep on increasing, enabling with antenna on chip. academic research community. will be discussed, both in terms of micro- integration of antenna arrays in package In this workshop we have a good mixture of This short course aims at providing electrical wave engineering (fifth talk) and in terms of and on-chip. Secondly, the increasing level industry (Infineon, Staal Technologies, Inx- engineers with the background knowledge cryogenic integrated-circuit solutions (sixth of integration enables advanced functional- pect, InnoSent, Uhnder) and academia (FAU to understand what a quantum computer is and seventh talk). ity. Finally, with the emerging applications Erlangen, TU Hamburg, Uni Magdeburg). As and how it works. Furthermore, it will show operated from a battery, ultra-low-power well, we have contributions from three dif- the current and future trends in quantum operation is required. ferent countries (The Netherlands, Germany computing. At the same time, the fundamen- In this workshop, we discuss these recent and Italy) by industry experts and recog- tal role of electrical engineers in building trends and give examples of radar systems at nized speakers in the field of radar circuits such wonderful machines will be addressed, mm-wave frequencies providing system-lev- and systems. by stressing the need for electrical and mi- el solutions. The first talk presents solution crowave engineering to build a large-scale for wearable FMCW sensors at 60GHz with quantum computer. extreme hardness for thru-the-fire scenari- The course consists of 7 talks from experts os. Next, by means of advanced state ma- in the field, organized in three main themes: chine, an ultra-low-power radar solution at quantum-computing fundamentals, physical 24GHz is shown for presence detection. Fur- platforms for quantum processors, and elec- ther, cost-reduction and system level optimi- tronic interfaces for quantum computers. zation techniques towards software-defined The first two talks will introduce the basic radar are presented. Next, highly-integrated notions of quantum computing and present 3D sensing solution at 60GHz is discussed relevant quantum algorithms. Next, we will for collaborative robotics applications. dive into the most promising solid-state

PROGRAMME PROGRAMME Design Considerations on A System Perspective on State- Highly-Integrated Radar What is Quantum Computing All The Superconducting Transmon Towards Scalable Control of Wearable Through-The-Fire Of-The-Art mm-Wave Radar Transceiver at 320 GHz for Near- About? Qubit as a Nonlinear Microwave Superconducting Quantum Radar Sensors Field Sensing Carmen G. Almudever¹ Resonator Processors ¹Delft University of Technology/QuTech Natalia Alexandrovna Antonyuk¹ Markus Gardill¹ Marco Dietz¹, Robert Weigel¹ Daniel Sank¹ Joseph Bardin¹ ¹Staal Technologies B.V. ¹University of Würzburg ¹Friedrich Alexander University of Erlangen-Nürnberg Quantum Algorithms ¹Google ¹University of Massachusetts Amherst/Google Ultra-Low Power Radar Based mm-Wave Radar-Based 3D Fully-Integrated System-In- Ronald de Wolf¹ Microwave Engineering for A Scalable Integrated Microwave ¹QuSoft, CWI Presence Detection Sensing for Collaborative Package Solutions for Industrial Preparation, Control, and Signal Generator for Qubit Fabian Lurz¹, Alexander Koelpin² Robotics and Consumer Applications Two Decades of Quantum Readout of Quantum Processors Control: From Specifications to ¹Friedrich Alexander University of Erlangen-Nürnberg, ²Technical Univer- sity Hamburg (TUHH) Aleksey Dyskin¹ Vadim Issakov¹, Mohamed Hamouda², Ismail Nasr² Computation with Quantum Dots Marc Almendros¹ Cryo-CMOS Implementation and ¹Inxpect ¹Otto-von-Guericke University Magdeburg, ²Infineon Technologies ¹Keysight Technologies Menno Veldhorst¹ ¹QuTech Qubit Testing Masoud Babaie¹ ¹Delft University of Technology 108 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 109

WEDNESDAY 08:30 – 12:30 WEDNESDAY 08:30 – 17:50 S-08 W-12 High Power Amplification for Space Applications EuMIC/ High-Efficiency Linear Power Amplifiers for High EuMIC/ Chair: Iain Davies¹ EuMC EuMC Co-Chair: Natanael Ayllon¹ Bandwidth, High PAR Signals ¹European Space Agency Chair: Olof Bengtsson¹ Room: Spark Co-Chair: Zoya Popovic² ¹Ferdinand-Braun-Institut (FBH), ²University of Colorado Room: Juliana 2

A one day short course introducing the im- Achieving power amplifiers (PAs) with high portant topic of High Power Amplification in efficiency and good linearity is challenging space-borne environments. The aim of the if the amplified signals have wide instan- workshop is to provide a general overview taneous bandwidths (>100MHz) and high of solid-state power amplifiers (SSPAs) and peak-to-average power ratios (PAPR > 10dB). travelling wave tube amplifiers (TWTAs), Examples of such signals include multi-car- their architecture, component technologies, rier concurrent signals, both closely and and use in space applications in the fields of widely spaced, and band-limited noise-like Telecommunications, Navigation and Earth signals, typical of 5G and other multi-carrier Observation. The course will outline the aggregated signal applications. This work- main drivers in designing SSPAs and TWTAs shop focuses on current trends in achieving in terms of performance, and the provisions high efficiency when amplifying such sig- made to ensure the high level of reliability nals at microwave and millimeter-wave car- required in space. The space environment rier frequencies. The topics that are covered will be discussed, in relation to its influence include PA architectures and design, such on electronic components. The need for as Doherty, balanced and supply-modulated research and development at both archi- PAs, both analog and digital linearization tectural and technological levels will also techniques and how such amplifiers per- be discussed, in order to deliver increased form and are analyzed in systems such as efficiency and output power whilst at the massive MIMO. The workshop speakers are same time reducing volume, mass and cost well established researchers in industry and for satellite applications. A view on market academia, and come from Sweden, Germany, perspective and future trends will be given Spain, Portugal, China and the USA. by a notable industry expert.

PROGRAMME PROGRAMME General Introduction to HPAs for Reliability Aspects of Space- A Bandwidth Extension Linearization of Wideband Multi-Band Doherty and Space Applications Borne Amplifiers Technique for Power Amplifiers Transmitters for Multi-Band igh Broadband Load-Modulated Natanael Ayllon¹ Jouni Lätti¹ Employing Large PAPR Signals PAPR Signal Transmission Balanced PAs for 5G ¹European Space Agency ¹European Space Agency Paul Saad¹ Siqi Wang¹, Wenhui Cao¹ Anding Zhu¹ TWTA Architecture, Building Future Trends and Market ¹Ericsson ¹Chalmers University of Technology ¹University College Dublin Blocks & Technologies Perspective Doherty PA Solutions for Simultaneous Linearity and Analog Linearization of High- Roberto Dionisio¹ Jean-François Villemazet¹ Wideband Signals and Efficiency Improvements Using Efficiency PAs for Broadband ¹European Space Agency ¹Thales Alenia Space Considerations for Improved Broadband Supply Modulation Signals SSPA Architecture, Building DPD Linearizability Maxwell Duffy¹, Gregor Lasser² Taylor Barton¹, Zoya Popovic¹ ¹Northrop Grumman, ²University of Colorado ¹University of Colorado Blocks & Technologies Joseph Staudinger¹ ¹NXP Semiconductors Iain Davies¹ Efficiency Degradation in Discrete Level Supply ¹European Space Agency Energy-Efficient GaN PA MMIC Concurrent-Band Power Modulation with Large Dynamic Space Environment and Its for Massive MIMO Amplifiers Wideband Signals Influence in Electronics Wenhua Chen¹ José Carlos Pedro¹ Olof Bengtsson¹ ¹Tsinghua University ¹Universidade de Aveiro ¹Ferdinand-Braun-Institut (FBH) Cesar Boatella Polo¹ ¹European Space Agency 110 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 111

WEDNESDAY 13:50 – 17:50 THURSDAY 08:30 – 12:30 W-14 W-23 Automotive Radar Networks and Sensor Fusion EuRAD High Resolution Radar for Automotive EuRAD Chair: Christian Waldschmidt¹ Chair: Feike Jansen¹ Co-Chair: Martin Vossiek² Co-Chair: Christian Waldschmidt² ¹University of Ulm, ²Friedrich Alexander University of Erlangen-Nürnberg ¹NXP Semiconductors, ²University of Ulm Room: Progress Room: Progress

Today’s vehicles are typically equipped with Automotive radars are a popular sensor a number of radars sensor and other sensors technology to implement Advanced Driver for driver assistance and more sophisticated Assistance Systems (ADAS) such as blind functions. These sensors may be used to set spot detection and automatic emergency up a network of radars in large variety of braking (AEB) due to their robustness and different approaches. Those sensors can be adverse weather tolerance. At the same netted coherently or incoherently and on time, these radars fall short with respect to very different levels of the signal processing cameras and lidars in the field of direction of chain. All approaches lead to networks with arrival resolution. Hence, the application of very different properties. On higher signal radar for heterogeneous sensor fusion and processing layers, the radar data is fused the application of artificial intelligence as with other sensors like video or lidar. The found in highly automated driving applica- workshop will present fundamentals, con- tions is challenging. cepts and practical examples of such net- In this workshop several ways to realize works and functions building on them. high resolution automotive radars based The first two presentations discuss the upon different approaches using either syn- fundamentals of radar networks at 77 GHz, thetic or real aperture concepts as well as whereas the later talks focus on applications various aspects of these radars regarding and functions. weather dependence, radar to radar inter- ference mitigation and artificial intelligence will be presented.

PROGRAMME PROGRAMME Concepts for Automotive Radar Vulnerable Road User Detection Realizing High Resolution Radars Let’s get Real about Imaging Networks by Camera-Radar Fusion Feike Jansen¹, Francesco Laghezza¹ Radar ¹NXP Semiconductors Benedikt Meinecke¹, Christian Waldschmidt¹ Dariu Gavrila¹ Arunesh Roy¹ ¹University of Ulm ¹Delft University of Technology Effects and Compensation of ¹Uhnder Many Eyes See Better Than Pre-Processing and Neural Phase Errors in Automotive SAR Classification of Threats and the Just a Few - Novel Solutions, Network Co-Design for Reinhard Feger¹, Masoud Farhadi¹ Benefits of High Resolution ¹Johannes Kepler University Linz Challenges and Potential of Automotive Radar Perception Noam Arkind¹ ¹Arbe Automotive Radar Networks Gennady Benderman¹ High-Resolution Imaging for ¹Daimler AG Marcel Hoffmann¹, Martin Vossiek¹, Mark Christmann², Peter Gulden² Automotive Radars ¹Friedrich Alexander University of Erlangen-Nürnberg, ²Analog Devices/ Symeo GmbH Platooning Application Using Jianping Wang¹ ¹Delft University of Technology Loosely Coupled Automotive Connected Automation and Artificial Intelligence in High- Radar Sensor Network Sensor Fusion Clara Otero Perez¹, Gerardo Daalderop¹ Resolution Radars – Challenges Tobias Schmid¹, Felix Müller¹, Martin Fink¹, Robert Korn¹, Jürgen Hasch¹ ¹NXP Semiconductors ¹Robert Bosch GmbH and Necessity Martin Kunert¹ ¹Robert Bosch GmbH 112 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 113

THURSDAY 08:30 – 17:50 THURSDAY 13:50 – 17:50 W-31 W-15 5G and Beyond: Enabling RF Architectures and EuMC Recent Advances in Micro-Doppler Radar and its EuRAD Technologies for Emerging Wireless Systems Applications Chair: Roberto Gómez-García¹ Chair: Lorenzo Cifola¹ Co-Chair: Xun Luo², Nuno Borges Carvalho³ Co-Chair: Francesco Fioranelli² ¹University of Alcalá, ²University of Electronic Science and Technology of China, ³Instituto de Telecomunicacões, ¹Thales Nederland B.V., ²Delft University of Technology Universidade de Aveiro Room: Spark Room: Juliana Congress Room 1

Future wireless systems will require a par- for polar and quadrature transmitter mod- in the context of 5G mMIMO systems are The combination of machine learning tech- classification. What is the best domain/ adigm shift in how their supporting trans- ules, advanced linearization techniques, proposed, and the associated practical-lab- niques and radar-based sensing opens new format of radar data for classification in a ceiver modules will be configured to provide and innovative Doherty IQ power amplifi- oratory tests for multi-sine excitations are research opportunities for a vast range of given application? What is the best neural all the flexible functionalities required by ers and their demonstration in complete conducted. In the last two talks, enabling applications in the domain of automatic tar- network architecture to work with radar them. Also, it is expected that upcoming phase-array-enabled transmitters with gain technologies and novel architectures of get recognition. Specifically, the intelligent data which are neither images nor speech 5G wireless networks, known as more than compensation in the millimeter-wave range. 5G/IoT multi-functional platforms are pre- use of radar micro-Doppler signatures has or audio? How to get enough radar data to an extension to 4G, can be hybridized with In the third presentation, main technologi- sented. First, inkjet-/3D-printed antennas, become an exciting area of research in fields train deep neural networks and how to make other wireless applications, such as IoT, in cal challenges involved in the realization of interconnects, “smart” encapsulation and such as automotive, human gestures and ac- their decision process fully explainable? And co-integrated wireless-communications/ 5G wireless systems at the millimeter-wave packages, RF electronics, microfluidics and tivities, unmanned aerial vehicles (drones), the list of outstanding research questions sensing platforms. As a result, fully-renewed range are addressed from a system-level sensors fabricated on glass, PET, paper and amongst others. could continue. RF modules enabled by more-advanced RF viewpoint. Here, a 28 GHz front-end-module other flexible substrates are introduced as a Based on the information provided by mi- To address some of these questions it is de- subsystems and technologies will be re- in SOI CMOS is characterized and evaluated system-level solution for advanced millime- cro-Doppler signatures, several processing sirable to have an overview of the state of quired. In this workshop, novel solutions for different modulations (e.g., 256 QAM ter-wave modules for 5G+ communication, techniques have been developed, either the art of available techniques and related for the key RF constituent blocks of wire- and OFDM), as required by flexible wire- energy harvesting and sensing applications. based on available target models or on the results. This workshop will discuss recent less-transceiver architectures in the con- less-communications modules. All-digital Finally, as a recent research field, the poten- definition and extraction of handcrafted outcomes from the research activities of text of 5G and beyond, complete modules, transceiver architectures based on FPGA tial of batteryless sensing based on wireless features. However, these “model-driven” the speakers in a wide and diverse range of enabling technologies, and multi-functional implemenatitons and system solutions for power transfer (WPT) and backscattering by approaches have been very recently chal- applications, such as analysis and classifica- platforms hybridizing 5G-communications/ all-digital radio-over-fiber testbeds in the recycling present RF power for 5G/IoT appli- lenged by the explosion of methods based tion of human movements, gait, and activi- IoT-sensing applications are presented. In context of 5G-and-beyond applications are cations is discussed. Experimental proof-of- on artificial intelligence and deep learning, ties indoor and outdoor; characterization of the first two talks, modern configurations of expounded in the fourth and fifth talks. concept designs featuring advanced perfor- often inspired from work by the image and the signatures of small drones; exploitation power amplifiers in the context of 5G and The topic of 5G-system characterization is mance over the state-of-the-art solutions are audio processing community. of micro-Doppler information generated by emerging wireless-communications systems further addressed in the sixth talk, where shown for demonstration purposes. Interesting research questions arise from multistatic/distributed radar sensing; gener- will be covered. Research themes in this behavioral models of active antenna arrays the application of “data-driven” approach- ation of reliable synthetic data from a small area include novel digital power amplifiers consisting on active nonlinear elements es to the problems of radar-based target set of experimental radar data.

PROGRAMME PROGRAMME Energy-Efficient PAs for 5G and All-Digital Transceivers for 5G Inkjet-/3D-/4D-Printed Wireless Radar, Micro-Doppler, The Challenge of Training Beyond and Beyond Communications Ultra-Broadband Modules for Models, Data: What is Driving Deep Neural Networks for RF Wenhua Chen¹, Guansheng Lv¹, Xin Liu¹, Dehan Wang¹, Fadhel Ghannouchi² Systems 5G+, IoT, SmartAg and Smart Classification? Applications with Low Sample ¹Tsinghua University, ²University of Calgary Arnaldo Oliveira¹ Cities Applications Lorenzo Cifola¹, Francesco Fioranelli² Support ¹Universidade de Aveiro ¹Thales Nederland B.V., ²Delft University of Technology Wideband Microwave/mm-Wave Manos M. Tentzeris¹ Sevgi Zubeyde Gurbuz¹ Transmitter for 5G and Beyond Investigation of Beyond-5G ¹Georgia Institute of Technology Analysis and Classification of ¹The University of Alabama Xun Luo¹ Wireless Communication Batteryless Sensing for 5G/IoT Drones Based on Radar Micro- ¹University of Electronic Science and Technology of China Systems Using an All-Digital Applications Based on WPT and Doppler Design Challenges of mm-Wave Radio-Over-Fiber Testbed Backscattering Jacco de Wit¹ ¹TNO Front-Ends for 5G and Beyond Christian Fager¹ Ke Wu¹ ¹Chalmers University of Technology ¹Ecole Polytechnique Montréal Vadim Issakov¹ Multistatic C-UAV Micro-Doppler ¹Otto-von-Guericke University Magdeburg Advanced Techniques for 5G Analysis System Characterization Matthew Ritchie¹ ¹UCL Nuno Borges Carvalho¹ ¹Universidade de Aveiro 114 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 115

FRIDAY 08:30 – 12:30 FRIDAY 08:30 – 12:30 S-02 W-21 Cognitive Radar Signal Processing EuRAD Recent Advances in Topologies, Technologies and Practical EuMC Chair: Joseph R. Guerci¹ Co-Chair: Augusto Aubry² Realizations of Microwave Biosensors ¹Information Systems Laboratories San Diego, ²University of Naples “Federico II” Chair: Benjamin Potelon¹ Room: Expedition Co-Chair: Enrique Bronchalo² ¹Université de Bretagne Occidentale, ²Universidad Miguel Hernández de Elche Room: Flash

Cognitive radar refers to an emerging signal produced by signal-dependent interference The fast-growing emergence of IoT, togeth- processing paradigm which is envisioned in radar system; B-strategies that enable er with the increased ability for systems to as the core of the next generation of active spectral compatibility with surrounding li- process high volumes of data (AI, Machine surveillance systems. The key idea behind censed emitters. In both cases, the key per- Learning, Big data…) has opened the way and cognition is to take as much as possible in- formance metric is detection probability and enhanced the needs for a new generation of spiration from the human brain, as well as the environment awareness provided by the sensors. Indeed, the constant seek for con- from the behaviour of other echolocating cognitive architecture plays a pivotal role. tinuous, live data has appealed a new par- mammals, that continuously learn and react In the third part, results on bio-inspired adigm where coping with a high volume of to stimulations from the surrounding envi- radar signal processing techniques are illus- data is no longer a problem as long as those ronment according to four basic processes: trated, focusing on advanced joint waveform data are reliable. In this context, microwave perception-action-cycle, memory, attention, and guidance control design techniques for sensors can usually exhibit interesting fea- and intelligence. This short course is orga- target rendezvous. tures such as non-invasiveness, continuous nized as follows. Finally, recent results delivering space-fre- measuring, and of course the ability to track In the first part, the cognitive radar architec- quency awareness to the surveillance structural, chemical, mechanical or physical ture is introduced providing basic concepts system (as required by the perception-ac- properties specifically linked to RF waves. and definitions as well as explaining the tion-cycle) and based on 2-D spectrum This workshop proposes to focus on the re- analogies with the biological counterpart. sensing techniques are shown. Practical ex- cent advances on the design of microwave Hence, some notional examples revealing amples with Software-Defined-Radio (SDR) sensors from the topological, technological the potentiality of this paradigm to boost equipment are illustrated to complement the and practical realizations aspects, together conventional radar systems are illustrated. theoretical aspects of the tutorial. with the benefits for various applications, In the second part, advanced radar wave- including biomedical and industrial fields. form design algorithms are presented. In particular, the focus will be on: A-tech- niques capable to mitigate undesired effects

PROGRAMME PROGRAMME Cognitive Radar Architecture RF/Microwave Non-Invasive MEMS Based Sensors and Joseph R. Guerci¹ Blood Glucose Sensing: An Devices ¹Information Systems Laboratories San Diego Overview of the Limitations, Said Al-Sarawi¹ ¹The University of Adelaide Advanced Radar Waveform Challenges & State-Of-The-Art Design Techniques Volkan Turgul¹ Radio Frequency Sensors & ¹University of Westminster Augusto Aubry¹ Lab-On-Chip Technologies: New ¹University of Naples “Federico II” Strategies to Enhance the Opportunities for Biomedical Bio-Inspired Radar Systems Sensitivity in Planar Microwave Diagnosis Alessio Balleri¹ Sensors and Application to Arnaud Pothier¹ ¹Cranfield University ¹XLIM – Limoges University Biosensing Spectrum Sensing Algorithms Ferran Martín¹, Paris Vélez¹, Jonathan Muñoz-Enano¹, Jan Coromina¹, Marta Gil² Single and Coupled Microwave Vincenzo Carotenuto¹ ¹Universitat Autònoma de Barcelona, ²Universidad Politécnica de Madrid ¹University of Naples “Federico II” Resonators as Glucose Concentration Sensors Carlos Gabriel Juan¹, Benjamin Potelon², Cédric Quendo², Enrique Bronchalo¹, José M. Sabater-Navarro¹ ¹Universidad Miguel Hernández de Elche, ²Université de Bretagne Occidentale 116 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES WORKSHOPS AND SHORT COURSES WWW.EUMWEEK.COM – 117

FRIDAY 08:30 – 12:30 FRIDAY 08:30 – 15:30 W-32 W-30 EuMIC/ Recent Advances on Microwave Filters EuMC Practical Aspects of Running a Microwave Laboratory and Chair: Giuseppe Macchiarella¹ EuMC Co-Chair: Cristiano Tomassoni² How to Make Good Measurements Every Time ¹Politecnico di Milano, ²University of Perugia Chair: Frank E. van Vliet¹ Room: Glow Co-Chair: Diogo Ribeiro¹ ¹TNO Room: BOR 2

Over the past decade, there has been a implementation. This will allow the audience This workshop addresses best practices of procedures can eliminate many micro- spectacular increase in demand for cellular to explore in deep the opportunities offered when running a successful microwave lab- wave-measurement pitfalls and help smooth communication and satellite-based services. by the presented solutions. oratory: from regulatory compliance to the the operation of your microwave laboratory. This has been the singular reason in pushing more practical side of performing accurate This workshop will not only be based on the the state-of-the-art of wireless systems to measurements. typical set of presentations, it will go beyond achieve even higher communication capaci- The workshop will cover the accreditation the theory, beyond the traditional examples ty within the constraints of the available fre- experience from both the perspective of the in slides, and provide a practical and interac- quency spectrum. Therefore, frequency allo- laboratory manager and the accreditation tive component. “Hands-on” demonstrations cations are regarded as a natural resource. official. The importance of understanding will be offered to the extent possible. Filters and multiplexing networks play a regulatory procedures and accurate record Finally, the workshop will touch on changes critical role in maximizing the effective keeping will be covered as well. in the analysis of uncertainties that will be use of the available bandwidth to achieve Procedures that ensure that every micro- required to support the future needs of the the highest capacity for a diverse range of wave measurement is accurate are also key microwave industry as it evolves and touch traffic scenarios, and are deemed as critical to the success of any microwave laboratory on some new software tools designed to elements of these communication systems. and will be an important focus of the work- support these changes. This half-day workshop aims to provide shop. The workshop presenters will outline the attendees with an overview of current the practical steps required to perform ac- trends in the development of high perfor- curate and repeatable microwave measure- mances filters conceived for satellite and ments. For example, often the best way of wireless (5G) applications. avoiding time-consuming problems in micro- The speakers will outline the application wave measurement setups is to employ good potentials, the design challenges and the maintenance and usage practices to extend proposed solutions, covering all the steps the life of connectors, cables and other from the synthesis up to the technological microwave components. Even the simplest

PROGRAMME PROGRAMME Advanced Design of Waveguide Modern Tunable Filtering Practical Aspects of Running a METAS VNA Tools Filters with Transmission Zeros Components with Multi- Microwave Laboratory Michael Wollensack¹ ¹Federal Institute of Metrology METAS Giuseppe Macchiarella¹ Functional and Multi- Dylan Williams¹, Bart Schrijver² ¹Politecnico di Milano ¹National Institute of Standards and Technology, ²Keysight Technologies Configurable Capabilities Microwave Uncertainty Miniaturization of High- Roberto Gómez-García¹, Dimitra Psychogiou² VNAs, Scattering-Parameters Framework ¹University of Alcalá, ²University of Colorado Performance Filters and Calibrations Dylan Williams¹ ¹National Institute of Standards and Technology Cristiano Tomassoni¹ Jamie Lunn¹ ¹University of Perugia ¹Rohde & Schwarz Novel Topologies of Waveguide Power and Electrical-Phase Filters for High Power Space Calibrations Applications Bart Schrijver¹ ¹Keysight Technologies Vicente Boria¹ ¹Universitat Politecnica de Valencia Spectrum Analyzers and VSAs Jon Martens¹ ¹Anritsu 118 – WWW.EUMWEEK.COM WORKSHOPS AND SHORT COURSES EXHIBITOR WORKSHOPS AND SEMINARS WWW.EUMWEEK.COM – 119

FRIDAY 13:50 – 17:50 Rohde & Schwarz Tutorial FREE TO ­ATTEND Seminars and Technical Workshops Due to the COVID-19 pan­ S-01 demic, this program is only pre­ th th liminary. Final details are expected Introduction to MIMO Radar EuRAD Date: Tuesday 12 to Thursday 14 January 2021 to be available from December 2020. Chair: Frank Robey¹ Location: Juliana 4 For more information, details and Co-Chair: Vito Mecca¹, Daniel Rabideau¹ registration: ¹MIT Lincoln Laboratory http://www.rohde-schwarz. Room: Expedition com/eumw

Recent advances in the technologies asso- radar systems, and the various canonical ciated with phased array apertures, digital forms of MIMO radar in the published liter- waveform generators, and signal processing ature. Second, this course will expand upon have enabled a broad class of Multiple-Input waveform design approaches for MIMO ra- Multiple-Output (MIMO) radar techniques. dars. A coherent MIMO radar signal model In the last decade and a half, the MIMO will be presented that illustrates the utility TUTORIAL SEMINARS – RF BASICS IN TEST AND MEASUREMENT radar nomenclature has been applied to of spatio-temporal signal processing for various signaling and processing techniques phased array systems – including a posterio- The Rohde & Schwarz seminars covering RF mmWave circuits. Using vector network analyzers for that employ multiple, independent radiating ri transmit beamforming. Then, performance basics in test and measurement will famil- The seminar on real-time spectrum analysis component testing and applying various transmitter elements that work cooperative- of MIMO radar systems will be explored in iarize you with the elementary aspects of will introduce the methods for debugging calibration techniques allows highly precise ly with multiple, independent receiver ele- the areas of parameter estimation, track and signal generators, spectrum analyzers and RF and mmWave circuits in the time and characterization of RF and mmWave compo- ments. This tutorial is intended to provide search rates, and requirements and cost for network analyzers. You will learn how to frequency domains and demonstrates nents, which are necessary for mmWave de- an overview of the principles of MIMO radar hardware implementations. Finally, several benefit from the tremendous flexibility of the great benefits for analysis of every signs and digital communications systems. with an emphasis on applications and beam- examples of MIMO radar operation will be our T&M equipment when designing RF and mmWave engineer’s complex circuitries. forming techniques for phased array radar presented spanning pulsed-Doppler, air- systems. borne GMTI, automotive radar and high fre- First, this tutorial will briefly review the quency over-the-horizon radar applications. TUESDAY, 12TH JANUARY 2021 WEDNESDAY, 13TH JANUARY 2021 THURSDAY, 14TH JANUARY 2021 history of developments in the fields of ra- dar, communication and control theory that 09:30 Fundamentals of signal genera- 09:30 Introduction to digital signals 09:30 Fundamentals of vector network – – – led to the emergence of the “MIMO radar” 11:00 tors and oscillators (YIG versus 11:30 and digital modulation 10:30 analysis taxonomy in the early 2000’s. An overview VCO) of MIMO radar will be provided covering the broad class of MIMO-enabling waveforms, comparisons with traditional single-input 11:15 Fundamentals of spectrum 11:45 Real-time spectrum analysis 10:45 Calibration in vector network – – – 12:45 analysis 13:15 embedded in advanced spectrum 12:15 analysis analyzers

PROGRAMME

Introduction to MIMO Radar TECHNICAL WORKSHOPS Frank Robey¹, Vito Mecca¹, Daniel Rabideau¹ ¹MIT Lincoln Laboratory TUESDAY, 12TH JANUARY 2021, 13:30 TO 16:15 WEDNESDAY, 13TH JANUARY, 2021, 13:30 TO 16:15 Modern RF frontend design and testing Millimeterwave and THz technology for 5G and beyond Workshop chair: Markus Lörner, Market Segment Manager RF & Workshop chair: Dr. Taro Eichler, Market Segment Manager Wireless Microwave Components, Rohde & Schwarz Communications, Rohde & Schwarz

5G is real. The focus is now on improving the system and enhanc- Millimeterwave and THz technology are seen as key components for ing it to mmWave. This drives growing integration in components beyond 5G and 6G systems. The utilization of the radio spectrum and the creation of more efficient designs to minimize form factor, between 30 GHz and 300 GHz is intended to resolve the spectrum improve energy efficiency and ultimately drive overall costs down. crunch and to enable ultra-broadband mobile communications up to Multifunction RF components such as beamformers are used in 5G the terabit-class range. Since highly integrated frontends including mmWave as well as in satellite communications and defense applica- array antennas will be implemented, advanced over-the-air testing tions. The high density of RF frontends for massive MIMO systems methods with an extreme extended frequency range up to 500 GHz calls for unprecedented energy efficiency in order to minimize the will become mandatory. Furthermore, the use of extremely wideband physical size while ensuring stable temperature conditions. channels up to several GHz will become a challenge in terms of This workshop will provide an overview of the latest technologies broadband signal generation and signal analyzers. This workshop and requirements of RF frontends, focusing on the topics of im- gives an overview of recent developments in the area of broadband proved efficiency and enhanced integration. Experts from the test mmWave and THz communications systems with a special focus on and measurement world and industry partners will provide solutions radio channel and OTA measurements as well on hardware implemen- that meet demanding requirements. tation issues. 120 – WWW.EUMWEEK.COM EXHIBITOR WORKSHOPS AND SEMINARS EXHIBITOR WORKSHOPS AND SEMINARS WWW.EUMWEEK.COM – 121

MathWorks Hands-on Workshops Keysight PathWave Workshops FREE TO ­ATTEND Date: Tuesday 12th, to Thursday 14th January 2021 FREE TO ATTEND Date: Wednesday, 13th January 2021 Register at http://www. Please sign up to our work- keysight.com/find/eumw Location: Juliana 3 shops here: https://www.math- Location: Juliana 1 works.com/EUMW-2020-work- The schedule and details are shops.html subject to change. The latest version can be downloaded at www.eumweek.com

ACCELERATE THE PACE OF YOUR ENGINEERING AND SCIENCE PROGRAMME

Join one or more of the 90-minute Math- lots more! These workshops do not require Highlights TIME: 10:00 – 12:00 TIME: 13:00 – 15:00 Works hands-on workshops on Tuesday, familiarity with MATLAB. Bring your own • 5G, LTE, WLAN, and Bluetooth Wireless Wednesday, and Thursday (September 15, laptop to get a hands-on experience and Standards Made Easy 16, 17) at the European Microwave Week. rapidly get started under the supervision of • AI Driven Antenna Optimization and Modeling Non-Linear RF Design - Unifying Circuit Design with System Integrated Electromagnetic Analysis - Enabling PCB-Chip-Package Topics include: using MATLAB® for designing MathWorks experts. . There will be 3 differ- Platform Integration Design Co-Design for RF & mm-Wave Applications and testing 5G and WLAN systems, antenna ent session each day. Please sign up to our • RF Propagation and Ray Tracing in and antenna array design and optimization workshops here: https://www.mathworks. Urban Scenarios The evolving RF system requirements are pushing the use of Spread- The level of integration of RF and mm-wave systems is increasing, for radar applications, modeling RF prop- com/EUMW-2020-workshops.html • Modeling Tracking Scenarios and Simu- sheet custom templates to their limits. At the same time, fragmented which has an impact on the electrical properties and system param- agation effects in urban scenarios, using These workshops are free to attend for lating Radar Detections design flows for RF system and circuit design restrict the final vali- eters. Furthermore, RF applications are typically combined with Software Defined Radios (SDR) for rapid everyone who has registered for European dation options. non-RF digital sections such as CPU, DSP, control circuits and pow- prototyping and over-the-air testing, plus Microwave Week. er distribution networks. As a result, it is insufficient to model chip, With PathWave Advanced Design System (ADS), you can easily de- package and PCB separately, as unwanted coupling effect of both RF sign your circuits; with complex modulation schemes, it becomes and high-speed digital signals may not be captured. even more important to verify your design against System specifica- TUESDAY, 12TH JANUARY 2021 WEDNESDAY, 13TH JANUARY 2021 THURSDAY, 14TH JANUARY 2021 tions. PathWave System Design (formerly known as SystemVue) is a During this workshop we will present a complete chip-package co-de- multi-domain modeling implementation and verification platform for sign flow, which allows improvement of RF performance and power 10:00 5G, LTE, WLAN, and Bluetooth 10:00 Antenna and Antenna Array 10:00 Introduction to Radar System electronic system-level (ESL) design. It allows system architects and efficiency. By designing concurrently, silicon, package and system can – – – 11:30 Wireless Standards Made Easy 11:30 Design and Prototyping Using 11:30 Simulation algorithm developers to cross traditional baseband and RF boundar- be optimized and validated with fewer iterations before tape-out. This MATLAB® ies and provides a verification platform for RF circuit designers to flow has been validated on GlobalFoundries’ 22FDX process which innovate the physical layer (PHY) of next generation wireless commu- targets mm-Wave designs. nications systems and to prevent costly hardware integration delays 13:00 Modeling the RF Frontend of a 13:00 AI Driven Antenna Optimization 13:00 Modeling Tracking Scenarios and downstream. ADS enables EM-circuit analysis of any selected portion of the PCB – – – 14:30 Wireless System 14:30 and Platform Integration 14:30 Simulating Radar Detections to identify and fix sources of interference before building hardware In this workshop you will learn about: board turns. We will show an integrated Electromagnetic (EM) solu- • Extracting behavioral models from your circuit designs in the tion, RFPro, with automatic net, ground and component extractions 15:00 Masterclass: Testing Your Soft- 15:00 RF Propagation and Ray Tracing 15:00 Machine Learning & Deep form of X-parameters and Fast Circuit Envelope (FCE) models from an imported ODB++ layout. – – – 16:30 ware Defined Radio Algorithm on 16:30 16:30 Learning Applied to Radar Target and how to simulate them at the system level Real Hardware Classification • System level verification against golden standards using Virtual Test Benches (VTBs) in ADS • How to linearize a Power Amplifier designed in ADS using the Digital Pre-Distortion (DPD) design capabilities in PathWave System Design 122 – WWW.EUMWEEK.COM EXHIBITOR WORKSHOPS AND SEMINARS EXHIBITOR WORKSHOPS AND SEMINARS WWW.EUMWEEK.COM – 123

IHP Workshop: “High Performance EuMW MicroApps 2020 FREE TO ATTEND SiGe BiCMOS Technology Platform For further information Date: Tuesday 12th, to Thursday 14th January 2021 for leading edge RF and Photonic and to register for this work­ Free Admission shop please email: Location: MicroApps Theatre, Exhibition Hall with Exhibition and Conference ICs” Anna Sojka-Piotrowska: sojka@ Badges ihp-microelectronics.com Date: Thursday, 14th January 2021 Location: Juliana 2

FAMILIARISE YOURSELF WITH IHP’S TECHNOLOGIES TAKE 20 MINUTES TO LEARN SOMETHING NEW

The Workshop delivers firsthand information and opportunities about Welcome to the tenth annual European of interest to the RF and microwave on site at the EuMW registration desks. IHP’s technologies, services and integrated circuits. IHP`s offerings are Microwave Week (EuMW) Microwave Ap- community. very suitable for highly demanding applications such as wireless and plication Seminars (MicroApps), sponsored MicroApps admission is free for both ex- broadband communication, medical technology, aerospace, mobility, by Rohde & Schwarz and Horizon House. 2020 MicroApps highlights include: hibition-only and conference badges. Also wireless security and industrial automation. MicroApps will be held from Tuesday 12th – • Keynote talks by known experts in the included is a complimentary web download Thursday 14th January 2021 in the Mi- RF/microwave industry of the papers presented and bottled water. croApps Theatre, which is located within • Industry workshops the exhibition floor, making it a convenient • A variety of practical application We look forward to seeing you at EuMW stop while attending EuMW. topics describing novel products and 2020 in the MicroApps Theatre. PROGRAMME processes. MicroApps are 20-minute exhibitor techni- 09:30 Welcome and Introduction – R.F. 10:40 Overview on MPW offerings and 11:40 IP portfolio and customized IP cal presentations that provide an opportu- Once finalized, a complete agenda will be – – – 09:40 Scholz 11:10 Process Design Kit features – 12:10 block offerings via IHP Solu- nity for EuMW attendees to experience sta- posted on www.eumweek.com and pub- R.F. Scholz tions – M. Petri teof-the-art applications, products, design lished in the official EuMW Show Guide. Ad- IHP offers research partners and Through IHP Solutions, custom- techniques, and processes ditional printed copies will also be available 09:40 MM-Wave Packaging and Het- customers access to its power- ers have access to the whole – 10:10 erogeneous Integration – M. ful cutting edge SiGe:C BiCMOS range of IHP’s IP portfolio e.g.: Wietstruck technologies e.g.: Integrated building blocks, cores, integrated In this talk, the latest develop- HBTs with cut-off frequencies of analog devices, complex digital ments for mm-wave packaging up to 500 GHz, Through Silicon processors, wireless sensor and heterogeneous integration Vias, Localized Backside Etching networks, embedded security or at IHP will be presented: BiC- application software solutions. MOS embedded Through-Silicon Vias (TSV), wafer-level inter- 11:10 Space evaluation of two BiCMOS connection technologies and – technologies SGB25RH and 12:10 Introduction Demonstrators: SRS 11:40 – a novel wafer-level packaging SG13RH – J. Kroel 12:20 Radar, UWB Localization, Broad- technology. SGB25RH is already fully evalu- band SDR, 5G – R.F. Scholz ated against ESCC standards and the technology is EPPL listed. 10:10 Next generation THz SiGe- The evaluation of SG13RH sup- – BiCMOS technology and future ported by the ESA component 12:20 Lunch & Demo Session 10:40 – perspectives - tbd group consists of different ac- 13:30 Recently IHP demonstrated first tivities and this overview gives results for a SiGe-BiCMOS tech- an overall status of the progress. nology featuring transit frequen- cies fT and maximum oscillation frequencies fmax both exeeding 0.5 THz. Status and future per- spective of these developments will be discussed. 124 – WWW.EUMWEEK.COM CONFERENCE SESSIONS MATRIX – PROGRAMME PROGRAMME – CONFERENCE SESSIONS MATRIX WWW.EUMWEEK.COM – 125

EXHIBITOR WORKSHOP MATRIX MONDAY

Room Room 08:30 – 10:10 10:50 – 12:30 13:50 – 15:30 16:10 – 17:50 EVENING PROGRAMME EuMIC02 EuMIC05 EuMIC08 TUESDAY 12TH JANUARY 2021 Mission 1 D-Band to H-Band Amplifiers ICs for mmWave ICs for Communication and Beamforming Systems Sensing 10:00 – 16:30 EuMIC03 EuMIC06 EuMIC09 Juliana 3 MathWorks Mission 2 GaN MMIC Power Amplifiers Advances in mmWave and Advanced Solutions for High Power Technologies Integrated Power Amplifiers 09:30 – 12:45 13:30 – 16:15 Juliana 4 EuMIC04 EuMIC07 EuMIC10 Rohde & Schwarz Tutorial Seminars Rohde & Schwarz Workshops Quest Receivers and LNAs Oscillators and Switches Nonlinear Modelling

TH W-28 WEDNESDAY 13 JANUARY 2021 Expedition Microwave Wearable Circuits and Systems for Biomedical Applications 10:00 – 12:00 13:00 – 15:00 Juliana 1 EuMIC01 Keysight Technologies Workshops Keysight Technologies Workshops Polar EuMIC Opening 10:00 – 16:30 Juliana 3 W-13 Technology in S-05 MathWorks Auditorium Advanced Applications of In-Band Context Multibeam Antennas and Beamforming Networks Full-Duplex Technology Network Threats 09:30 – 13:15 13:30 – 16:15 Juliana 4 Rohde & Schwarz Tutorial Seminars Rohde & Schwarz Workshops W-08 W-10 Spark Antenna/Modules in Package for mmWave for 5G From Enabling GaN Technology to High-Performing Space-Borne SSPAs at mmWave THURSDAY 14TH JANUARY 2021 S-07 S-10 From Device Characterisation to Amplifier Design: Intuitive Microwave Filter Design 09:30 – 13:30 Flash Juliana 2 Advanced Large Signal Measuring, Fast and Accurate with EM Simulation IHP Modelling, and Reliable Designing W-18 10:00 – 16:30 Juliana 3 Glow Measurements at mmWave and Terahertz Frequencies of Three Measurement Quantities: MathWorks S-Parameters, Power, and Complex Permittivity of Dielectric Materials 09:30 – 12:15 W-07 Juliana 4 Beam High-Power Microwave Industrial Applications Rohde & Schwarz Tutorial Seminars Automotive Forum Off-site Networking Dinner 18:30 - 22:00 EuMIC Off-site Get-Together SUNDAY 18.30 - 21.00

Room 08:30 – 10:10 10:50 – 12:30 13:50 – 15:30 16:10 – 17:50 EVENING PROGRAMME W-03 Mission 1 High Performance GaN MMICs

W-17 Mission 2 Advanced RF Technologies for 5G

W-29 Quest Recent Advances in Additive Manufacturing of Microwave Components

S-03 Auditorium Fundamentals of Microwave PA Design

W-11 Expedition Integrated Doherty PAs for Cellular and mmWave Applications

W-27 W-02 Flash Wireless Power Transmission Advanced Measurement Techniques for Next Generation Recent Research Advances Communication Systems W-06 Spark Sub-mmWave On-Wafer Measurements EuMW EuMC EuRAD EuMIC Student Activity EuMIC/EuMC EuMC/EuRAD 126 – WWW.EUMWEEK.COM CONFERENCE SESSIONS MATRIX – PROGRAMME PROGRAMME – CONFERENCE SESSIONS MATRIX WWW.EUMWEEK.COM – 127

TUESDAY WEDNESDAY

Room 08:30 – 10:10 10:50 – 12:30 13:50 – 15:30 16:10 – 17:50 EVENING Room 08:30 – 10:10 10:50 – 12:30 13:50 – 15:30 16:10 – 17:50 EVENING PROGRAMME PROGRAMME EuMIC11 EuMIC13 EuMC07 EuMC14 W-14 Mission 1 Transceiver and Foundry Panel Wireless Communication Microwave and mmWave Progress Automotive Radar Networks and Sensor Fusion Transmitter ICs Systems Systems EuMC01 EuMC08 EuMC15 EuRAD02 EuRAD04 EuRAD06 Doppler Processing Emerging & Industrial Power Amplifiers for Power Amplifiers Based on Doherty and Load Mission 1 Dual Use & Waveform Design Mission 2 Sub 6 GHz Application III-V & CMOS Modulated Power Techniques for Applications Technologies for 5G Amplifier Structures Low Reflectivity Targets EuMIC/EuMC01 EuMC09 EuMC16 EuMC21 EuMC27 EuMC33 EuMC39 Quest Silicon Integrated Sub- Terahertz Electronic Devices Terahertz Photonic Mission 2 [Focussed Session] Advances on RF Power Solid State High Power mmWave Circuits Devices and System Special Antenna Systems Emerging Microwave Amplifier Behavioural Amplifiers for Satellite and EuMIC12 EuMC10 EuMC17 Technology: Asia-Pacific Modelling Radar Applications Expedition Design and Characterisation MIMO and 5G Antennas Phased and Transmit Arrays EuRAD03 EuRAD05 EuRAD07 Techniques Design and Calibration EuMIC14 EuMIC16 Quest Concepts for Advanced Radar Radar Circuits and Systems Radar Scenario Simulations Polar 1-Minute Poster Pitch EuMIC Closing Session Systems (13:50 - 14:10) EuMC22 EuMC28 EuMC34 EuMC40 Automotive Forum Technology in Automotive Forum Context Expedition Novel Circuits Solutions for Novel Wireless Power Recent Advances in RFID and [Focussed Session] Auditorium Automotive Radar: Waveforms, Architectures, AI and Automotive Radar: Waveforms, Architectures, AI and Energy Transfer in the Near- Transfer and Energy IoT Sensors Emerging Antenna Interference Philosophical Interference Field and Far-Field Harvesting Systems Technologies for RFID Lecture EuRAD01 EuMC02 EuMC11 EuMC18 Polar Spark Array Antennas Waveguide and Horn 5G Antenna Systems EuRAD Opening Session Antennas EuMC23 DSS Forum DSS Forum DSS Forum DSS Forum EuMC03 EuMC12 EuMC19 Auditorium [Focussed Session] Strategy Cocktail Flash Advanced Packaging Advanced Packaging Innovative Antennas for Space Situational Awareness Analytics Lunch Space Situational Awareness Reception Components and Techniques Solutions for mmWave 3D-Printing Technologies Cubesat Platforms Applications EuMC04 EuMC13 EuMC20 S-08 EuMC35 EuMC41 Glow Theoretical and Computatio- Numerical Methods in Modelling of Field Radiation Spark High Power Amplification for Space Applications Integrated Antennas SATCOM and mmWave nal Electromagnetics Microwave Technology and Scattering Antennas Student School W-25 EuMC24 EuMC29 EuMC36 EuMC42 Beam Build Your Own Radar: Advanced mmWave Radar System Solutions for Industrial and Additive Manufacturing Reconfigurable Planar Transmission Lines and Planar Power Dividers/ Instruction Consumer Sensing Applications Flash and Emerging Materials for Passive Components Passive Components Combiners mmWave Applications EuMC05 Women in Career Platform Women in Microwaves Media arena 1-Minute Poster Pitch Microwaves How to Stand Out in a Job Panel Discussion EuMC30 EuMC37 EuMC43 (09:40 - 10:10) Lunch Lecture Application Glow Non-Planar Filters Non-Planar Filters and Non-Planar Devices and Teaching Microwaves Devices Systems Fluor Increase Your Microwave EuMC25 EuMC31 EuMC38 EuMC44 Lecturing Skills Metamaterials for Circuits Frequency Selective Metasurfaces and FSSs [Special Session] Career Platform Beam and Sensors Surfaces, Reflectors and Applications Silicon-Based Ka-Band Round control Career Lounge: Meet Jobs, Build Careers Metamaterial Antennas Massive MIMO Systems Automotive EuMC26 Career Platform IEEE Young Career Platform Professionals Transitzone B Forum Media arena 1-Minute Poster Pitch [Special Session] Lunch (09:40 - 10:10) Industry Market and Startup Panel Student School Professional Opportunites Transitzone C Build Your Own Radar: Hands-On Experience S-04 Fluor Quantum Computing for Electrical Engineers Career Platform loopbrug Company Wall and Job Wall IEEE Young Shuttle Professionals Opening of the Career Platform Beatrix European Microwave Week Round control EuMC/EuMW Opening Career Lounge: Meet Jobs, Build Careers W-05 Career Platform Juliana 2 Digital Predistortion for 5G MIMO Wireless Transmitters loopbrug Company Wall and Job Wall EuMC06 EuMIC15 W-12 Hall 1 Interactive Poster Interactive Poster Session Juliana 2 High-Efficiency Linear Power Amplifiers for High Bandwidth, High PAR Signals Session Student Design Competition EuMC32 Student Design Competition Student Design Competition Hall 1 Hall 1 Detect a Drone / Build (a part of) an Amplifier) Interactive Poster Detect a Drone / Build (a part of) an Amplifier Detect a Drone / Build (a part of) an Amplifier Session EuMW Microwave Welcome Off-site Nightfever Off-site Reception 20.00 - 24.00 18.30 - 22.00

EuMW EuMC EuRAD EuMIC Student Activity EuMIC/EuMC EuMC/EuRAD 128 – WWW.EUMWEEK.COM CONFERENCE SESSIONS MATRIX – PROGRAMME PROGRAMME – CONFERENCE SESSIONS MATRIX WWW.EUMWEEK.COM – 129

THURSDAY FRIDAY

Room 08:30 – 10:10 10:50 – 12:30 13:50 – 15:30 16:10 – 17:50 EVENING Room 08:30 – 10:10 10:50 – 12:30 13:50 – 15:30 16:10 – 17:50 EVENING PROGRAMME PROGRAMME W-23 EuRAD25 Progress High Resolution Radar for Automotive Progress Closing Session

EuRAD08 EuRAD12 EuRAD16 EuRAD19 EuRAD22 Mission 1 Object Classification in [Focussed Session] Mission 1 MIMO Radar Automotive Radar MIMO Automotive Radars Radar Interference Automotive Processing Cancellation EuRAD20 EuRAD23 EuRAD09 EuRAD13 EuRAD17 Mission 2 Passive Radars Target Characterisation with [Special Session] Advanced Techniques and Radar Mission 2 Defence Applications Radar and Electronic Warfare Innovative Array Configurations for DoA EuRAD21 EuRAD24 [Special Session] EuRAD10 EuRAD14 EuRAD18 Quest Quest New Radar Concepts Civilian Radar Research and SAR Processing Surveillance and SAR SAR Applications Development in China EuMC/EuRAD01 EuMC49 EuMC54 S-02 S-01 Expedition Radar Receivers and Front-End and Active Module Low Noise Amplifier and Expedition Cognitive Radar Signal Processing Introduction to MIMO Radar Front-Ends Phased Array Module Closing of the European 5G Forum Technology in 5G Forum Microwave Week Auditorium 5G: From Technology to Business Context 5G: From Technology to Polar EuMC/EuMW Closing and 5G, But Why? Business Awards Ceremony W-21 EuMC45 EuMC/EuRAD02 Technology in EuMC/EuRAD03 HAM Radio Social Flash Recent Advances in Topologies, Technologies and Practical Context Realizations of Microwave Sensors Auditorium [Special Session] [Special Session] [Special Session] 18.00 - 21.00 Focus Day: Array Antennas Focus Day: Active Array The Law of Focus Day: Active Array W-30 for Radio Astronomy Antennas for Space Space Antennas for Defence Glow Recent Advances on Microwave Filters EuMC46 EuMC50 W-15 Advanced Planar Filter Compact Planar Filtering Recent Advances in Micro-Doppler Radar W-32 Spark Principles and Devices and its Applications BOR 2 Practical Aspects of Running a Microwave Laboratory and How to Make Good Measurements Every Time Technologies EuRAD EuMC47 EuMC51 EuMC55 Transitzone A Flash Dielectric Measurements Calibration and Antenna Characterisation Seated Lunch Characterisation Techniques Techniques 5G Forum EuMC48 EuMC52 EuMC56 Transitzone B and WS/SC Microwave Monitoring Biological Microwave Effects [Focussed Session] Seated Lunch Glow and Sensing of Biomedical and Imaging Techniques Electromagnetics in Parameters Biomedical Applications Tom Brazil Doctoral School of Microwaves Beam The Route to 5G: Design of mmWave Active Array Systems, from RFIC to Signal Processing EuRAD11 EuMC53 EuMC57 Media arena 1-Minute Poster 1-Minute Poster In Recognition: Pitch (09:40 - 10:10) Pitch (12:00 - 12:30) Prof.Dr. A.T. de Hoop Career Platform Round control Career Lounge: Meet Jobs, Build Careers Career Platform BOR 6 Job Dating Career Platform loopbrug Company Wall and Job Wall Juliana Con- W-31 gress Room 1 5G and Beyond: Enabling RF Architectures and Technologies for Emerging Wireless Systems EuRAD15 EuMC58 Hall 1 Interactive Poster Interactive session Poster Session

EuMW EuMC EuRAD EuMIC Student Activity EuMIC/EuMC EuMC/EuRAD 130 – WWW.EUMWEEK.COM JAARBEURS FLOOR PLAN JAARBEURS FLOOR PLAN WWW.EUMWEEK.COM – 131

Ring Noord

A27

Maarsseveense Plassen Utrecht-Noord

richting

Amsterdam / Jaarbeursplein Schiphol

Room Utrecht 35 Centraal A2 Zeyn Veemarkt Congress Foyer 1 2 3 4 Square

Area Beatrixgebouw Graadt van Roggenweg

Bouw Juliana Juliana Juliana Juliana Juliana Juliana Juliana Amrâth Hôtel 4. 5. 6. 7. Juliana 1. 2. 3. P1 Navigeer op: Mineurslaan Graadt van Roggenweg Bouw 36 Wonderwoods 2 1 Ring Noord / 1 richting Maarssen Amersfoort 34

Mission Mission Expedition Quest Progress Transitzone 2 ENTREEKinepolis OOST Croeselaan A28 Supernova 31. 32. 33. 34. 35. 36. 5 Jaarbeurs Julianazalen Knooppunt 33 Speys Rijnsweerd 1 P3 Verenigde Naties 6 5 4 3 2 PERS Navigeer op: € Van Zijstweg Control 2

Arena 4 Out Out Out Out Out Plaza Theatre Zone 8 Weg der 3 Croesezaal

Auditorium Sky Break Break Break Shuttle Break Break Media Round Extra Bar Foyer A2 Media Plaza

32 Supernova 7 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. 29. 30. 9 Ring West 10 Holland Fentener van Vlissingenkade11 Casino Foyer 31 Kanaalweg ENTREE WESTP4 Van Zijstweg Overste den Oudenlaan 12 Neon Solar Glow Spark Beam Fluor Osram Flame Polar Flash Mediaplaza 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. afrit Utrecht-Centrum P4 8 Navigeer op: Ring Oost Truus van Lierlaan 3

6 N P2 Truus van Lierlaan OW 7 Navigeer op: Truus van Lierlaan 9 12 10

4 Z 5 11 Dr. M.A. Tellegenlaan 27 26 richting Papendorp

Den Haag / Bar Rotterdam 17 richting Knooppunt Arnhem A12 Oudenrijn A12

30 Knooppunt 17 Ring Zuid Lunetten 13 A2 richting Nieuwegein Hoograven/Houten Breda / afrit Jaarbeurs Maastricht 8 A27

richting 14 Den Bosch 23 25 15 16 24

22 Route to the Jaarbeurs by car or from Utrecht Central station 29

21 Taxi Informatie Event & Exhibition Centre Beatrixgebouw Jaarbeurs 18 Hal 1 t/m 4 en 7 t/m 12 Beatrix Theater Jaarbeursplein | 3521 AL Utrecht Bus Fietsenstalling Speys Expozaal jaarbeurs.nl 20 19 Jaarbeurs MeetUp Sneltram Oplaadpunt Eerste verdieping: Kantoren Jaarbeurs Parkeren en navigeren Croesezaal Trade Mart Bekijk de plattegrond om te beoordelen op 28 EHBO Parkeren mindervaliden Julianazalen (Hal 5) Zeyn welk parkeerterrein je het beste kunt Media Plaza parkeren. € Geldautomaat Looproute Supernova

PERS Pers Restaurant Exhibitor List 2020

A: ACST GmbH · AdTech Ceramics · AFT I: IHP GmbH · IMST GmbH · iNOVEOS · In- & Schwarz GmbH & Co. KG · Rosenberger Microwave GmbH · AGC · AGC-NELCO Eu- stitut d’Electronique, de Microeléctronique Hochfrequenztechnik GmbH & Co. KG rope SA · AINFO Inc. · AIRMEMS · Al- et de Nanotechnologies (IEMN) · Intech S: SARAS Technology Ltd · Schmid & fred Tronser GmbH · ALPHA - RLH · Altair Microwaves S.R.L. · Isola GmbH Partner Engineering AG · Schott AG · Engineering GmbH · AMCAD Engineering · J: JQL Technologies Corporation Shenzhen Superlink Technology Co., Ltd · American Standard Circuits, Inc. · American K: K&L Microwave, Inc · Keysight Tech- Siglent Technologies Germany GmbH · Sig- Technical Ceramics Corp. (ATC) · Ampleon · nologies · Knowles Precision Devices · nal Integrity Journal · Smiths Interconnect Analog Devices GmbH · Anyarc (Kunshan) KOA Europe GmbH · KOSTECSYS Co., Ltd · - Hypertac SA · Southwest Microwave · Technology Co., Ltd · API Tech · AR Europe Kuhne Electronic GmbH SpaceForest · SPINNER GmbH · STACEM · Ltd · Arralis · Artech House Books · ASB L: LPKF Laser & Electronics AG · Lancaster Stratedge Corporation · Sumitomo Electric Inc. · ATEM · Atlantic Microwave Ltd · University Engineering Department Europe Ltd · Sumitomo Electric Industries · Auriga PIV-Tech · AVX Corp. M: Mathworks B.V. · Maury Microwave Sungsan Electronics & Communications Co., B: BAE Systems Surface Ships Ltd · Bits&- Corp. · Mesuro Limited · METDA Corp · Ltd · Suzhou Astroniks Electronic Technol- Chips · Bruco IC · BSC Filters Ltd · bsw Mician GmbH · Micro Harmonics Corpora- ogy Co., Ltd TestSystems & Consulting BV tion · Micro Systems Engineering GmbH · T: Tech-X Corporation · Teledyne Technol- C: Cadence · China Electronics Technol- Micro Systems Technologies Management ogies · Telemeter Electronic GmbH · TEM- ogy Instruments Co., Ltd (CETC) · Cicor AG (MST) · Microsanj LLC · Microwave En- STRON Co., Ltd · TEMWELL Corp · TICRA · Group · CISTEME · Cobham Electrical and gineering Europe · Microwave Journal · Mi- Times Microwave Systems · TMD Technol- Electronic Equipment · Coilcraft · COMSOL crowave Products Group · Microwave Sys- ogies Ltd · TNO Defence, Safety and Secu- BV · Copper Mountain Technologies · CPE tems JSC · Microwaves and RF · Milliwave rity · Trilight Microwave AB + Microwave Italia SpA Silicon Solutions Inc. · Milliway Microelec- Systems · Tronser, Inc. · Tusk IC nv D: DICONEX - DELTA OHM · Ditom Micro- tronics · MISOTECH · Mitron Inc · Mous- U: UIY Inc. · United Monolithic Semicon- wave Inc. · Dow-Key Microwave · dSPACE er Electronics · MPI Corporation · MRC ductors SAS GmbH · DYCONEX AG Gigacomp GmbH & Co. KG · MTR S.R.L. · V: Varioprint AG · Vectawave · Ventec In- E: ECA Group · EDI CON China · Electronic MUEGGE GmbH · Murata Software Co., Ltd ternational Group · VIA Electronic GmbH · Specifier Ltd · Elektor · Elite RF · ERZIA N: NI · NSI-MI Technologies · NXP Semi- Virginia Diodes Inc. · Vishay Electronic Technologies S.L. · ETL Systems · European conductors GmbH · VTT Microwave Week 2021 · Everything RF O: OMMIC W: W.L. Gore & Associates GmbH · WAVE- F: Farran Technology Ltd · Filtronic Broad- P: Pasquali Microwave Systems SRL · Pick- PIA Co., Ltd · Wavice Inc. · Wevercomm band Limited · Focus Microwaves Inc. · Fo- ering Interfaces Ltd · Pico Technology Ltd · Co., Ltd · WIN Semiconductors Corp · cusimple Electronics Co., Ltd · FormFactor Planar Monolithics Industries Inc · Plexsa WIPL-D d.o.o. · Withwave Co., Ltd · Wolf- Inc. · Fraunhofer FHR · Fraunhofer IAF · Manufacturing · Pole Zero · Prâna R&D · speed, A Cree Company · Wuerth Elektronik Fuzhou Micable Electronic Technology Co., Pure Pro Technology Co., Ltd eiSos GmbH & Co. KG Ltd Q: Quartzcom AG X: XLIM - UMR CNRS 7252 - Université de G: Gapwaves · Greenray Industries R: Remcom Inc. · Research Fab Microelec- Limoges H: Hangzhou Freqcontrol Electronic Tech- tronics Germany (FMD) · RF MORECOM · Y: Yole Développement nology Ltd · hf-Praxis · High Frequency RF-Lambda Europe GmbH · Rflight Com- Z: Zhejiang Wazam New Materials Co., Ltd · Electronics · Holzworth Instrumentation · munication Electronic Co., Ltd · RFMW Zhongshan Fragrant Mountain Microwave Huber + Suhner AG · Hytem Europe Ltd · Rogers Corporation · Rohde Co., Ltd v1. 3 Release date: 02 October 2020

EXCEL, LONDON 10-15 OCTOBER 2021 Layout and Typesetting: otani.de and Typesetting: Layout