March 6-8, 2006

2006 IEEE International Workshop

http://research.ihost.com/iwat2006

FINAL PROGRAMCrowne Plaza Hotel, White Plains, New York

Small AntennasNovel Metamaterials

on Antenna Technology:

2006 IEEE iWAT 1

Table of Contents Message from the General Chairs .................................................................................... 3 Message from the International Advisory Committee Chairs ......................................... 5 Message from the Technical Program Committee Chairs ............................................... 6 iWAT 2006 Steering Committee ..................................................................................... 7 iWAT 2006 International Advisory Committee .............................................................. 8 iWAT 2006 Technical Program Committee .................................................................... 9 Final Program ................................................................................................................... 10 Paper Session Schedule .................................................................................................... 11 Crowne Plaza Hotel Information ..................................................................................... 20 2006 IEEE iWAT Registration Form ............................................................................... 21 Presentation Information .................................................................................................. 22

2006 IEEE iWAT 3

iWAT 2006 Steering Committee General Chairs Duixian Liu Brian Gaucher T. J. Watson Research Center, IBM IAC Chairs Raj Mittra Pennsylvania State University John L. Volakis The Ohio State University TPC Chairs Jennifer T. Bernhard, University of Illinois at Urbana-Champaign Koichi Ito Chiba University, Japan Finance Chairs Ming Yu Binghamton University, USA Ullrich R. Pfeiffer T. J. Watson Research Center, IBM IWAT AdCom Chair Zhi Ning Chen Institute for Infocomm Research Singapore Publicity Chair Har Dayal BAE Systems, USA Publications Chairs Lei Shan Janusz Grzyb T. J. Watson Research Center, IBM Sponsorship Chair Duixian Liu T. J. Watson Research Center, IBM Local Arrangement Chairs Changyu Wu Jin Wen Institute of Technology Taiwan, ROC Exhibition Chair Kurt Vetter Baesystems Secretary Kristina Root Aquinas Consulting & Staffing Solutions, USA

Message from the General Chairs

On behalf of the Steering Committee, it is our pleasure to welcome you and to send our warmest greetings to all of you. We wish to extend an invitation for you to join us at the 2006 IEEE International Workshop on Antenna Technology (IWAT2006) in White Plains, New York. The theme of the conference is Small Antennas and Novel Metamaterials. Your presence and contributions to this gathering will make for an exciting and memorable event. We believe that you will benefit from the many high quality papers, key notes from visionaries across the industry and academia and subsequent discussions with many of your friends and colleagues on the hottest topics in our field.

The conference will be held at Crowne Plaza Hotel in White Plains, New York. White Plains is in the north suburbs of New York City and a short distance away from many exciting attractions such as, Museum of Modern Art, Metropolitan Museum of Art, American Museum of Natural History, Broadway Shows, Empire State Building, St. Patrick's Cathedral, The Statue of Liberty, United Nations Headquarter, Bronx Zoo, West Point Military Academy, etc. Just behind the hotel is the renowned "The Westchester" for the ultimate shopping experience with more than 150 fine upscale stores including Nordstrom, Louis Vuitton, Tiffany & Co. etc., or nearby famous Woodbury Common Premium Outlets with 220 outlet stores.

Our committee will be working hard to ensure a world-class conference so that your visit will be memorable. Please mark your calendars for March 6-8, 2006.

See you in White Plains, New York.

Duixian Liu General Chair T. J. Watson Research Center IBM

Brian Gaucher General Chair T. J. Watson Research Center IBM

2006 IEEE iWAT 5

International Advisory Committee Members Prof. Makoto Ando Tokyo Institute of Technology Dr. Steven R. Best MITRE Corporation, MA, USA Dr. Trevor S. Bird CSIRO Industrial Physics Prof. Chi-Hou Chan City University of Hong Kong Prof. Dau-Chyrh Chang Da Yeh University Dr. Zhining Chen I2R, Singapore Prof. Nader Engheta University of Pennsylvania Prof. Hyo Joon Eom Korea Advanced Institute of Science and Technology Prof. Kyohei Fujimoto University of Tsukuba Prof. Peter S. Hall The University of Birmingham Prof. Kazuhiro Hirasawa University of Tsukuba Prof. Tatsuo Itoh University of California at Los Angeles Prof. Ahmed A. Kishk University of Mississippi Prof. Kwai-man Luk City University of Hong Kong Dr. Peter de Maagt European Space Agency Prof. Juan R. Mosig Swiss Federal Insti. of Technology Prof. Lotfollah Shafai University of Manitoba Prof. Guy Vandenbosch Katholieke Universiteit, Prof. Yiannis Vardaxoglou Loughborough University Prof. Wen Xun Zhang Southeast University, Prof. Richard Ziolkowski The University of Arizona

Message from the International Advisory Committee Chairs

On behalf of the IWAT2006 International Advisory Committee, it is our great pleasure to welcome you to the 2nd IEEE International Workshop on Antennas Technologies (IWAT). The success of the first workshop in Singapore last March, which was attended by over 130 leading professionals from around the world, highlighted the contemporary importance of the topic and its strong interest among industry and university researchers.

The venue for the 2006 workshop, which will focus on Small Antennas and Novel Metamaterials, will be White Plains, New York—a stone’s throw from New York City—with the IBM Watson Laboratories, and several other industries including Interdigital Communications and MiniCircuits, as the sponsors. The TPC, led by Jennifer Bernhard and Koichi Ito, has put together an exciting program with more than 20 invited presentations by recognized leaders from around the world, covering a wide variety of topics including Novel materials in antenna design (metamaterials, periodic assemblies, negative media and related nanomaterials applications); UWB antennas and measurements; Antennas in wireless sensor systems; mm-wave antennas and RF packaging; and, Embedded mobile/portable antennas, to name a few.

We cordially invite you to join us in this exciting Workshop on Small Antennas and Novel Metamaterials and look forward to seeing you at White Plains 6-8 March 2006.

Prof. Raj Mittra, Chair International Advisory CommitteePennsylvania State University

John Volakis, Chair International Advisory The Ohio State University

6 2006 IEEE iWAT

Technical Program Committee Members Prof. Mohammod Ali University of South Carolina Prof. Xiaodong Chen University of London Prof. W. Davis Virginia Polytechnic Institute and State University Prof. Sailing He Zhejiang University Prof. Niels Kuster IT’IS Foundation Prof. Kwok Wa Leung City University of Hong Kong Dr. Cyril Luxey University of Nice-Sophia Antipolis Dr. Joseph C. Modro TDK Dr. SooLiam Ooi Motorola Dr. Helen Pan Intel Dr. J. Tetuko Sri Sumantyo Chiba University Prof. M. Tentzeris Georgia Institute of Technology Prof. Pertti Vainikainen Helsinki University of Technology Dr. Marta Martínez Vázquez IMST GmbH Dr. Joe Wiart France Telecom Dr. Qiubo Ye Communications Research Centre Dr. Zhinong Ying Sony Ericsson Mobile Communications AB Prof. Yueping Zhang Nanyang Technological University Dr. Har Dayal BAE Systems Prof. Ming Yu Binghamton University Kurt Vetter BAE Systems Dr. Changyu Wu Jin Wen Institute of Technology

Message from the Technical Program Committee Chairs

On behalf of the IWAT2006 Technical Program Committee, we are most delighted to welcome you to the 2nd IEEE International Workshop on Antenna Technology (IWAT) with the focused theme on "Small Antennas and Novel Metamaterials". The Workshop will be held on March 6-8, 2006 at Crowne Plaza Hotel in White Plains, New York under the auspices of IEEE APS, IEEE MTT-S, IEEE VTS, IBM Research, InterDigital Communications and MiniCircuits.

The objective of the Workshop is to provide an international forum for the exchange of information on the progress of research and development in innovative antenna technology, particularly the miniaturization of antennas and the broad-/multiple-band antennas as well as in the applications of advanced materials and artificial materials to antenna design. The Workshop covers the topics including small antennas, antennas and array, measurements, innovative technology, innovative periodic structure, EM modeling, and applications. The antenna design related to emerging wireless communications and radar systems will also be highlighted. We are planning to have several lead papers and invited papers that will be arranged in a single oral session throughout the Workshop. Besides the oral sessions, we are planning three poster sessions with ample discussion time. Short courses are also planned to encourage wider discussions by expert researchers of these fields.

We look forward to welcoming you to White Plains, New York, March 6-8, 2006, for what promises to be a most interesting, thought-provoking, and important Workshop

Prof. Jennifer T. Bernhard, Chair Technical Program Committee University of Illinois at Urbana-Champaign

Prof. Koichi Ito, Chair Technical Program Committee Chiba University

2006 IEEE iWAT 7

iWAT 2006 Steering Committee General Chairs Duixian Liu T. J. Watson Research Center / IBM

Brian Gaucher T. J. Watson Research Center / IBM

IAC Chairs Raj Mittra Pennsylvania State University

John L. Volakis The Ohio State University

TPC Chairs Jennifer T. Bernhard University of Illinois at Urbana-Champaign

Koichi Ito Chiba University

Finance Chairs Ming Yu Binghamton University

Ullrich R. Pfeiffer T. J. Watson Research Center / IBM

Exhibition Chair Kurt Vetter Baesystems

IWAT AdCom Chair Zhi Ning Chen Institute for Infocomm Research

Publications Chairs Lei Shan T. J. Watson Research Center / IBM

Janusz Grzyb T. J. Watson Research Center / IBM

Local Arrangement Chair Changyu Wu Jin Wen Institute of Technology

Publicity Chair Har Dayal BAE Systems

Conference Secretary Kristina Root Aquinas Consulting & Staffing Solutions

8 2006 IEEE iWAT

International Advisory Committee

Prof. Raj Mittra Pennsylvania State University, USA Chairs

Prof. John L. Volakis The Ohio State University, USA

Prof. Makoto Ando Tokyo Institute of Technology, Japan

Dr. Steven R. Best MITRE Corporation, MA, USA

Dr. Trevor S. Bird CSIRO Industrial Physics, Australia

Prof. Chi-Hou Chan City University of Hong Kong, PRC

Prof. Dau-Chyrh Chang Da Yeh University, Taiwan, ROC

Dr. Zhi Ning Chen I2R, Singapore

Prof. Nader Engheta University of Pennsylvania, USA

Prof. Hyo Joon Eom Korea Advanced Institute of Science and Technology

Prof. Kyohei Fujimoto University of Tsukuba, Japan

Prof. Peter S. Hall The University of Birmingham, UK

Prof. Kazuhiro Hirasawa University of Tsukuba, Japan

Prof. Tatsuo Itoh University of California at Los Angeles, USA

Prof. Ahmed A. Kishk University of Mississippi, USA

Prof. Kwai-man Luk City University of Hong Kong, PRC

Dr. Peter de Maagt European Space Agency, The Netherlands

Prof. Juan R. Mosig Swiss Federal Institute of Technology, Switzerland

Prof. Lotfollah Shafai University of Manitoba, Canada

Prof. Guy Vandenbosch Katholieke Universiteit, Belgium

Prof. Yiannis Vardaxoglou Loughborough University, UK

Prof. Wen Xun Zhang Southeast University, PRC

Members

Prof. Richard Ziolkowski The University of Arizona, USA

2006 IEEE iWAT 9

Technical Program Committee

Prof. Jennifer T. Bernhard University of Illinois at Urbana-Champaign , USA Chairs

Prof. Koichi Ito Chiba University, Japan

Prof. Mohammod Ali University of South Carolina, USA

Prof. Xiaodong Chen University of London, UK

Prof. W. Davis Virginia Polytechnic Institute and State University, USA

Dr. Har Dayal BAE Systems, USA

Prof. Sailing He Zhejiang University, PRC

Prof. Niels Kuster IT’IS Foundation, Switzerland

Prof. Kwok Wa Leung City University of Hong Kong, PRC

Dr. Cyril Luxey University of Nice-Sophia Antipolis, France

Dr. Joseph C. Modro TDK, Ireland

Dr. SooLiam Ooi Motorola, USA

Dr. Helen Pan Intel, USA

Dr. J. Tetuko Sri Sumantyo Chiba University, Japan

Prof. M. Tentzeris Georgia Institute of Technology, USA

Prof. Pertti Vainikainen Helsinki University of Technology, Finland

Dr. Marta Martínez Vázquez IMST GmbH, Germany

Kurt Vetter BAE Systems, USA

Dr. Joe Wiart France Telecom, France

Dr. Changyu Wu Jin Wen Institute of Technology, Taiwan, ROC

Dr. Qiubo Ye Communications Research Centre, Canada

Dr. Zhinong Ying Sony Ericsson Mobile Communications AB, Sweden

Prof. Ming Yu Binghamton University, USA

Members

Prof. Yue Ping Zhang Nanyang Technological University, Singapore

10 2006 IEEE iWAT

Final Program

Day 1: March 6, 2006 (Monday) 8:00-8:45 Registration 8:45-8:50 Opening Greeting, Speakers: D. Liu and B. Gaucher (General Chairs)

8:50-10:00 Keynote Talks (Chairs: J. T. Bernhard and K. Ito) Talk 1: Dr. F. A. Miranda, NASA Glenn Research Center Talk 2: Dr. W. D. Palmer, U.S. Army Research Office

10:00-10:20 Break

10:20-12:30 Session O1: Metamaterials and Applications I (Chairs: M. Ali and A. Kishk)

12:30-14:00 Lunch Industry Presentation: Dr. Modest Oprysko of IBM Research Center

14:00-16:00 Session O2: Antenna Packaging and Integration (Chairs: Z. N. Chen and C. Luxey)

16:00-17:30 Session P1: Poster Session 1: Multiband and Wideband Antennas (Chairs: R. Mittra and S. Makino)

17:30-19:00 Evening Reception Day 2: March 7, 2006 (Tuesday) 8:00-9:40 Session O3: User Effects and Wearable Antennas

(Chairs: J. Vardaxoglou and N. Kuster) 9:40-10:00 Break 10:00-12:10 Session O4: Electrically Small and Miniaturized Antennas

(Chairs: S. Ooi and K. Esselle) 12:10-13:40 Lunch

Industry Presentation: Harvey Kaylie of Mini-Circuits 13:40-15:50 Session O5: Multi-function Antennas

(Chairs: P. Hall and G. Vandenbosch) 15:50-17:20 Session P2: Poster Session 2: Novel Antennas, Metamaterials and Packaging

(Chairs: C. H. Chan and D. Liu) 18:30-20:30 Banquet Day 3: March 8, 2006 (Wednesday) 8:00-10:0 Session O6: Wideband and Ultra-wideband Antennas

(Chairs: Ying Zhinong and X. Chen) 10:00-11:30 Session P3: Poster Session 3: Measurement, Modeling, and Analysis;

Smart/Reconfigurable Antennas and Applications (Chairs: J. Volakis and B. Gaucher)

11:30-12:40 Lunch 12:40-14:50 Session O7: Metamaterials and Applications II

(Chairs: R. Ziolkowski and H. Eom) 14:50-15:10 Break 15:10-16:50 Session O8: mm-wave Antennas and Packaging

(Chairs: N. Engheta and Y. P. Zhang) 16:50-17:10 Best Poster Awards Presentation and Closing

2006 IEEE iWAT 11

Paper Session Schedule

Day 1: March 6, 2006 (Monday) 8:00-8:45 Registration 8:45-8:50 Opening

Greeting Speakers: D. Liu and B. Gaucher (General Chairs)

8:50-9:25 Talk 1: Antenna Technologies for Future NASA Exploration Missions, Dr. F. A. Miranda, NASA Glenn Research Center

9:25-10:00

Keynote Chairs: J. T. Bernhard and K. Ito

Talk 2: US Army Research Office Programs and Grand Challenges in Small Antennas, Dr. W. D. Palmer, U.S. Army Research Office

10:00-10:20 Break 10:20-10:50 O1.1 Lead Invited Talk: Metamaterials in Antenna Applications:

Classifications, Designs and Applications, Y. Rahmat-Samii 10:50-11:10 O1.2 Characterisation of Printed EBG Surfaces for GPS

applications, M. Martinez-Vazquez and R. Baggen 11:10-11:30 O1.3 Enhancement of the Power Radiated by a Dipole Antenna at

Boresight by Means of a Left Handed Superstrate, E. Saenz, I. Ederra, R. Gonzalo, and P. de Maagt

11:30-11:50 O1.4 A Low Profile Dipole Antenna Backed by a Planar EBG Structure, M. Abedin and M. Ali

11:50-12:10 O1.5 Miniaturisation of Defected Ground Plane Using Complementary Metallodielectric Electromagnetic Band Gap Structures, G. Goussetis, A. Feresidis, G. Apostolopoulos, and J. Vardaxoglou

12:10-12:30

Session O1: Metamaterials and Applications I Chairs: M. Ali and A. Kishk

O1.6 Asymptotic Corrugation Boundary Conditions to the Analysis of Composite Right/Left-Handed Corrugated Waveguide, I. Eshrah and A. Kishk

12:30-14:00 Lunch Industry Presentation: The Emergence of Millimeter-Wave Silicon, Dr. Modest Oprysko, T. J. Watson Research Center, IBM

14:00-14:20 O2.1 Reduction in Antenna Height by Slotting Ground Plane, Z. N. Chen, D. Liu, B. Gaucher, and T. Hildner

14:20-14:40 O2.2 Enhancing the performance of handset antennas by means of groundplane design, J. Anguera, I. Sanz, A. Sanz, D. Gala, A. Condes, C. Puente, and J. Soler

14:40-15:00 O2.3 Characteristics of built-in folded monopole antenna for handsets, S. Hayashida, H. Morishita, Y. Koyanagi, and K. Fujimoto

15:00-15:20 O2.4 Antenna-in-Package Technology for Modern Radio Systems, Y. P. Zhang

15:20-15:40 O2.5 Optimization of the total efficiencies of two PIFAs on the same PCB operating in close frequency bands, A. Diallo, C. Luxey, P. Le Thuc, R. Staraj, and G. Kossiavas

15:40-16:00

Session O2: Antenna Packaging and Integration Chairs: Z. N. Chen and C. Luxey

O2.6 Investigation into Techniques for Packaging Cosite Microstrip Patch Antennas into Handheld Devices, G. Alvey, H. Pan, and J. T. Bernhard

16:00-17:30 Session P1: Poster Session 1: Multiband and Wideband Antennas Chairs: R. Mittra and S. Makino

17:30-19:00 Evening Reception

14 2006 IEEE iWAT

Day 2: March 7, 2006 (Tuesday) 8:00-8:20 O3.1 Dual Band Button Antennas for Wearable Applications,

B. Sanz-Izquierdo, F. Huang, and J. Batchelor 8:20-8:40 O3.2 UWB Antennas in Body Area Networks, H. Ghannoum, C. Roblin,

and S. Bories 8:40-9:00 O3.3 Development and investigation of the transmission mechanism of

the wearable devices using the human body as a transmission channel, K. Ito and K. Fujii

9:00-9:20 O3.4 Low SAR Ferrite Handset Antenna Design, M. Kitra, C. Panagamuwa, P. McEvoy, J. Vardaxoglou, J. James

9:20-9:40

Session O3: User Effects and Wearable Antennas Chairs: J. Vardaxoglou and N. Kuster O3.5 Current and Future Needs for the Simulation of Small and

Implanted Antennas for Medical Applications, A. Christ, W. Kainz, J. Chen, Y. Shah and N. Kuster

9:40-10:00 Break 10:00-10:30 O4.1 Lead Invited Talk: A Discussion on Small Antennas Operating with

Small Finite Ground Planes, S. Best 10:30-10:50 O4.2 Some Novel Techniques for Size Reduction of Microstrip Patch

Antennas, R. Mittra, J. Briniguier, M. Abdel-Mageed, K. Rajab, and J. I. Gonzalez

10:50-11:10 O4.3 Design and Development of a Miniaturized Embedded UHF RFID Tag for Automotive Tire Applications, S. Basat, M. Tentzeris, and J. Laskar

11:10-11:30 O4.4 Extending Coupling Volume Theory to Analyze Small Loop Antennas for UHF RFID Applications, P. Cole and D. Ranasinghe

11:30-11:50 O4.5 Design of Small Antennas for Joypad Applications, K.-M. Shum, C. H. Chan, and K.-M. Luk

11:50-12:10

Session O4: Electrically Small and Miniaturized Antennas Chairs: S. Ooi and K. Esselle

O4.6 Compact Triple-Arm Multi-Band Monopole Antenna, Y. Ge, K. Esselle, and T. Bird

12:10-13:40 Lunch Industry Presentation: Microwave Components to Meet the Challenges of Today and Tomorrow, Harvey Kaylie, Mini-Circuits

13:40-14:10 O5.1 Lead Invited Talk: Reconfigurable Multifunctional Antennas, C. Christodoulou, D. Anagnostou, and V. Zachou

14:10-14:30 O5.2 Reconfigurable Single-Armed Square Spiral Microstrip Antenna Design, H. Pan, J. T. Bernhard, and V. Nair

14:30-14:50 O5.3 Single-fed Dual Band UHF-GPS Helical Antenna, S. Ooi, BoonPing Koh

14:50-15:10 O5.4 Wideband Reconfigurable Printed Dipole Antenna with Harmonic Trap, A. Mirkamali, P. Hall, and M. Soleimani

15:10-15:30 O5.5 Dual Band Circularly Polarized Equilateral Triangular-Patch Array Antenna for Mobile Satellite Communications, J. T. S. Sumantyo, K. Ito, and M. Takahashi

15:30-15:50

Session O5: Multi-function Antennas Chairs: P. Hall and G. Vandenbosch

O5.6 Benchmarking of a GSM Dual-band Planar Monopole Antenna, S. Mestdagh, O. Vasylchenko, and G. Vandenbosch

15:50-17:20 Session P2: Poster Session 2: Novel Antennas, Metamaterials and Packaging Chairs: C. H. Chan and D. Liu

18:30-20:30 Banquet

2006 IEEE iWAT 15

Day 3: March 8, 2006 (Wednesday) 8:00-8:20 O6.1 A Broadband Monopole using LTCC Technology for WLAN

Applications, G. Brzezina, Q. Ye, L. Roy, and L. MacEachern 8:20-8:40 O6.2 Miniature UWB Antenna with Embedded Inductive Loading,

B. Kramer, M. Lee, C.-C. Chen, and J. Volakis 8:40-9:00 O6.3 Some antenna technology works in mobile handset industry,

Ying Zhinong , Thomas Bolin 9:00-9:20 O6.4 Time Domain Behaviors of Artimi's UWB Antenna, L. Guo,

J. Liang, X. Chen, and C. Parini 9:20-9:40 O6.5 Normal-mode, Logarithmic , Ultra-wideband Tape Helix,

T. Yang, W. Davis, W. Stutzman 9:40-10:00

Session O6: Wideband and Ultra-wideband Antennas Chairs: Zhinong Ying and X. Chen

O6.6 Antenna for Handheld DVB Terminal, J. Holopainen, J. Villanen, M. Kyrö, C. Icheln, and P. Vainkainen

10:00-11:30 Session P3: Poster Session 3: Measurement, Modeling, and Analysis; Smart/Reconfigurable Antennas and Applications

Chairs: J. Volakis and B. Gaucher 11:30-12:40 Lunch 12:40-13:10 O7.1 Lead Invited Talk: Antenna Applications of Negative-

Refractive-Index Transmission-Line Metamaterials, M. Antoniades, Fahad Qureshi, G. Eleftheriades

13:10-13:30 O7.2 A left handed dipole concept, H. Iizuka and P. Hall 13:30-13:50 O7.3 Efficient Electrically Small Antenna Design Using an Electric

Dipole in a Multi-layered ENG Metamaterial Shell, A. Erentok, and R. Ziolkowski

13:50-14:10 O7.4 Composite Right/Left-Handed Metamaterial Antennas, A. Lai, K. Leong, and T. Itoh

14:10-14:30 O7.5 Degenerate Band Edge Crystals and Periodic Assemblies for Antenna Applications, S. Yarga, G. Mumcu, K. Sertel, and J. Volakis

14:30-14:50

Session O7: Metamaterials and Applications II Chairs: R. Ziolkowski and H. Eom

O7.6 Slot Array Antenna using a Rectangular Waveguide Partially Filled With a Ferrite Slab, K. Hwang and H. Eom

14:50-15:10 Break 15:10-15:30 O8.1 A Coplanar Patch Antenna for Integration with mmWave SiGe

Transceiver, T. Zwick, D. Liu, J. Grzyb, and B. Gaucher 15:30-15:50 O8.2 Electronically Scanned Left-Handed Leaky Wave Antenna for

Millimeter-Wave Automotive Applications, K. Sato, S. Matsuzawa, Y. Inoue, and T. Nomura

15:50-16:10 O8.3 Millimeter-Wave Components Utilizing Electromagnetic Crystal (EMXT) Surfaces, H. Xin

16:10-16:30 O8.4 Terahertz Image Plane Antennae, S. Griffin 16:30-16:50

Session O8: mm-wave Antennas and Packaging Chairs: N. Engheta and Y. P. Zhang O8.5 Radiation Characteristics and Beam Forming of Multi-

Particle Nanoantennas at Optical Frequencies, J. Li, A. Salandrino, and N. Engheta

16:50-17:10 Best Poster Awards Presentation Closing

16 2006 IEEE iWAT

P1: Poster Session 1: Multiband and Wideband Antennas

1. Design of a Triple Layer Microstrip Patch Antenna, Ravi Pratap Kushwah (R.G.P.V.(M.P.), IN), Madhvi Dubey (R.G.P.V.(M.P.), IN), Pramod Singhal (Madhav Institute of Technology & Science, IN)

2. Non-Foster Impedance Matching for Transmit Applications, Stephen Sussman-Fort (EDO Corporation, US), Ronald Rudish (EDO Corpration, US)

3. Ultra-Wideband Tapered Slot Antenna Array with Parallel Plate Waveguides, Satoshi Yamaguchi (Mitsubishi Electric Corporation, JP), Hiroaki Miyashita (Mitsubishi Electric Corporation, JP), Kazushi Nishizawa (Mitsubishi Electric Corporation, JP), Shigeru Makino (Mitsubishi Electric, JP)

4. An Ultra-wideband Monopole Antenna of Small Size, J. Ding (Zhejiang University, China), J. Hu (Zhejiang University, China), S. Khan (Zhejiang University, China), Z. Ying (Zhejiang University, China), and S. He (Zhejiang University, China)

5. An extremely broadband planar active receiving antenna, Tapas Chakravarty (Future Institute of Engine-ering & Management, IN), Sourav Mahspatra (WBUT, IN), Asok De (Delhi College of University, IN)

6. Compact UWB Monopole Antenna for System-on-Package Applications, Benito Sanz-Izquierdo (University of Kent, UK), Qiang Bai (The University of Kent, UK), Paul Young (University of Kent, UK), John Batchelor (University of Kent, UK)

7. Ultra-compact CPW-fed monopole antenna with double inverted-L strips for dual-band WLAN applications, Hyo Sub Choi (Gwangju Institute Science and Technology, KR), S. H. Kim (Gwangju Institute Science and Technology, KR), K. H. Oh (Gwangju Institute Science and Technology, KR), J. H. Jang (Gwangju Institute Science and Technology, KR)

8. Symmetry Properties of Antennas in Transmitting and Receiving UWB Signals, Guofeng Lu (Rutgers University, US), Larry Greenstein University, US), Predrag Spasojević University, US)

9. A Broadband Combined (Linear and Loop) Antenna Above a Ground Plane, Karlo Costa (Federal University of Para, BR), Victor Dmitriev (Federal University of Para, BR), Anderson Oliveira Silva (Federal University of Para, BR)

10. A Compact Wide-Band Shorted Folded Antenna, Giuseppe Ruvio (Dublin Institute of Technology, IE), M.J. Ammann (Dublin Institute of Technology, IE)

11. Ground Plane Effect on the Multi-band Multiple Ring Monopole Antenna, Ali Mirkamali (University of Birmingham, UK), Peter Hall (University of Birmingham, UK), Mohammad Soleimani (Iran University of Science and Technology, Iran)

12. Design Of A Wide-Band Printed Antenna Using A Genetic Algorithm On An Array Of Overlapping Sub-Patches, Matthias John (Dublin Institute of Technology, IE), M. J. Ammann Dublin Institute of Technology, IE)

13. Demonstration of Multi-Band Frequency-Selective Surfaces Using Split-Ring Triangular Resonators, Dennis Wickenden (Johns Hopkins University, US), Ra'id Awadallah (Johns Hopkins University, US), Paul Vichot (Johns Hopkins University, US), Benjamin Brawley (Johns Hopkins University, US), Jane Spicer (Johns Hopkins University, US), Michael Fitch (Johns Hopkins University, US), T.J. Kistenmacher (Johns Hopkins University, US)

14. A Multi-Band Hybrid Balanced Antenna, Brian Collins (Antenova Ltd, UK), Simon Kingsley (Antenova Ltd, UK), Jonathan Ide (Antenova Ltd, UK), Seppo Saario (Antenova Ltd, UK), Robert Schlub (Antenova Ltd., UK), Steve O'Keefe (Griffith University, AU)

15. A Miniature Broadband Dielectric Resonator Antenna (DRA) Operating at 2.4GHz, Zhao Wang (Queen Mary, University of London, UK), Choo Chiap Chiau (Queen Mary University of London, UK), Xiaodong Chen (Queen Mary, University of London, UK), Brian Collins (Antenova Ltd, UK), Simon Kingsley (Antenova Ltd, UK)

16. Low Profile and Wide bandwidth Characteristics of Top Loaded Monopole Antenna with Shorting Post, Takanori Noro (Japan radio co.,ltd, JP), Yasuhiro Kazama (Japan Radio Co.,Ltd, JP)

17. Quad-Band Handset Antenna for GSM900/DCS1800/PCS1900/UMTS Bands, Mohan Jayawardene (CST, UK), Patrick McEvoy (Loughborough University, UK), John Vardaxoglou (Loughborough University, UK), Omar Saraereh (Hashamite University, Braqa, JO)

2006 IEEE iWAT 17

18. A Self-Complementary Antenna with Spiral Configuration, Futoshi Kuroki (Kure Nat'l Coll of Tech, JP), Haruo Simizu (Kure Nat'l Coll of Tech, JP)

19. A Quasi-Planar Miniature Broadband Antenna, RongLin Li (Georgia Institute of Technology, US), Joy Laskar (Georgia Institute of Technology, US), Manos M. Tentzeris (Georgia Institute of Technology, US)

20. Spiral Notch Perturbation Element Concept for the Design of Multiband Quarterwavelength Patch Antenna, Milan Polivka (Czech Technical University in Prague, CZ), Martin Čevela (Czech Technical University in Prague, CZ), Miloš Mazánek (Czech Technical University in Prague, CZ)

21. Quad-Band Minimized Antenna Coexistence with Bluetooth for Mobile Application, Weiping Dou (Palm, US)

P2: Poster Session 2: Novel Antennas, Metamaterials and Packaging

1. Small UHF RFID Label Antenna Design and Limitations, Damith Ranasinghe (The University of Adelaide, AU), Mun Ng (The University of Adelaide, AU), Kin Leong (The University of Adelaide, AU), Behnam Jamali (The Univeristy of Adelaide, AU), Peter Cole (The University of Adelaide, AU)

2. Compact H-Antenna with Shorting Post for GSM Using Genetic Algorithm and Moment Method, Nader Komjani (Iran University of Science and Technology, IR), Majid Ostadrahimi (Iran University of Science and Technology, IR),

3. Miniaturization of Circularly Polarized Patch Antenna Using Circular Sector Element, Toshimitsu Tanaka (Chiba University, JP), Masaharu Takahashi (Chiba University, JP), Koichi Ito (Chiba University, JP)

4. 5.2 GHz On-Chip Antenna/ Inductor for Short Range Wireless Communication Applications, Atif Shamim (Carleton University, CA), P. Popplewell (Carleton University, CA), V. Karam (Carleton University, CA), L. Roy (Carleton University, CA), J. Rogers (Carleton University, CA), C. Plett (Carleton University, CA)

5. A Novel Anti-phase Dual Port Patch Antenna, Mohammad Sarehraz (University of South Florida, US), Kenneth Buckle (University of South Florida, US), Elias Stefanakos (University of South Florida, US), Thomas Weller (University of South Florida, US)

6. A Novel Dual Polarized Dielectric Rod Antenna, Mohammad Sarehraz (University of South Florida, US), Kenneth Buckle (University of South Florida, US), Elias Stefanakos (University of South Florida, US), Thomas Weller (University of South Florida, US)

7. A Miniature Packaged Rectenna for Wireless Power Transmission and Data Telemetry, Mohammod Ali (USC, US), Guangli Yang (University of South Carolina, US), Roger Dougal (University of South Carolina, US)

8. Design of A Dielectric-loaded Quadrifilar Helix Antenna, Yu-Shin Wang (National Chiao Tung University, TW), Shyh-Jong Chung (National Chiao Tung University, TW)

9. A Small Antenna For Laptop Applications, Tatsuhiko Ito (Nissei Electric Co., LTD., JP), Hiroshi Moriyasu (Nissei Electric Co., LTD., JP), Matsui Masayuki (Nissei Electric Co., LTD., JP)

10. Resonant Frequency & Q factor of Trapped Rectangular Dielectric Resonator Antenna, S. Shrivastava (Maulana Azad National Institute of Technology, IN)

11. A Diplexer Based on the Spatial Filtering Property of Planar Anisotropic Transmission-Line Metamaterials, Joshua Wong (University of Toronto, CA), Keith G. Balmain (University of Toronto, CA), George Eleftheriades (University of Toronto, CA)

12. Design of an AMC with Little Sensitivity to Angle of Incidence Using an Optimized Jerusalem Cross, FSS Mehdi Hosseini (Iran Telecommunication Research Center (ITRC), Tehran, Iran, IR), A. Pirhadi Iran Telecommunication Research Center (ITRC), Tehran, Iran, IR), M. Hakkak Iran Telecommunication Research Center (ITRC), Tehran, Iran, IR)

13. A Study on High Gain Circular Waveguide Array Antenna Using Metamaterial Structure, Li Bin (Xidian University, PRC), Bian Wu (Xidian University, PRC), Liang Chang-hong (Xidian University, PRC)

14. Influence of angular stability of EBG structures on low profile dipole antenna performance, Lida Akhoondzadeh-Asl (Birmingham University, UK), Peter Hall (University of Birmingham, UK), J. Nourinia (Urmia University, Iran), Ch. Ghobadi (Urmia University, Iran)

18 2006 IEEE iWAT

15. High Performance Circularly Polarized Antenna Based on the Fractal EBG structure, Xiu Long Bao (Dublin Institute of Technology, IE), M.J.Ammann (Dublin Institute of Technology, IE), G., Ruvio (Dublin Institute of Technology, IE), M., John (Dublin Institute of Technology, IE)

16. An Aperture Coupled NRD Feed Structure for Dielectric Rod Antennas, Mohammad Sarehraz (University of South Florida, US), Kenneth Buckle (University of South Florida, US), Elias Stefanakos (University of South Florida, US), Thomas Weller (University of South Florida, US)

17. Improving the Performance of Clamshell Handsets, Brian Collins (Antenova Ltd, UK) 18. Effect of Ground Size on Plate Inverted-F Antenna, Shohei Fujio (IBM Japan, JP) 19. Double Dipole Antenna For Wideband Phased Array Applications, Abdelnasser Eldek (Jackson State

University, US) 20. Nonreciprocal effects in magnetic photonic crystals, Alex Figotin (University of California at Irvine,

CA), Ilya Vitebskiy (University of California at Irvine, US) 21. Fundamental Bandwidth Limitation for Small Antennas on a Platform, Johnson Wang (Wang Electro-

Opto Corporation, US) P3: Poster Session 3: Measurement, Modeling, and Analysis; Smart/Reconfigurable Antennas and Applications

1. Characteristics of UWB bands measurement, human effect, and power absorption, Sheng-Yi Huang (National Taipei University of Technology, TW), Chen Guan-Yu (National Taipei University of Technology, TW), Yun-Ta Chen (National Taipei University of Technology, TW), Jwo-Shiun Sun (National Taipei University of Technology, TW), Shuang-Yuan Chen (National Taipei University of Technology, TW),

2. Analysis on the dips of the radiation efficiency in the reflection method using the transmission line model, Nozomu Ishii (Niigata University, JP), Michio Miyakawa (Niigata University, JP)

3. Analysis of Power Transfer at UHF to RFID ICs by Miniaturized RFID Label Antennas, Damith Ranasinghe (The University of Adelaide, AU), Peter Cole (The University of Adelaide, AU)

4. A Method to Display Complicated Polarization of An Arbitrary Antenna, Yong Liu (Philips Reaearch East Asia, CN), Kairaz Contractor (Philips Research East Asia, CN), Yun Yuan (Philips Research East Asia, DZ)

5. Modeling Finite Periodic Structures using a Finite Element Domain Decomposition Technique with 2nd Order Transmission Conditions, Seung-Cheol Lee (Ohio State University, US), Kezhong Zhao (Ohio State University, US), Marinos Vouvakis (Ohio State University, US), Jin-Fa Lee (Ohio State University, US)

6. Efficiency Analysis of Switched Resonant Antennas for Pulse Radiation, Yuanxun Wang (UCLA, US) 7. PML-FDTD Analysis of Nonreciprocal Magnetic Photonic Crystals with Ferromagnetic Losses, Kyung-

Young Jung (Ohio State University, US), Burkay Donderici (Ohio State University, US), Fernando Teixeira (Ohio State University, US)

8. Generalized Transverse Resonance Method for Design and Analysis of Semiconductor Magnetoplasmon-Based Nonreciprocal Devices, Chun Kit Lai (The Ohio State University, US), Roberto Rojas (The Ohio State University, US)

9. Real-Time SAR Measurement System Using the RFID, Wan-Ki Kim (Chungnam National University, KR), Jong-Myung Woo (Chungnam National University, Korea, KR), Ogawa Maki (Amplet Inc., JP), Hideyuki Nebiya (Amplet Inc., JP)

10. Reliable Prediction of Mobile Phone Performance for Different Daily Usage Patterns Using the FDTD Method, Nicolas Chavannes (IT'IS Foundation, ETH Zurich, CH), Peter Futter (Schmid & Partner Engineering AG (SPEAG), Zurich, CH), Roger Tay (Motorola Electronics Private Ltd., Singapore, SG), Katja Pokovic (Schmid & Partner Engineering AG (SPEAG), Zurich, CH), Niels Kuster (IT'IS Foundation, ETH Zurich, CH)

2006 IEEE iWAT 19

11. The Uncertainties and Repeatability Limitations of Transmitter and Receiver Performance Assessments Posed by Head Phantoms, Erdem Ofli (ITIS Foundation, ETH Zurich, CH), Nicolas Chavannes (IT'IS Foundation, ETH Zurich, CH), Niels Kuster (IT'IS Foundation, ETH Zurich, CH)

12. Equivalent Circuits of Microstrip Reflectarrays, Alexander Kasyanov (Taganrog State University of rRadio Engineering, RU)

13. Neural-Based Model of Spiral Antenna Radiation Patterns for Detection of Angle of Arrival, Paul Salem (University of Ottawa, CA), Chen Wu (DRDC, CA), Mustapha Yagoub (University of Ottawa, CA)

14. A Quasi-Adaptive Algorithm for Smart Arrays, Xiuzhen Luan (Dalian Maritime University, PRC), Ke-jun Tan (Dalian Maritime University, PRC), Shao-jun Fang (Dalian Maritime University, PRC)

15. Capacity of Intelligent Quadrifiliar Helix Antenna (IQHA) Based MIMO System, Yinan Qi (University of Surrey, UK), Reza Hoshyar (University of Surrey, UK), Rahim Tafazolli (University of Surrey, UK)

16. The compact yagi antenna design serve beamforming operation and smart antenna application, Chen Guan-Yu (National Taipei University of Technology, TW), Yun-Ta Chen (National Taipei University of Technology, TW), Jwo-Shiun Sun (National Taipei University of Technology, TW), Wen-Fang Yen (Lunghwa University of Science Technology, TW)

17. Adaptive Matching of Antenna Input, Fahime Pourmohammadi (Tarbiat Modaress, IR), Mohammad Hakkak (Tarbiat Modaress, DZ)

18. Dummy Elements Add on both sides of Monopole-Array assisted Doppler Spread Compensator for Digital Terrestrial Television Broadcasting Receiver, Young-Choel Yu (Nara Institute of Science and Technology, JP), Minoru Okada (Nara Institute of Science and Technology, JP), Kazumichi Andoh (Nara Institute of Science and Technology, JP), Heiichi Yamamoto (Nara Institute of Science and Technology, JP)

19. Development of a cylindrical microstrip phased array antenna for a radio tracking system, Dariusz Mastela (Institute of Microsystems,DE), L. Reindl (Institute of Microsystems,DE), L. Wiebking (Siemens AG, DE), L. Zander (Institute of Microsystems,DE)

20. Receive Response Design Compensating Direction-Dependent Impulse Responses of UWB Antennas, Guofeng Lu (Rutgers University, US), Predrag Spasojević (Rutgers University, US), Larry Greenstein (Rutgers University, US)

21. Effect of Spatial Fading Correlation on the SER Performance of MPSK with MRC for Circular Antenna Array, Jie ZHOU (Nanjing University of Information Science and Technology, PRC), JiejunWANG (Nanjing University of Information Science and Technology, PRC), Chao HUANG (Nanjing University of Information Science and Technology, PRC), Dongrong XIAO (Nanjing University of Information Science and Technology, PRC)

Short Course: Mar 5 (Sunday), 1:00-4:00 PM: Dielectric Resonator Antennas, Theory and Design by Prof. Ahmed A. Kishk, University of Mississippi, USA

20 2006 IEEE iWAT

Crowne Plaza Hotel Information

Direction and Transportation to Hotel • For directions to the hotel, please visit:

http://www.ichotelsgroup.com/h/d/6c/1/en/direction/hpncp

• From Kennedy International Airport (JFK) and LaGuardia Airport (LGA), you can take a taxi for about $60, or you can take CONNECTICUT LIMOUSINE for $52. CONNECTICUT LIMOUSINE stops at the hotel.

• From Westchester County Airport (HPN), you can take Crowne Plaza Hotel Airport Shuttle.

• This one is not recommended for everybody, but it's cheap. You can take an Airport Service Express Bus from JFK or LGA to Grand Central Terminal for $12, or Port Authority Bus from Newark Liberty International Airport (EWR) to Grand Central Terminal for $13, then take Metro-North Trains at Grand Central Terminal to White Plains for $11-$14 depending on time. At the White Plains train station, call Crowne Plaza Hotel for free pickup.

66 Hale Ave, White Plains, NY 10601 Hotel Reservations: 1-877-227-6963 Hotel Front Desk: 1-914-682-0050 Hotel Fax: 1-914-682-0405

Check-In Time: 3:00 PM Check-Out Time: 12:00 PM

2006 IEEE International Workshop on Antenna Technology: Small Antennas and Novel Metamaterials

REGISTRATION FORM

**Refund Policy: All refund requests must be in writing and received before 10 February. A $50.00 cancellation fee will be charged for registrations cancelled prior to 31 January. For cancellations between 31 January to 10 February a 50% refund will be given. There will be no refunds after 10 February.

Registrant(s) Information (Please print clearly) *ARE REQUIRED FIELDS & MUST BE COMPLETED

*Family/Surname *Personal Name:

*Company, University or Other Affiliation

*Mailing Address *P.O. Box / Mail Stop

*City *State/Province *Postal Code *Country

*Phone Number *Fax Number

*Email Address IEEE Member #

Registration Categories On/Before 31 January After 31 January Fee

IEEE Member $450 $550 $_______Non-Member $480 $580 $_______Retired IEEE Member $350 $400 $_______ Student* $350 $450 $_______ Retired IEEE Member + Banquet $390 $440 $_______ Student + Banquet $390 $490 $_______ Exhibitors** $400 $480 $_______ Sponsors** $400 $480 $_______

*Proof of IEEE Student status is required at the conference.**Limit of three Exhibitors/Sponsors per company.

Registration Subtotal $________

Additional Options FeesExtra Banquet Ticket # _______ @ $40 = $______Conference Proceedings (CD-ROM) # _______ @ $20 = $______

Short Course (on/before 31 January) $225 Short Course (after 31 January) $275

Total Remittance (Must be in US Dollars) $________

Method of Payment: CHECK ( Payable to: IEEE/IWAT 2006)

Visa MasterCard

Card Number _______________________________________________________________Exp.Date_______________________ _Name on Card _____________________________________________________________________________________________Authorized Signature ________________________________________________________________________________________

Mail Completed Registration Form & Fees To: IEEE IWAT 2006 Registrar, C/o IEEE Conference Management Services, 445 Hoes Lane, Piscataway, New Jersey 08855-1331, USA

Tel: +1 732 981 3415 Fax: +1 732 465 6447 Email: c.lankenau@ieee.org

22 2006 IEEE iWAT

Presenter Information Oral Presentation Details • Presentation on MS Powerpoint format only (ppt or pdf).

• 15 minutes presentation and 5 minutes for interaction.

• Authors to upload presentation material to laptop 10 minutes before the morning and afternoon sessions.

Poster Presentation Details • Each paper will be provided with one Easel/Poster Stand with a 3'x4' Mounting Board.

• Authors should prepare poster presentation 10 minutes before their sessions.

• Authors should be present during poster session.

• To mount your posters on the mounting board, please use blue tack.

• Authors must display their paper number on the posters for the selection of the Best Poster Award.

Just One Click!Just One Click!

ZELAND SOFTWARE, INC.ZELAND SOFTWARE, INC.48834 Kato Road, Suite 103A, Fremont, CA 94538, U.S.A.48834 Kato Road, Suite 103A, Fremont, CA 94538, U.S.A.

Tel: 510-623-7162 Fax: 510-623-7135 Web: www.zeland.comTel: 510-623-7162 Fax: 510-623-7135 Web: www.zeland.com

From IC and PCB Layouts to Full-Wave EM Results From IC and PCB Layouts to Full-Wave EM Results

Cadence Virtuoso Custom Design Platform to IE3D Link for RFIC Design. Cadence Virtuoso Custom Design Platform to IE3D Link for RFIC Design.

Automatic GDSII to IE3D Flow for Automated Structure Modeling.Automatic GDSII to IE3D Flow for Automated Structure Modeling.

Cadence Allegro Interconnect Design Platform to IE3D Link for PCB and Signal Integrity.Cadence Allegro Interconnect Design Platform to IE3D Link for PCB and Signal Integrity.

IE3D Seamlessinly Integrated into Microwave Office 2004 of AWR.IE3D Seamlessinly Integrated into Microwave Office 2004 of AWR.

IE3D Full-Wave EM Simulator V.11 Integrated into Design Flows:IE3D Full-Wave EM Simulator V.11 Integrated into Design Flows:

FIDELITY Non-Uniform and Conformal FDTD Simulator V.5 with FIDELITY Non-Uniform and Conformal FDTD Simulator V.5 with Parameterized Geometry Modeling and Automated MeshingParameterized Geometry Modeling and Automated Meshing

Simulation of Antenna Array Simulation of Antenna Array SAR Calculation and Visualization SAR Calculation and Visualization Near Field Visualization Near Field Visualization

UWB Antenna Design, Tx and Rx Antenna Transfer Function, Waveform Analysis and VisualizationUWB Antenna Design, Tx and Rx Antenna Transfer Function, Waveform Analysis and Visualization

High Performance EM Simulation and Optimization High Performance EM Simulation and Optimization and Electronic Design Automationand Electronic Design Automation

24 2006 IEEE iWAT

Notes

Organized by:

IBM T.J. Watson Research CenterInterDigital Communications CorporationMini-CircuitsInstitute of Electrical and Electronic Engineers (IEEE)IEEE Antenna and Propagation Society (APS)IEEE Microwave Theory and Techniques Society (MTT-S)IEEE Vehicular Technology Society (VTS)

http://research.ihost.com/iwat2006