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WEDNESDA Y WEDNESDAY - European Microwave Week

WEDNESDA Y WEDNESDAY - European Microwave Week

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Emerald Room Europe Foyer 2 G102 G103<br />

EuMC09<br />

Non-planar Filters<br />

Chair: Ian Hunter, University of Leeds<br />

Co-Chair: Christoph Ernst, ESTEC<br />

EuMC09-1<br />

High Q-factor Compact<br />

Filters With Wide-band<br />

Spurious Rejection<br />

F. Gentili 1 , L. Pelliccia 1 , G. Bianchi 2 ,<br />

R. Sorrentino 1 , 1 University of Perugia,<br />

Perugia, Italy, 2 Verigy Germany<br />

GmbH, Boeblingen, Germany<br />

EuMC09-2<br />

Rotman Lens Used as a<br />

Demultiplexer/Multiplexer<br />

Y. Zhang, V. Fusco, Queen’s University<br />

of Belfast, UK, Belfast, United<br />

Kingdom<br />

EuMC09-3<br />

All Metal Insert E-plane<br />

Filter with Integrated<br />

Extraced Pole Resonator<br />

P. Kozakowski, A. Deleniv, Ericsson<br />

AB, Gothenburg, Sweden<br />

EuMC09-4<br />

Compact and Low-Cost<br />

Topology for Evanescent-<br />

Mode Waveguide Filters<br />

with Dielectric Loading in<br />

the X Band<br />

C. A. Donado Morcillo 1 , B. Lacroix 1 ,<br />

H. Gu 2 , J. Miller 2 , J. Papapolymerou 1 ,<br />

1 Georgia Institute of Technology,<br />

Atlanta, United States, 2 Nanowave<br />

Inc., Etobicoke, Canada<br />

EuMC09-5<br />

Broad passband, Wide<br />

stopband, high power<br />

evanescent mode filters<br />

using capacitively-loaded<br />

ridges<br />

R. V. Snyder, S. Bastioli, RS <strong>Microwave</strong>,<br />

Butler, United States<br />

EuMC10<br />

Focused Session:<br />

Frontline Developments<br />

in RF-MEMS Technology<br />

and Applications<br />

Chair: Harrie Tilmans, IMEC<br />

Co-Chair: Larissa Vietzorreck,<br />

TU München<br />

EuMC10-1<br />

Development of RF-MEMS<br />

ohmic contact switch<br />

for mobile handsets<br />

applications<br />

T. Fujiwara, T. Seki, F. Sato, M. Oba,<br />

OMRON Corporation, Yasu, Japan<br />

EuMC10-2<br />

Development of an All-<br />

Metal Large Contact Force<br />

Reliable RF-MEMS Relay<br />

for Space Applications<br />

P. Blondy 1 , A. Pothier 1 , J. Gauvin 1 ,<br />

R. Stefanini 1 , D. Passerieux 1 , F.<br />

Courtade 2 , O. Vendier 3 , 1 XLIM,<br />

Limoges, France, 2 CNES, Toulouse,<br />

France, 3 Thales Alenia Space,<br />

Toulouse, France<br />

EuMC10-3<br />

High Power SP4T<br />

MEMS Switch for Space<br />

Applications<br />

P. Farinelli 1,2 , 1 RF Microtech, Perugia,<br />

Italy, 2 Perugia Univeristy, Perugia, Italy<br />

EuMC10-4<br />

A New RF MEMS<br />

Technology Enabling<br />

Tunability for RF Front-End<br />

O. Millet, DelfMEMS, Villeneuve<br />

d'Ascq, France<br />

EuMC10-5<br />

Impedance Tuners for<br />

Handsets Utilizing High-<br />

Volume RF-MEMS<br />

A. S. Morris, S. P. Natarajan, Q. Gu,<br />

V. Steel, wiSpry, Inc., Irvine, United<br />

States<br />

<strong>WEDNESDA</strong>Y<br />

EuMC11<br />

mm-wave Antennas<br />

Chair: Wolfgang Bosch,<br />

Graz University of Technology<br />

Co-Chair: Ioan E. Lager,<br />

Delft University of Technology<br />

EuMC11-1<br />

Bond-Wires: Readily<br />

Available Integrated<br />

Millimeter-Wave Antennas<br />

U. Johannsen, A. B. Smolders,<br />

Eindhoven University of Technology,<br />

Eindhoven, Netherlands<br />

EuMC11-2<br />

Cylindrical Dielectric<br />

Resonator Antenna<br />

excited by on-chip<br />

integrated slot for a<br />

completely packaged 60<br />

GHz front-end solution<br />

J. P. Guzman, S. Muhammad, M. Ney,<br />

C. Person, Telecom Bretagne Institute,<br />

Brest, France<br />

EuMC11-3<br />

A Rhombic Antenna Array<br />

Solution in eWLB Package<br />

for Millimeter-Wave<br />

Applications<br />

A. Hamidipour 1 , A. Fischer 1,2 ,<br />

L. Maurer 3 , A. Stelzer 1,2 , 1 University of<br />

Linz, Linz, Austria, 2 University of Linz,<br />

Linz, Austria, 3 Dice GmbH & Co KG,<br />

Linz, Austria<br />

EuMC11-4<br />

60 GHz Membrane<br />

Supported Aperture<br />

Coupled Patch Antenna<br />

based on FR4 and New<br />

Thin Pyralux Substrate<br />

H. Vettikalladi 1 , T. Sarrazin 1,2 ,<br />

O. Lafond 1 , M. Himdi 1 , N. Rolland 2 ,<br />

1 University of Rennes 1 , Rennes,<br />

France, 2 University of Lille 1 , Lille,<br />

France<br />

EuMC11-5<br />

2D Electronically Beam<br />

Steerable Integrated Lens<br />

Antennas for mmWave<br />

Applications<br />

A. Artemenko 1 , A. Mozharovskiy 1 , A.<br />

Maltsev 2 , R. Maslennikov 1 , A. Sevastyanov 2 ,<br />

V. Ssorin 2 , 1 Radio Module NN, Ltd, Nizhny<br />

Novgorod, Russian Federation, 2 Lobachevsky<br />

State University of Nizhny Novgorod, Nizhny<br />

Novgorod, Russian Federation<br />

EuMC12<br />

RF Near-Field Power<br />

Transfer<br />

Chair: Alessandra Costanzo,<br />

Universty of Bologna<br />

Co-Chair: Hubregt Visser,<br />

imec / Holst Centre<br />

EuMC12-1<br />

Power Transfer Efficiency<br />

of Magnetic Resonance<br />

Wireless Power Link<br />

With Misaligned Relay<br />

Resonator<br />

K. Kim, Y. Ryu, E. Park, N. Kim, J. Choi,<br />

D. Kim, C. Yoon, K. Song, C. Ahn, Y.<br />

Park, S. Kwon, Samsung Advanced<br />

Institute of Technology, Yongin,<br />

Republic of Korea<br />

EuMC12-2<br />

Automated Adaptive<br />

Frequency Tracking System<br />

for Efficient Mid-Range<br />

Wireless Power Transfer<br />

via Magnetic Resonanc<br />

Coupling<br />

N. Kim, K. Kim, Y. Ryu, J. Choi, D. Kim,<br />

C. Yoon, Y. Park, S. Kwon, Samsung<br />

Advanced Institute of Technology,<br />

Yongin-si, Republic of Korea<br />

EuMC12-3<br />

Wireless Resonant-type<br />

Power Transfer Links with<br />

Relay Elements: Harmonic<br />

Balance Design<br />

A. Costanzo 1 , M. Dionigi 2 , F. Mastri 3 ,<br />

M. Mongiardo 2 , 1 University of<br />

Bologna, Bologna, Italy, 2 University of<br />

Perugia, Perugia, Italy, 3 University of<br />

Bologna, Bologna, Italy<br />

EuMC12-4<br />

Wireless Power<br />

Transfer for a Miniature<br />

Gastrostimulator<br />

Y. Seo 1 , Z. Hughes 1 , D. Isom 1 ,<br />

M. Q. Nguyen 1 , S. Deb 1 , S. Rao 2 ,<br />

J. Chiao 1 , 1 The University of Texas at<br />

Arlington, Arlington, United States,<br />

2 Med-Worx, Grand Prairie, United<br />

States<br />

EuMC12-5<br />

Magnetically Coupled<br />

Resonant Wireless<br />

Power Transmission: An<br />

Artificial Transmission Line<br />

Approach<br />

G. Monti 1 , L. Tarricone 1 , M. Dionigi 2 ,<br />

M. Mongiardo 2 , 1 University of salento,<br />

Lecce, Italy, 2 Università degli studi di<br />

Perugia, Perugia, Italy<br />

08:30 - 08:50<br />

08:50 - 09:10<br />

09:10 - 09:30<br />

09:30 - 09:50<br />

09:50 - 10:10<br />

www.eumweek.com 49<br />

<strong>WEDNESDA</strong>Y


08:30 - 08:50<br />

08:50 - 09:10<br />

09:10 - 09:30<br />

09:30 - 09:50<br />

09:50 - 10:10<br />

50<br />

G104<br />

EuMC13<br />

Advanced Analytical and<br />

Numerical Techniques<br />

for <strong>Microwave</strong><br />

Applications<br />

Chair: Alessandro Galli,<br />

Sapienza University of Rome<br />

Co-Chair: Francisco Medina,<br />

University of Seville<br />

EuMC13-1<br />

Determination of Complex<br />

Resonant Frequencies of<br />

Resonators Loaded with<br />

Dielectric Materials<br />

E. Kilic, U. Siart, T. F. Eibert, Technische<br />

Universitaet Muenchen, Munich,<br />

Germany<br />

EuMC13-2<br />

A Compact Fourth Order<br />

3-Step LOD-FDTD Method<br />

A. K. Saxena, S. K. Singamaneni,<br />

K. V. Srivastava, Indian Institute of<br />

Technology Kanpur, Kanpur, India<br />

EuMC13-3<br />

An Enhanced Optimization<br />

Technique for Design of<br />

Tune-Free Diplexers<br />

A. Deleniv, P. Kozakowski, Ericsson<br />

AB, Gothenburg, Sweden<br />

EuMC13-4<br />

Electromagnetic Modeling<br />

of Complex Structures<br />

by TLM / Modal Hybrid<br />

Approach with Efficient<br />

Parallel Computing<br />

M. Alexandru 1,2 , T. Monteil 3,2 , P. Lorenz 3,3 ,<br />

F. Coccetti 1 , H. Aubert 1,2 , 1 Laas-CNRS,<br />

Toulouse, France, 2 Université de Toulouse,<br />

Toulouse, France, 3 Lorens Solutions,<br />

Lenggries, Germany<br />

EuMC13-5<br />

Efficient Mode-Matching<br />

Design of Substrate-<br />

Integrated Waveguide<br />

Filters<br />

Z. Kordiboroujeni, F. Taringou,<br />

J. Bornemann, University of Victoria,<br />

Victoria, Canada<br />

www.eumweek.com<br />

<strong>WEDNESDA</strong>Y<br />

10:40 - 12:20<br />

Auditorium<br />

EurAD01<br />

EuRAD Opening Session<br />

Chair: Willem A. Hol, Thales Nederland B.V.<br />

Co-Chair: Albert Huizing, TNO<br />

10:40 - 10:50<br />

Welcome Address<br />

Willem A. Hol, Chair EuRAD 2012<br />

10:50 - 11:35<br />

Automotive Radar – History, state-of-the-art and future<br />

trends<br />

Holger H. Meinel, Daimler AG<br />

Automotive radar based on millimetre waves - today in the 24/ 26 GHz and in<br />

the 77/ 79 GHz range – has been under investigation and development since<br />

several decades. Since 1997 automotive radar is commercially available and<br />

employed by various OEM’s all over the world, until now predominantly in<br />

expensive Premium cars. With the standard serial implementation of a CPA<br />

sensor (Collision Prevention Assist) in 2011, democratization of vehicle safety<br />

has now been started on a broad level. Today such radar systems are used for<br />

various vehicular applications. The final goal of autonomous driving comes<br />

into view. Different frequency bands, modulation schemes, emission powers,<br />

or radiation patterns are employed today. However, more sophisticated<br />

approaches, like DBF (Digital Beam Forming) antennas or polarimetric signal<br />

evaluation are, concerning automotive radar, still in research and development.<br />

Automotive radar, the history, today’s state-of-the-art as well as possible<br />

future trends will be reviewed.<br />

11:35 - 12:20<br />

RF Technology as an enabler for Future Above Water<br />

Warfare<br />

CAPT (WE) B.R. Hendriks MA, Netherlands Defense Materiel Organization<br />

Future Surface Combatants face the challenges of multi-role tasking<br />

anticipating the challenges of a global maritime security environment, whilst<br />

coping with trends like reduced manning, intensive operational use, in theatre<br />

maintenance and having to control and reduce life cycle costs. Answering such<br />

a requirement package has impact on the sensor and communication fit of<br />

naval platforms. Radar functionalities, architectures and last but not least RF<br />

front-ends are key-issues to be analyzed in order to meet the challenges the<br />

future offers us.


Emerald Room Europe Foyer 2 G102<br />

EuMC14<br />

Tunable Filter Structures<br />

Chair: Guiseppe Macchiarella,<br />

Politecnico di Milano<br />

Co-Chair: Jason Hong,<br />

Herriot-Watt University<br />

EuMC14-1<br />

Analog Tuning of Compact<br />

Varactor-Loaded Combline<br />

Filters in Substrate<br />

Integrated Waveguide<br />

S. Sirci 1 , J. D. Martinez 2 , M. Taroncher 1 ,<br />

V. E. Boria 1 , 1 Universitat Politecnica de<br />

Valencia, Valencia, Spain, 2 Universitat<br />

Politecnica de Valencia, Valencia,<br />

Spain<br />

EuMC14-2<br />

5-GHz-Band Center<br />

Frequency and Bandwidth<br />

Tunable Dual-Band<br />

Bandpass Filter<br />

K. Kawai, H. Okazaki, S. Narahashi,<br />

NTT DOCOMO, Inc., Yokosuka, Japan<br />

EuMC14-3<br />

Channel-Reconfigurable<br />

Filter with Integrated<br />

Switch in Multilayer LCP<br />

Package<br />

S. Qian , J. Hong, Heriot-Watt<br />

University, Edinburgh, United<br />

Kingdom<br />

EuMC14-4<br />

A Novel Tunable Filter<br />

Enabling both Center<br />

Frequency and Bandwidth<br />

Tunability<br />

H. Inoue 1,2 , X. Mi 1,2 , T. Fujiwara 2 , O. Toyoda 1,2 ,<br />

S. Ueda 1,2 , F. Nakazawa 1,2 , 1 Association of<br />

Super-Advanced Electronics Technologies,<br />

6 4 Nishiwaki, Okubo-cho,Akashi, Japan,<br />

2 Fujitsu Laboratories LTd.,, 6 4 Nishiwaki,<br />

Okubo-cho, Akashi, Japan<br />

EuMC14-5<br />

High-Q MEMS-Tunable<br />

Waveguide Filters in<br />

K-band<br />

L. Pelliccia 1 , F. Cacciamani 1 ,<br />

P. Farinelli 2 , P. Ligander 3 , O. Persson 3 ,<br />

R. Sorrentino 1 , 1 University of Perugia,<br />

Perugia, Italy, 2 RF-Microtech srl,<br />

Perugia, Italy, 3 Ericsson AB, Molndal,<br />

Goteborg, Sweden<br />

EuMC15<br />

SIW Passive Components<br />

Chair: Philippe Ferrari,<br />

University of Grenoble<br />

Co-Chair: Ian Robertson,<br />

University of Leeds<br />

EuMC15-1<br />

Broadband 100 GHz<br />

Substrate-Integrated<br />

Waveguide Couplers with<br />

Irregularly Shaped Via<br />

Holes for Higher-Order<br />

Mode Suppression<br />

D. Dousset 1 , J. Bornemann 2 , M. Daigle 1 , S. Claude 3 ,<br />

K. Wu 1 , 1 Ecole Polytechnique Montreal, Montreal,<br />

Canada, 2 University of Victoria, Victoria, Canada,<br />

3 National Research Centre , Victoria, Canada<br />

EuMC15-2<br />

77 GHz CW-Radar Concept<br />

with Passive Components<br />

in LTCC<br />

C. Rusch 1 , S. Beer 1 , T. Klein 2 , T. Zwick 1 ,<br />

1 Karlsruhe Institute of Technology,<br />

Karlsruhe, Germany, 2 IMST GmbH,<br />

Kamp-Lintfort, Germany<br />

EuMC15-3<br />

A Low-Loss GCPWto-WG<br />

Transition in<br />

Multilayer Resin Substrate<br />

for Millimeter-Wave<br />

Applications<br />

K. Gomi 1 , S. Hiura 1 , M. Suzuki 2 ,<br />

1 Toshiba Corporation, Yokohama,<br />

Japan, 2 Toshiba Corporation,<br />

Kawasaki, Japan<br />

EuMC15-4<br />

Monolithic On-Wafer<br />

Rectangular Waveguide<br />

and its Transition to CPW<br />

Lines<br />

N. Vahabisani, M. Daneshmand,<br />

University of Alberta, Edmonton,<br />

Canada<br />

EuMC15-5<br />

Printed power-combiner<br />

based on sectoral horns<br />

L. Boccia, A. Emanuele, A. Shamsafar,<br />

G. Amendola, E. Arnieri, University of<br />

Calabria, Rende, Italy<br />

<strong>WEDNESDA</strong>Y<br />

EuMC16<br />

Modelling and<br />

Measurement of<br />

Antennas<br />

Chair: Jozef Modelski,<br />

Warsaw Uni. of Tech<br />

Co-Chair: Bart Nauwelaers,<br />

KU Leuven<br />

EuMC16-1<br />

An E-Field Probe based<br />

Near-Field Measurement<br />

System for on- and in-<br />

Body Antennas<br />

X. Li, M. Jalilvand, L. Zwirello,<br />

T. Zwick, Karlsruhe Institute of<br />

Technology, KIT, Karlsruhe, Germany<br />

EuMC16-2<br />

Extrapolation of Truncated<br />

Spherical Near-Field<br />

Measurements<br />

R. Cornelius, H. Shakhtour,<br />

D. Heberling, RWTH Aachen<br />

University, Aachen, Germany<br />

EuMC16-3<br />

Patch Antenna Fed by a<br />

3-Line-System for Dual<br />

Orthogonal Linear and<br />

Circular Polarization<br />

R. Juenemann, Rohde&Schwarz,<br />

Muenchen, Germany<br />

EuMC16-4<br />

Multi-mode Optimization<br />

of a Near-Field Array<br />

M. Kozlov, R. Turner, Max Planck<br />

Institute for Human Cognitive and<br />

Brain Sciences, Leipzig, Germany<br />

EuMC16-5<br />

Finite Antenna Array<br />

Analysis with Unit-cell<br />

Domain Decomposition<br />

Method<br />

1200-1220<br />

M. Commens, K. Zhao, ANSYS, Inc.,<br />

Pittsburgh, United States<br />

10:40 - 11:00<br />

11:00 - 11:20<br />

11:20 - 11:40<br />

11:40 - 12:00<br />

12:00 - 12:20<br />

www.eumweek.com 51<br />

<strong>WEDNESDA</strong>Y


52<br />

www.eumweek.com<br />

10:40 - 11:00<br />

11:00 - 11:20<br />

11:20 - 11:40<br />

11:40 - 12:00<br />

12:00 - 12:20<br />

G103 G104 G105<br />

EuMC17<br />

RF Far-Field Power<br />

Transfer<br />

Chair: Hubregt J. Visser,<br />

imec / Holst Centre<br />

Co-Chair: Alessandra Costanzo,<br />

Universty of Bologna<br />

EuMC17-1<br />

Aspects of Far-Field RF<br />

Energy Transport<br />

H. J. Visser, imec / Holst Centre,<br />

Eindhoven, Netherlands<br />

EuMC17-2<br />

Enhancement of Output<br />

Voltage for Novel Dental<br />

Rectennas<br />

Y. Yang, C. Tsai, C. Yang, National<br />

Cheng Kung University, Tainan,<br />

Taiwan<br />

EuMC17-3<br />

A Simple Self-Powered<br />

AM-Demodulator for<br />

Wireless Power/Data<br />

Transmission<br />

C. M. Wu, J. S. Sun, T. Itoh, UCLA,<br />

Los Angeles, United States<br />

<strong>WEDNESDA</strong>Y<br />

EuMC17-4<br />

RF Field Investigation and<br />

Maximum Available Power<br />

Analysis for Enhanced RF<br />

Energy Scavenging<br />

N. Shariati, K. Ghorbani, W. Rowe,<br />

RMIT University, Melbourne, Australia<br />

EuMC17-5<br />

Source Node Location<br />

Estimation in Large-scale<br />

Wireless Sensor Networks<br />

D. Penkin 1 , G. Janssen 1 , A. Yarovoy 1 ,<br />

1 Delft University of Technology, Delft,<br />

Netherlands, 2 Delft, United States<br />

EuMC18<br />

Focused Session: EMC<br />

- Principles, Design and<br />

Characterization<br />

Chair: Ramiro Serra,<br />

Eindhoven University of Technology<br />

Co-Chair: Lex van Deursen,<br />

Eindhoven University of Technology<br />

EuMC18-1<br />

Pulsed-field EMI<br />

Susceptibility Analysis of<br />

Microelectronic Circuits<br />

– a Full Time-domain<br />

Methodology<br />

A. De Hoop 1 , H. Blok 1 , I. Lager 1 ,<br />

M. Stumpf 2 , G. Vandenbosch 2 , 1 TU<br />

Delft, Delft, Netherlands, 2 Katholieke<br />

Universiteit Leuven, Leuven, Belgium<br />

EuMC18-2<br />

EMC: designing to<br />

minimize antenna<br />

efficiency in the near and<br />

far field<br />

L. van Deursen, Eindhoven<br />

University of Technology, Eindhoven,<br />

Netherlands<br />

EuMC18-3<br />

<strong>Microwave</strong>-Range<br />

Shielding Effectiveness<br />

Measurements Using a<br />

Dual Vibrating Intrinsic<br />

Reverberation Chamber<br />

F. Leferink, Thales Netherlands,<br />

Hengelo, Netherlands<br />

EuMC18-4<br />

Statistical Analysis of<br />

Multiconductor Cables<br />

and Interconnects Internal<br />

Variability and Field<br />

Coupling<br />

P. Manfredi, F. G. Canavero,<br />

Politecnico di Torino, Torino, Italy<br />

EuMC18-5<br />

Statistical Characterization<br />

of Complex Enclosures<br />

R. Serra, TU Eindhoven, Eindhoven,<br />

Netherlands<br />

ApMC01<br />

Special Session on<br />

Asia-Pacific <strong>Microwave</strong><br />

Conference<br />

Chair: Roberto Sorrentino, EuMA<br />

Co-Chair: Bumman Kim, Pohang<br />

University of Science and Technology<br />

APMC01-1<br />

Compact multi-function<br />

antennas designed using<br />

filter synthesis technique<br />

S. Chung, National Chiao Tung<br />

University, Hsinchu, Taiwan<br />

10:40 - 11:20 11:20 - 12:00<br />

APMC01-2<br />

RF CMOS PAs for mobile<br />

communications<br />

S. Hong, Korea advanced Institute<br />

of Science and Technology, Daejeon,<br />

Republic of Korea<br />

12:00-12:40<br />

APMC01-3<br />

Properties and radar cross<br />

section of forest fire ash<br />

particles at millimetre<br />

wave<br />

K. Ghorbani, RMIT University,<br />

Melbourne, Australia


EurAD/EuMC poster Sessions<br />

10:00 - 17:00<br />

The posters are on display from 10:00<br />

The authors are present for discussion from 12:20 - 13:50 and 15:30 - 16:00<br />

Exhibition Hall<br />

EurAD/EuMC poster01<br />

Joint EuMC/EuRAD<br />

Poster Session<br />

Chair: Massimiliano Simeoni,<br />

Delft University of Technology<br />

Co-chair: Oleg Krasnov,<br />

Delft University of Technology<br />

EuRAD/EuMC Poster01-1<br />

Laser ablated 48 GHz ZOR<br />

CRLH Antenna on Alumina<br />

Substrate<br />

G. Sajin, F. Craciunoiu, A. Dinescu,<br />

IMT Bucharest, Bucharest, Romania<br />

EuRAD/EuMC Poster01-2<br />

Electrodynamic Model and<br />

Calculation of the Effective<br />

Permeability Tensor for<br />

3D Magnetic Opal-based<br />

Nanocomposites at<br />

<strong>Microwave</strong>s<br />

G. S. Makeeva 1 , O. A. Golovanov 1 ,<br />

A. B. Rinkevich 2 , 1 Penza State<br />

University, Penza, Russian Federation,<br />

2 Institute of Metal Physics Ural<br />

Division of, Ekaterinburg, Russian<br />

Federation<br />

EuRAD/EuMC Poster01-3<br />

Analytical calculation of<br />

cutoff wavenumbers of<br />

dielectric waveguides with<br />

elliptical cross section<br />

G. P. Zouros, J. A. Roumeliotis,<br />

National Technical University of<br />

Athens, Athens, Greece<br />

EuRAD/EuMC Poster01-4<br />

Parallel Plate Mode<br />

Suppression in LTCCintegrated<br />

Stripline<br />

Circuits Using Periodic<br />

Bandgap Structures<br />

A. Ziroff, F. Poprawa, J. Huettner,<br />

Siemens AG, Munich, Germany<br />

EuRAD/EuMC Poster01-5<br />

Modeling of Shielding<br />

Effectiveness of<br />

Reinforced Concrete Walls<br />

for Electromagnetic Pulse<br />

S. Hyun 1 , K. Lee 1 , J. Yook 1 , 1 Yonsei<br />

University, Seoul, Republic of Korea,<br />

2 Seoul, Republic of Korea, 3 Seoul,<br />

Republic of Korea<br />

Exhibition Hall<br />

EuRAD/EuMC Poster01-6<br />

Dispersion of Spin-<br />

Electromagnetic Waves<br />

in Ferrite-Ferroelectric<br />

Multilayered Structure<br />

A. A. Nikitin 1 , V. V. Vitko 1 ,<br />

A. B. Ustinov 1 , A. A. Semenov 1 ,<br />

E. Lahderanta 2 , 1 St. Petersburg<br />

Electrotechnical University LETI<br />

(ETU), St. Petersburg, Russian<br />

Federation, 2 Lappeenranta University<br />

of Technology, Lappeenranta, Finland<br />

EuRAD/EuMC Poster01-7<br />

Accurate Models for Spiral<br />

Resonators<br />

D. Ellstein, B. Wang, K. Teo, Mitsubishi<br />

Electric Research Laboratories,<br />

Cambridge, United States<br />

EuRAD/EuMC Poster01-8<br />

Ab Initio Adaptive<br />

Meshing for Planar Passive<br />

Component Modeling<br />

J. Sieiro, J. M. López-Villegas, N. Vidal,<br />

J. A. Osorio, T. Carrasco, S. Ahyoune,<br />

University of Barcelona, Barcelona,<br />

Spain<br />

EuRAD/EuMC Poster01-9<br />

An Alternative Domain<br />

Decomposition Technique<br />

for CUDA-based 3D FDTD<br />

Methods<br />

M. Livesey 1 , J. F. Stack, Jr. 2 , F. Costen 3 ,<br />

T. Nanri 4 , N. Nakashima 4 , S. Fujino 5 ,<br />

1 Accenture, Manchester, United<br />

Kingdom, 2 Remcom, Inc., State<br />

College, United States, 3 The University<br />

of Manchester, Manchester, United<br />

States, 4 Kyushu University, Fukuoka,<br />

Japan, 5 Kyushu University, Fukuoka,<br />

Japan<br />

EuRAD/EuMC Poster01-10<br />

Broadband microstrip<br />

to coplanar strip line/<br />

slot line transitions on<br />

perpendicular substrates<br />

F. Ouasli 1 , J. Coupez 2 , P. Pajusco 3 ,<br />

C. Person 4 , 1 Telecom bretagne,<br />

Technopole brest iroise CS 83818<br />

, France, 2 Telecom bretagne,<br />

Technopole brest iroise CS 83818<br />

, France, 3 Telecom bretagne,<br />

Technopole brest iroise CS 83818<br />

, France, 4 Telecom bretagne,<br />

Technopole brest iroise CS 83818 ,<br />

France<br />

EuRAD/EuMC Poster01-11<br />

Development of<br />

<strong>Microwave</strong> System for<br />

Tumor Ablation and<br />

Imaging<br />

A. Mohra, A. Sheta, Z. Siddiqui,<br />

I. Elshafiey, King Saud University,<br />

Riyadh, Saudi Arabia<br />

<strong>WEDNESDA</strong>Y<br />

Exhibition Hall<br />

EuRAD/EuMC Poster01-12<br />

Near-field-probe<br />

measurements of<br />

millimeter-wave<br />

reflectarray at 120 GHz<br />

S. M. Mäkelä 1 , J. Ala-Laurinaho 1 ,<br />

A. Tamminen 1 , A. Räisänen 1 ,<br />

P. Koivisto 2 , J. Säily 2 , J. Häkli 2 ,<br />

P. Rantakari 2 , R. Tuovinen 2 , A.<br />

Luukanen 2 , 1 Aalto university, Espoo,<br />

Finland, 2 VTT Technical Research<br />

Centre of Finland, Espoo, Finland<br />

EuRAD/EuMC Poster01-13<br />

Electrically Small Antenna<br />

with Defected Ground<br />

Structure<br />

H. Kimouche, S. Oukil, EMP, Algiers,<br />

Algeria<br />

EuRAD/EuMC Poster01-14<br />

Two-layer Embedded Halfsplit<br />

Cylindrical Dielectric<br />

Resonator Antenna for<br />

Wideband Applications<br />

R. K. Chaudhary, K. V. Srivastava,<br />

A. Biswas, Indian Institute of<br />

Technology Kanpur, Kanpur, India<br />

EuRAD/EuMC Poster01-15<br />

A Novel Method of Optical<br />

True Time Delay in Phased<br />

Array Antenna<br />

Z. Ji, W. Zhu, Z. Li, Y. Sun, Q. Wang,<br />

Nanjing Electronic Equipment<br />

Institute, Nanjing, China<br />

EuRAD/EuMC Poster01-16<br />

Analysis of the FAST ICRH<br />

antenna with salted water<br />

load using HFSS code<br />

G. Ravera 1 , S. Ceccuzzi 1 , F. Mirizzi 1 ,<br />

A. A. Tuccillo 1 , R. Maggiora 2 ,<br />

1 Associazione EURATOM-ENEA sulla<br />

Fusione C.R. ENEA-Frascati, Frascati,<br />

Italy, 2 Politecnico di Torino, Torino,<br />

Italy<br />

EuRAD/EuMC Poster01-17<br />

Multiple Feed Transmit-<br />

Array Antennas with<br />

Reduced Focal Distance<br />

A. Clemente 1 , L. Dussopt 1 ,<br />

R. Sauleau 2 , P. Potier 3 , P. Pouliguen 4 ,<br />

1 CEA-Leti, Minatec Campus,<br />

Grenoble, France, 2 IETR, UMR<br />

CNRS 616 4 , Université Rennes 1 ,<br />

Rennes, France, 3 DGA, Maîtrise de<br />

l’information, Bruz, France, 4 DGA,<br />

direction de la stratégie, Bagneux,<br />

France<br />

Exhibition Hall<br />

EuRAD/EuMC Poster01-18<br />

Wideband Circularly<br />

Polarized Slot Antenna<br />

N. Nasimuddin, Z. Chen, X. Qing,<br />

Institute for Infocomm Research,<br />

Singapore, Singapore<br />

EuRAD/EuMC Poster01-19<br />

Dual-band Circularly<br />

Polarized Hexagonal-Slot<br />

Antenna<br />

N. Jeevanandham 1,2 , K. Agarwal 1,2 , N.<br />

Nasimuddin 2 , A. Alphones 1 , 1 Nanyang<br />

Technological University , Singapore,<br />

Singapore, 2 Institute for Infocomm<br />

Research , Singapore, Singapore<br />

EuRAD/EuMC Poster01-20<br />

Two Dimensional<br />

Microstrip Array with High<br />

Aperture Efficiency on FR4<br />

Substrate<br />

Z. Ma, G. Vandenbosch, Katholieke<br />

Universiteit Leuven, Heverlee,<br />

Belgium<br />

EuRAD/EuMC Poster01-21<br />

Comparison of Weighted<br />

Sum Approaches for<br />

PSO Fitness Functions in<br />

Antenna Design<br />

Z. Ma, G. Vandenbosch, Katholieke<br />

Universiteit Leuven, Heverlee,<br />

Belgium<br />

EuRAD/EuMC Poster01-22<br />

Cabin ceiling-integrated<br />

broadband antenna<br />

for wireless services in<br />

passenger aircraft.<br />

B. Schoenlinner 1 , M. Steinmayer 2 ,<br />

B. Schulte 3 , 1 EADS Innovation Works,<br />

Ottobrunn, Germany, 2 Diehl Aircabin<br />

GmbH, Laupheim, Germany, 3 Astyx<br />

GmbH Communications & Sensors,<br />

Ottobrunn, Germany<br />

EuRAD/EuMC Poster01-23<br />

Compact VHF Quadrifilar<br />

Helix Antenna<br />

A. Takacs 1,2 , T. Idda 1,2 , H. Aubert 1,2 ,<br />

H. Diez 3 , 1 Cnrs Laas, Toulouse, France,<br />

2 University of Toulouse, Toulouse,<br />

France, 3 CNES (The French Space<br />

Agency), Toulouse, France<br />

www.eumweek.com 53<br />

<strong>WEDNESDA</strong>Y


EurAD/EuMC poster Sessions<br />

10:00 - 17:00<br />

54 www.eumweek.com<br />

<strong>WEDNESDA</strong>Y<br />

The posters are on display from 10:00<br />

The authors are present for discussion from 12:20 - 13:50 and 15:30 - 16:00<br />

Exhibition Hall<br />

EuRAD/EuMC Poster01-24<br />

Analysis of Coupling<br />

Between Parallel Thick<br />

Dipoles within Antenna<br />

Arrays<br />

I. Paraschiv 1 , H. J. Visser 2,1 , 1 Eindhoven<br />

University of Technology, Eindhoven,<br />

Netherlands, 2 imec / Holst Centre,<br />

Eindhoven, Netherlands<br />

EuRAD/EuMC Poster01-25<br />

A Ka-band CMOS Lowphase-variation<br />

Variable<br />

Gain Amplifier With Good<br />

Matching Capacity<br />

P. Lo, H. Kuo, H. Chuang, National<br />

Cheng Kung University, Tainan,<br />

Taiwan<br />

EuRAD/EuMC Poster01-26<br />

A solution for the<br />

transient field diffracted<br />

by an obtuse-angled<br />

dielectric wedge<br />

G. Gennarelli 1 , G. Riccio 2 , 1 National<br />

Research Council, Naples, Italy,<br />

2 University of Salerno, Fisciano, Italy<br />

EuRAD/EuMC Poster01-27<br />

Correlation Analysis<br />

of MIMO Channel<br />

Measurement Parameters<br />

under 781MHz<br />

environment<br />

W. Jeong 1 , J. Kim 1 , M. Jung 2 , J. Kim 2 ,<br />

Y. Yoon 2 , K. Kim 1 , 1 Chungbuk National<br />

University, Cheongju, Democratic<br />

People’s Republic of Korea,<br />

2 Electronics and Telecommunications<br />

Research Institute, ETRI, Yuseong-gu,<br />

Republic of Korea<br />

EuRAD/EuMC Poster01-28<br />

Path Loss Characteristics<br />

for New Wireless Mobile<br />

Communcation Systems in<br />

Outdoor Environments<br />

M. Jung 1 , J. Kim 1 , W. Jeong 2 , J. Kim 2 ,<br />

K. Kim 2 , J. Pack 3 , 1 Electronics and<br />

Telecommunications Research<br />

Institute, ETRI, Yuseong-gu, Republic<br />

of Korea, 2 Chungbuk National<br />

University, Cheongju, Republic<br />

of Korea, 3 ChungNam National<br />

University, Yuseong-gu, Republic of<br />

Korea<br />

EuRAD/EuMC Poster01-29<br />

Modeling Small Scale<br />

Fading for Cognitive<br />

Programme Making and<br />

Special Event Applications<br />

S. Dortmund, S. Sczyslo, I. Rolfes,<br />

Ruhr-Universität Bochum, Bochum,<br />

Germany<br />

Exhibition Hall<br />

EuRAD/EuMC Poster01-30<br />

Spectral Characteristics of<br />

Coupled Plasmonic Modes<br />

in Aggregates of Plasma<br />

Columns<br />

N. P. Stognii, N. K. Sakhnenko,<br />

Kharkiv National University of Radio<br />

Electronics , Kharkiv, Ukraine<br />

EuRAD/EuMC Poster01-31<br />

3D Patch Antenna using<br />

a Cardbord Substrate for<br />

RFID Reader Applications<br />

G. Monti, L. Catarinucci, C. Vasanelli,<br />

L. Tarricone, University of salento,<br />

Lecce, Italy<br />

EuRAD/EuMC Poster01-32<br />

A Radio Frequency<br />

Rectifier with Efficiency-<br />

Improving Harmonic-<br />

Termination Circuit<br />

for Wireless Power<br />

Transmission<br />

S. Yoshida 1 , M. Tanomura 1 ,<br />

R. A. Chinga 2 , W. Chen 3 , J. Lin 2 ,<br />

1 NEC Corporation, Tsukuba, Japan,<br />

2 University of Florida, Gainesville,<br />

United States, 3 Industrial Technology<br />

Research Institute, Hsinchu, Taiwan<br />

EuRAD/EuMC Poster01-33<br />

X-band Semi-Passive RFID<br />

Tag on Flexible Laminate<br />

S. Preradovic 1 , A. Menicanin 2 , 1 Nitero<br />

, Melbourne, Australia, 2 Institute for<br />

Multidisciplinary Research Belgrade ,<br />

Belgrade, Yugoslavia<br />

EuRAD/EuMC Poster01-34<br />

Initial Calibration<br />

Procedure of a Six-Port<br />

Receiver System for<br />

Complex Data Reception<br />

S. Lindner, F. Barbon, G. Vinci,<br />

W. Robert, A. Koelpin, University<br />

of Erlangen-Nuremberg, Erlangen,<br />

Germany<br />

EuRAD/EuMC Poster01-35<br />

Design and Performance<br />

of Fiber-optic Relay node<br />

for Mobile Communication<br />

Systems<br />

H. Otsuka, H. Masuda, A. Nakajima,<br />

Kogakuin University, Tokyo, Japan<br />

Exhibition Hall<br />

EuRAD/EuMC Poster01-36<br />

CMOS RF T/R Router<br />

Switch ICs for LTE Carrier<br />

Aggregation Transceivers<br />

C. Lai, J. Jau, P. Wu, C. Chi, C. Tu, J. Li,<br />

ITRI, Hsinchu, Taiwan<br />

EuRAD/EuMC Poster01-37<br />

Evaluation of Nonlinear<br />

Distortion in MIMO<br />

Transmitters<br />

M. Bozic 1,2 , M. Cabarkapa 1,2 ,<br />

N. Neskovic 2,1 , A. Neskovic 2,1 ,<br />

D. Budimir 1,2 , 1 University of<br />

Westminster, London, United<br />

Kingdom, 2 University of Belgrade,<br />

Belgrade, Yugoslavia<br />

EuRAD/EuMC Poster01-38<br />

Compact Printable<br />

Chipless RFID Tags Using<br />

Polarization Diversity<br />

M. Islam, N. Karmakar, Monash<br />

University, Clayton, Australia<br />

EuRAD/EuMC Poster01-39<br />

Design of High Efficiency<br />

Wireless Charging Pad<br />

based on Magnetic<br />

Resonance Coupling<br />

J. Choi 1 , Y. Ryu 1 , D. Kim 1 , N. Y. Kim 1 ,<br />

C. Yoon 1 , K. Y. Kim 1 , Y. Park 1 , S. Kwon 1 ,<br />

Y. Yang 1,2 , 1 Samsung Advanced<br />

Institute of Technology, Yongin,<br />

Republic of Korea, 2 Sungkyunkwan<br />

University, Suwon, Republic of Korea<br />

EuRAD/EuMC Poster01-40<br />

Prediction of Multipactor<br />

Threshold in Passive<br />

<strong>Microwave</strong> Components<br />

Using an Improved<br />

Simulation Method<br />

Y. Li, W. Cui, China Academy of Space<br />

Technology (Xi’an), Xi’an, China<br />

EuRAD/EuMC Poster01-41<br />

Coupler Based<br />

Deterministic Indoor Radio<br />

Channel<br />

H. Pflug, J. Romme, G. Selimis,<br />

J. Heuvel, van den, K. Philips,<br />

H. Groot, de, Holst Centre / imec,<br />

Eindhoven, Netherlands<br />

Exhibition Hall<br />

EuRAD/EuMC Poster01-42<br />

Wireless Sensor Network<br />

for electrical Secondary<br />

Substations<br />

R. A. Faria, IST, Lisboa, Portugal<br />

EuRAD/EuMC Poster01-43<br />

UWB Antenna for Body<br />

Implanted Applications<br />

K. Yekeh Yazdandoost, National<br />

Institute of Information and<br />

Communications Technology,<br />

Yokosuka, Japan<br />

EuRAD/EuMC Poster01-44<br />

New Steerable Antenna<br />

with Controllable<br />

Metamaterial<br />

Y. Z. Sun 1,2 , Z. J. Li 1,2 , W. Q. Zhu 1,2 ,<br />

Z. H. Ji 1,2 , Q. Wang 1 , 2 , 1 Nanjing<br />

Electronic Equipment Institute,<br />

Nanjing, China, 2 Southeast University,<br />

Nanjing, China<br />

EuRAD/EuMC Poster01-45<br />

Calibration and Validation<br />

of the CASA Phased Array<br />

Antenna<br />

R. H. Medina, J. L. Salazar,<br />

E. J. Knapp, D. J. McLaughlin,<br />

University of Massachusetts,<br />

Amherst, United States<br />

EuRAD/EuMC Poster01-46<br />

Planar Square Quadrifilar<br />

Spiral Antenna for mobile<br />

RFID Reader<br />

S. J. Lee, D. J. Lee, H. S. Jang, H. S. Tae,<br />

J. W. Yu, Korea Advanced Institute<br />

of Science and Technology (KAIST),<br />

Daejeon, Republic of Korea<br />

EuRAD/EuMC Poster01-47<br />

Impact of Truncation on<br />

Finite-Sized Dual-Band<br />

Linear Phased Arrays<br />

S. E. A, M. Simeoni, A. Yarovoy, Delft<br />

University of Technology, Delft,<br />

Netherlands<br />

EuRAD/EuMC Poster01-48<br />

Beamforming with<br />

Efficient Node Selection<br />

Techniques for Green<br />

Cognitive Radio Networks<br />

N. M. Tessema, X. Lian, H. Nikookar,<br />

Delft University of Technology, Delft,<br />

Netherlands


<strong>WEDNESDA</strong>Y<br />

Emerald Room Europe Foyer 2 G102<br />

EuMC19<br />

Planar Filters<br />

Chair: Roberto Sorrentino,<br />

University of Perugia<br />

Co-Chair: Smain Amari,<br />

Royal Marine College<br />

EuMC19-1<br />

Compact Wideband<br />

Combline Filter using LCP<br />

Bonded Multilayer PCB<br />

Technology<br />

J. Ni, J. Hong, Heriot-Watt University,<br />

Edinburgh, United Kingdom<br />

EuMC19-2<br />

A Compact Dual-Band<br />

Filter Using Folded<br />

Quarter-Wavelength<br />

Resonators<br />

N. Jankovic 1 , V. Radonic 1 , R. Geschke 2 ,<br />

V. Crnojevic-Bengin 1 , 1 Faculty of<br />

Technical Sciences, University of Novi<br />

Sad, Novi Sad, Yugoslavia, 2 Faculty of<br />

Engineering, Stellenbosch University,<br />

Stellenbosch, South Africa<br />

EuMC19-3<br />

Lossless CMOS Active<br />

Reciprocal Two-Port<br />

Inductor and Application<br />

in a Series LC Filter<br />

F. Hu, K. Mouthaan, National<br />

University of Singapore, Singapore,<br />

Singapore<br />

EuMC19-4<br />

Comparative Study of<br />

Two C-band SIW Filter<br />

Topologies for a Space<br />

Application<br />

A. El Mostrah 1 , B. Potelon 1 , E. Rius 1 ,<br />

C. Quendo 1 , J. -. Favennec 1 , H.<br />

Leblond 2 , 1 Lab-STICC, Brest, France,<br />

2 ThalesAleniaSpace, Toulouse, France<br />

EuMC19-5<br />

Microstrip Spiral-Coupled<br />

Scheme Bandpass Filters<br />

With Mutual Electric and<br />

Magnetic Coupling<br />

X. Luo 1 , S. Sun 2 , E. Li 3 , 1 Huawei<br />

Technologies Co., Ltd., Shenzhen,<br />

China, 2 The Univerisity of Hong Kong,<br />

Hong Kong, Hong Kong, 3 Institute<br />

of High Performance Computing,<br />

Singapore, Singapore<br />

EuMC20<br />

Innovative Design for<br />

Passive Components<br />

Chair: Stepan Lucyszyn,<br />

Imperial College London<br />

Co-Chair: Christian Person,<br />

Lab-Sticc/Telecom Bretagne<br />

EuMC20-1<br />

A Wideband Compact<br />

Broadside Coupler-based<br />

Impedance Transformer<br />

with 6:1 Bandwidth<br />

W. J. Lu 1 , K. S. Ang 2 , K. Mouthaan 3 ,<br />

1 National University of Singapore,<br />

Singapore , Singapore, 2 Nanyang<br />

Technological University , Singapore,<br />

Singapore, 3 National University of<br />

Singpaore, Singapore , Singapore<br />

EuMC20-2<br />

Generalized Short Step<br />

Transformers for Multi-<br />

Band Impedance Matching<br />

S. Cogollos1 , V. E. Boria1 , J. D.<br />

Martinez2 , 1Universidad Politecnica<br />

de Valencia, Valencia, Spain,<br />

2Universidad de Valencia, Valencia,<br />

Spain<br />

EuMC20-3<br />

Design of Microstrip<br />

Power Dividers with<br />

Filtering Functions<br />

M. A. Beldi 1 , F. Boone 1 , D. Deslandes 2 ,<br />

1 University de Sherbrooke,<br />

Sherbrooke, Canada, 2 UQAM,<br />

Montreal, Canada<br />

EuMC20-4<br />

Design on Fish-bone<br />

Shaped Tri-plate<br />

Transmission Line Filter at<br />

Millimeter Wave Lengths<br />

Y. Okita 1 , F. Kuroki 1 , Y. Kawahara 2 ,<br />

1 Kure Nat’l Coll of Tech, Kure, Japan,<br />

2 Kawashima Manufacturing Co., Ltd,<br />

Kawasaki, Japan<br />

EuMC20-5<br />

Novel Wideband Balanced<br />

Bandpass Filter Based on<br />

Multi-mode Resonator<br />

W. Feng 1 , W. Che 1 , Q. Xue 2 , 1 Nanjing<br />

University of Science & Technology,<br />

Nanjing, China, 2 City University of<br />

Hong Kong, Hong Kong, China<br />

EuMC21<br />

Small Antennas<br />

Chair: Dirk Heberling,<br />

RWTH Aachen University<br />

Co-Chair: Tuami Lasri,<br />

University of Lille1 / IEMN<br />

EuMC21-1<br />

A Novel Automatic Control<br />

System For Frequency<br />

Reconfigurable PIFA<br />

Antenna<br />

D. T. Nguyen 1 , Y. Duroc 2 , Y. V. Vu 3 ,<br />

P. T. Vuong 1 , 1 Grenoble INP, Grenoble,<br />

France, 2 Grenoble INP, Valence,<br />

France, 3 Hanoi University of Science<br />

and Technology, Hanoi, Viet Nam<br />

EuMC21-2<br />

Low-profile CRLH<br />

omnidirectional loop<br />

antenna for mobile<br />

wireless communications<br />

A. Locatelli 1 , A. Capobianco 2 , S. Boscolo 3 ,<br />

D. Modotto 1 , M. Midrio 3 , C. DeAngelis 1 ,<br />

1 Università degli Studi di Brescia, Brescia,<br />

Italy, 2 Università degli Studi di Padova,<br />

Padova, Italy, 3 Università degli Studi di<br />

Udine, Udine, Italy<br />

EuMC21-3<br />

Electrically Small,<br />

Conformal Inverted-F<br />

Antenna based on a<br />

Robust, Minimal Design<br />

Space<br />

C. G. Kakoyiannis, P. Constantinou,<br />

National Technical University of<br />

Athens, Athens, Greece<br />

EuMC21-4<br />

A Novel 4-Shaped dualband<br />

780/2450 MHz<br />

4-element MIMO Antenna<br />

for Handheld Devices<br />

M. S. Sharawi 1 , M. A. Jan 1 , D. N. Aloi 2 ,<br />

1 King Fahd University of Petroleum<br />

and Minerals (KFUPM), Dhahran,<br />

Saudi Arabia, 2 Oakland University,<br />

Rochester, United States<br />

EuMC21-5<br />

Compact Planar Inverted-F<br />

Antenna System for MIMO<br />

USB Dongle Operating in<br />

2.5-2.7 GHz Band<br />

V. Ssorin, A. Artemenko,<br />

A. Sevastyanov, R. Maslennikov,<br />

Lobachevsky State University of<br />

Nizhny Novgorod, Nizhny Novgorod,<br />

Russian Federation<br />

13:50 - 14:10<br />

14:10 - 14:30<br />

14:30 - 14:50<br />

14:50 - 15:10<br />

15:10 - 15:30<br />

www.eumweek.com 55<br />

<strong>WEDNESDA</strong>Y


56<br />

www.eumweek.com<br />

13:50 - 14:10<br />

14:10 - 14:30<br />

14:30 - 14:50<br />

14:50 - 15:10<br />

15:10 - 15:30<br />

<strong>WEDNESDA</strong>Y<br />

G103 G104 G105<br />

EuMC22<br />

Wireless Network<br />

Devices<br />

Chair: Lutfi Albasha,<br />

American University of Sharjah<br />

Co-Chair: Genevieve Baudoin,<br />

ESIEE Paris<br />

EuMC22-1<br />

A Novel Graphene-Based<br />

Inkjet-Printed WISP-<br />

Enabled Wireless Gas<br />

Sensor<br />

T. LE 1 , V. Lakafosis 1 , Z. Lin 2 , C. Wong 2 ,<br />

M. Tentzeris 1 , 1 Georgia Institute of<br />

Technology, Atlanta, United States,<br />

2 Georgia Institute of Technology,<br />

Atlanta, United States<br />

EuMC22-2<br />

High Efficient Power<br />

Receiver IC with Load<br />

Modulator for Wireless<br />

Resonant Power Transfer<br />

D. Kim 1 , K. Kim 1 , J. Choi 1 , Y. Ryu 1 ,<br />

Y. Park 1 , S. Kwon 1 , Y. Moon 2 , C. Yoo 2 ,<br />

1 Samsung Advanced Institute of<br />

Technology, Yongin, Republic of<br />

Korea, 2 Hanyang University, Seoul,<br />

Republic of Korea<br />

EuMC22-3<br />

Compact Patch Antenna<br />

with Space for Integrating<br />

Sensors for an RFID-<br />

Sensor-Node<br />

M. Heiss, W. Fischer, Fraunhofer IPMS,<br />

Dresden, Germany<br />

EuMC22-4<br />

Wireless Temperature<br />

Sensor for Condition<br />

Monitoring of Mechanical<br />

Seals<br />

L. A. Gupta 1,2 , D. Peroulis 1,2 , 1 Purdue<br />

University, West Lafayette, United<br />

States, 2 Purdue University, West<br />

Lafayette, United States<br />

EuMC22-5<br />

Rectifier Analysis for<br />

Radio Frequency Energy<br />

Harvesting and Power<br />

Transport<br />

S. Keyrouz 1 , H. J. Visser 2 , A. G. Tijhuis 1 ,<br />

1 Technical University of Eindhoven,<br />

Eindhoven, Netherlands, 2 imec / Holst<br />

centre, Eindhoven, Netherlands<br />

EuMC23<br />

Numerical Modelling<br />

for EMC and Biological<br />

Interactions<br />

Chair: Andy Gibson,<br />

Manchester University<br />

Co-Chair: Peter Zwamborn,<br />

TNO and TU/e<br />

EuMC23-1<br />

Characterization of<br />

Biological Substances<br />

using a Substrate<br />

Integrated <strong>Microwave</strong><br />

Near-Field Sensor<br />

N. Haase, A. F. Jacob, Technische<br />

Universität Hamburg-Harburg,<br />

Hamburg, Germany<br />

EuMC23-2<br />

Variations in Properties<br />

of On- and Off-body<br />

Antennas Manufactured<br />

with Various Fabrics<br />

T. Maleszka, P. Kabacik, Wroclaw<br />

University of Technology, Wroclaw,<br />

Poland<br />

EuMC23-3<br />

Design of mm-wave probe<br />

for diagnosis of human<br />

skin<br />

N. Janssen, P. Smulders, Eindhoven<br />

University of Technology, Eindhoven,<br />

Netherlands<br />

EuMC23-4<br />

Enhancing the Detector<br />

Sensitivity of a Radio Frequency<br />

Surface Resonator for<br />

Potassium-39 MRI at 18.7 MHz:<br />

Probing Different Geometries<br />

at Various Temperatures<br />

I. A. Elabyad 1 , R. Kalayciyan 1 , L. R. Schad 1 ,<br />

F. Wetterling 2,2 , 1 Medical Faculty Mannheim,<br />

University of Heidelberg, Mannheim, Germany,<br />

2 Trinity College, Dublin University, Dublin, Ireland<br />

EuMC23-5<br />

Resonant-based<br />

<strong>Microwave</strong> Biosensor<br />

for Physiological Liquid<br />

Identification<br />

T. Chen 1,2 , D. Dubuc 1,2 , K. Grenier 1,2 ,<br />

1 Laas-CNRS, Toulouse, France,<br />

2 Université de Toulouse, Toulouse,<br />

France<br />

ApMC02<br />

Focused Session:<br />

<strong>Microwave</strong>s Inside Asia<br />

1<br />

Chair: Guy Vandenbosch, KU Leuven<br />

Co-Chair: Ruey-Beei Wu,<br />

National Taiwan University<br />

APMC02-1<br />

Ultra High Efficiency<br />

<strong>Microwave</strong> Power<br />

Amplifier for Wireless<br />

Power Transmission<br />

K. Honjo, The University of Electro<br />

Communications, Tokyo, Japan<br />

APMC02-2<br />

High-Sensitivity<br />

Superconducting Receivers<br />

Developed for Mm &<br />

Submm Astronomy in<br />

China<br />

S. Shi, Purple Mountain Observatory,<br />

Key Lab of Radio Astronomy, Nanjing,<br />

China<br />

APMC02-3<br />

Recent Wireless<br />

Power Transmission<br />

via <strong>Microwave</strong> and<br />

Millimeter-wave in Japan<br />

N. Shinohara, Kyoto University, Kyoto,<br />

Japan<br />

APMC02-4<br />

Research and<br />

Development of<br />

<strong>Microwave</strong> & Millimeterwave<br />

Technology in<br />

Singapore<br />

Z. Chen, National University of<br />

Singapore / Institute for Infocomm<br />

Research, Singapore, Singapore<br />

APMC02-5<br />

Millimeter-wave CMOS<br />

Transceiver Linearization<br />

for Ultra High-Speed<br />

Wireless Backhaul Links<br />

T. Huang, National Taiwan University,<br />

Taipei, Taiwan


<strong>WEDNESDA</strong>Y<br />

Emerald Room Europe Foyer 2 G102<br />

EuMC24<br />

Synthesis Techniques<br />

Chair: Richard Snyder, RS <strong>Microwave</strong><br />

Co-Chair: Jose Alonso,<br />

Technical University of Madrid<br />

EuMC24-1<br />

Synthesis of extractedpole<br />

filters without fixedphase<br />

lengths<br />

A. Garcia-Lamperez, S. Llorente-<br />

Romano, M. Salazar-Palma,<br />

Universidad Carlos III de Madrid,<br />

Leganés, Spain<br />

EuMC24-2<br />

Design of a Compact Dual-<br />

Band Diplexer with Dual-<br />

Mode Cavities<br />

H. Ezzeddine 1 , S. Bila 1 , S. Verdeyme 1 ,<br />

F. Seyfert 2 , D. Pacaud 3 , L. Estagerie 4 ,<br />

J. Puech 4 , P. Mazet 1 , 1 Xlim UMR<br />

617 2 , Limoges, France, 2 Inria, Sophia<br />

Antipolis, France, 3 Thales Alenia<br />

Space, Toulouse, France, 4 Cnes,<br />

Toulouse, France<br />

EuMC24-3<br />

Design of A Packaged<br />

Microstrip Triplexer With<br />

Star-Junction Topology<br />

C. Tang, C. Tseng, National Chung<br />

Cheng University, Chia-Yi, Taiwan<br />

EuMC24-4<br />

Design of a Microstrip<br />

Multi-Band Bandpass<br />

Filters Using the Filter<br />

Synthesis Method<br />

J. Lee, Y. Lim, Chonnam National<br />

University, Gwangju, Republic of<br />

Korea<br />

EuMC24-5<br />

Synthesis of <strong>Microwave</strong><br />

Filters with “Reactive”<br />

nodes<br />

G. Macchiarella 1 , M. Oldoni 1 ,<br />

S. Amari 2 , F. Seyfert 3 , 1 Politecnico di<br />

Milano, Milano, Italy, 2 Royal Military<br />

College of Canada , Kingston,<br />

Canada, 3 INRIA, Sophia Antipolis,<br />

France<br />

EuMC25<br />

Design and Technology<br />

for Passive Couplers<br />

Chair: Alessandro Galli,<br />

Sapienza, University of Rome<br />

Co-Chair: Serge Verdeyme,<br />

XLIM, University of Limoges<br />

EuMC25-1<br />

A Miniature LCP-based<br />

Quadrature Hybrid<br />

Coupler for GPS System on<br />

Package (SoP)<br />

E. Arabi, A. Shamim, King Abdulah<br />

University of Science and Technology<br />

(KAUST), Thuwal, Saudi Arabia<br />

EuMC25-2<br />

A Universal Method for<br />

the Design and Synthesis<br />

of Wideband Directional<br />

Couplers using Non-Uniform<br />

Coupled Transmission Lines<br />

J. Nehring 1,2 , M. Hofmann 1 , C. Münker 2 ,<br />

R. Weigel 1 , G. Fischer 1 , D. Kissinger 1 ,<br />

1 University of Erlangen-Nuremberg,<br />

Erlangen, Germany, 2 University of Applied<br />

Sciences Munich, Munich, Germany<br />

EuMC25-3<br />

Measurement and<br />

Fabrication Uncertainties<br />

in High-Directivity<br />

Microstrip Couplers<br />

N. M. Pham, J. Mueller, A. F. Jacob,<br />

Hamburg University of Technology,<br />

Hamburg, Germany<br />

EuMC25-4<br />

Design of EBG microstrip<br />

directional coupler with<br />

high directivity and<br />

coupling<br />

M. Chudzik, I. Arnedo, A. Lujambio,<br />

I. Arregui, F. Teberio, D. Benito,<br />

T. Lopetegi, M. G. Laso, Public<br />

University of Navarre, Pamplona,<br />

Spain<br />

EuMC25-5<br />

Compact and Low-Loss<br />

Printed Circuit Based on<br />

Hybrid Rings for Radar<br />

Applications<br />

M. Zucca 1 , M. Ciattaglia 1 , R.<br />

Pintauro 1 , G. Valerio 2 , A. Galli 3 ,<br />

1 SELEX Sistemi Integrati, Rome, Italy,<br />

2 University of Rennes 1 , Rennes,<br />

France, 3 ’Sapienza’ University of<br />

Rome, Rome, Italy<br />

EuMC26<br />

Focused Session:<br />

RF Engineering and<br />

Education<br />

Chair: Dirk Heberling, RWTH Aachen<br />

Co-Chair: Ioan E. Lager,<br />

Delft University of Technology<br />

EuMC26-1<br />

Educating Students on<br />

Metamaterials - The Story<br />

of the EUPROMETA<br />

C. Rockstuhl 1 , A. Schuchinsky 2 ,<br />

F. Bilotti 3 , V. Podlozny 4 , S. Tretyakov 4 , F. Capolino 5 ,<br />

1 Friedrich-Schiller-Universität Jena, Jena,<br />

Germany, 2 Queen’s University Belfast, Belfast,<br />

United Kingdom, 3 University of Roma Tre, Rome,<br />

Italy, 4 Aalto University, Espoo, Finland, 5 University<br />

of California Irvine, Irvine, United States<br />

EuMC26-2<br />

An inspiring BSc-EE<br />

curriculum for science and<br />

engineering<br />

N.P. van der Meijs, M. Bartek,<br />

P. Bauer, A.J. van Genderen and<br />

G.J.M. Janssen, TU Delft, Delft,<br />

Netherlands<br />

EuMC26-3<br />

Facilitating the<br />

understanding of RF<br />

circuits thought timedomain<br />

simulations and<br />

animations<br />

F. Fornetti, Explore RF Ltd, Bristol,<br />

United Kingdom<br />

EuMC26-4<br />

Radiation Properties<br />

of Non-uniform Array<br />

Antennas<br />

I. E. Lager, M. Simeoni, Delft<br />

University of Technology, Delft,<br />

Netherlands<br />

EuMC26-5<br />

Educating the <strong>Microwave</strong><br />

Engineer of the Future<br />

A. B. Smolders, Eindhoven<br />

University of Technology, Eindhoven,<br />

Netherlands<br />

16:00 - 16:20<br />

16:20 - 16:40<br />

16:40 - 17:00<br />

17:00 - 17:20<br />

17:20 - 17:40<br />

www.eumweek.com 57<br />

<strong>WEDNESDA</strong>Y


58<br />

www.eumweek.com<br />

16:00 - 16:20<br />

16:20 - 16:40<br />

16:40 - 17:00<br />

17:00 - 17:20<br />

17:20 - 17:40<br />

G103 G104 G105<br />

EuMC27<br />

RFID and RF Energy<br />

Harvesting<br />

Chair: Genevieve Baudoin,<br />

ESIEE Paris<br />

Co-Chair: Lutfi Albasha,<br />

American University of Sharjah<br />

EuMC27-1<br />

An Antenna Concept for<br />

an Optically Powered<br />

SHF RFID Transponder<br />

Applicable into Metal<br />

J. Meyer 1 , B. Geck 1 , S. Franke 2 ,<br />

L. Overmeyer 2 , 1 Leibniz Universität<br />

Hannover, Hannover, Germany,<br />

2 Leibniz Universität Hannover,<br />

Garbsen, Germany<br />

<strong>WEDNESDA</strong>Y<br />

EuMC27-2<br />

Implementation of a<br />

Low-Cost and Low-Power<br />

Batteryless transceiver SoC<br />

for Passive UHF RFID System<br />

Y. Kim 1,1 , T. Ki 2,2 , C. Chung 2,2 , 1 KETI<br />

(Korea Electronics Technology<br />

Institute), Seoul, Republic of Korea,<br />

2 LS Industrial Systems Co., Ltd.,<br />

Anyang-si, Gyeonggi-do, Republic<br />

of Korea<br />

EuMC27-3<br />

Novel Broadband Yagi-<br />

Uda Antenna for Ambient<br />

Energy Harvesting<br />

S. Keyrouz 1 , G. Perotto 1 , H. J. Visser 2 ,<br />

A. G. Tijhuis 1 , 1 Eindhoven University of<br />

Technology, Eindhoven, Netherlands,<br />

2 imec / Holst centre, Eindhoven,<br />

Netherlands<br />

EuMC27-4<br />

The Application of<br />

Multiport Theory for<br />

MIMO RFID Backscatter<br />

Channel Measurements<br />

E. Denicke, M. Henning, H. Rabe,<br />

B. Geck, Leibniz Universität Hannover,<br />

Hannover, Germany<br />

EuMC27-5<br />

Influence of materials in<br />

time-coded chipless RFID<br />

tags characterized using a<br />

low-cost UWB reader<br />

A. Ramos, D. Girbau, A. Lazaro,<br />

Universitat Rovira i Virgili, Tarragona,<br />

Spain<br />

EuMC28<br />

Sensor and<br />

Measurement<br />

Techniques for<br />

Biological Substances<br />

Chair: Peter Zwamborn,<br />

TNO and TU/e<br />

Co-Chair: Andy Gibson,<br />

Manchester University<br />

EuMC28-1<br />

<strong>Microwave</strong> Biosensor<br />

for Characterization of<br />

Compartments in Teflon<br />

Capillaries<br />

J. Wessel 1 , J. C. Scheytt 1 , K. Schmalz 1 ,<br />

B. Cahill 2 , G. Gastrock 2 , 1 IHP,<br />

Frankfurt (Oder), Germany, 2 Institute<br />

for Bioprocessing and Analytical<br />

Measurement Techniques, Heilbad<br />

Heiligenstadt , Germany<br />

EuMC28-2<br />

Numerical modelling<br />

of cell electrotaxis<br />

through single-dipole<br />

approximation<br />

J. Vanegas-Acosta, V. Lancellotti,<br />

P. Zwamborn, Technical University of<br />

Eindhoven, Eindhoven, Netherlands<br />

EuMC28-3<br />

FEM Modeling of<br />

Gigahertz TEM Cells for<br />

Susceptibility Analysis of<br />

RFID Products<br />

W. Heuvelman 1 , R. Janssen 1 ,<br />

R. Prestros 2 , 1 NXP Semiconductors<br />

BV, Eindhoven, Netherlands, 2 NXP<br />

Semiconductors Austria GmbH,<br />

Gratkorn, Austria<br />

EuMC28-4<br />

B1-Field Inhomogeneity<br />

Problem of MRI: Basic<br />

Investigations on a Head-<br />

Tissue-Simulating Cylinder<br />

Phantom Excited by a<br />

Birdcage-Mode<br />

A. Rennings, L. Chen, S. Otto,<br />

D. Erni, University of Duisburg-Essen,<br />

Duisburg, Germany<br />

EuMC28-5<br />

Non-Invasive Glucose<br />

Monitoring Using<br />

Open Electromagnetic<br />

Waveguides<br />

M. Hofmann, M. Bloss, R. Weigel,<br />

G. Fischer, D. Kissinger, University<br />

of Erlangen Nuremberg, Erlangen,<br />

Germany<br />

ApMC03<br />

Focused Session:<br />

<strong>Microwave</strong>s Inside Asia 2<br />

Chair: Guy Vandenbosch, KU Leuven<br />

Co-Chair: Ruey-Beei Wu,<br />

National Taiwan University<br />

APMC03-1<br />

Research and Development<br />

of Millimetre Wave Circuits<br />

and Subsystems in India-<br />

An Overview<br />

S. Koul, Indian Institute of Technology,<br />

Delhi, India<br />

APMC03-2<br />

<strong>Microwave</strong> Circuit<br />

Activities in Korea related<br />

to Mobile Communication<br />

B. Kim, Pohang University of Science<br />

and Technology, Pohang, Republic of<br />

Korea<br />

APMC03-3<br />

Recent Progress in Nonplanar<br />

<strong>Microwave</strong> Filters –<br />

From Theory and Practices<br />

K. Wu, The Chinese University of Hong<br />

Kong, Sha Tin, Hong Kong<br />

Panel Discussion

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