Program_ver.3.1

Transcript

2004 International Symposium on Antennas and Propagation August 17-21, 2004 Sendai International Center, Sendai, Japan Advance Program_Ver.3.1 July 28, 2004 http://www.ieice.org/cs/isap/2004 TABLE OF CONTENTS Chair’s Message 3 Sponsorship and Support 4 General Information Sendai International Center Event Table Registration Information Desk for Sendai City Travel Information and Assistance Internet Connection Catering Lunch Symposium Office Other Information 5 5 5 5 5 6 6 6 6 6 6 Schedule for Technical Workshops and Sessions Technical Workshops Technical Sessions Opening Ceremony Exhibition After Session Gathering Closing Ceremony and Ferewell Party 7 7 7 8 8 9 9 Awards ISAP ’04 Paper Award Poster Presentation Award 9 9 9 Social Program Welcome Party Buffet Party Matsushima Tour Technical Tour Experience of Japanese Culture for Women 11 Instructions for Oral Sessions Working Language Visual Equipment Session Registration Presentation Time Rehearsal Room 13 13 13 13 13 13 Instruction of Poster Session 13 Technical Program Wednesday, 18 August Thursday, 19 August Friday, 20 August Saturday, 21 August 14 14 21 29 39 Abstracts of Workshop Lectures Workshop A Workshop B Workshop C Workshop D 45 45 45 46 47 Exhibition Company and Institution Exhibition University Exhibition Historical Review of Antenna Systems in Japan 49 49 49 49 Location of Your Poster Board 50 Access to Shozankan (Buffet party) 51 Access to the Conference Site 52 Floor Guide of Sendai International Center 55 Registration 56 Registration Fee 56 Workshop Fee 56 Social Program 56 Proceedings 57 Hotel Accomodation 57 Confirmation 57 Payment 57 Cancellation 58 Refund 58 Lacation of Main Hotels in The Symposium 59 10 10 10 10 11 2 Call for Papers 60 ISAP ’04 Committees Organizing Committee Steering Committee Overseas Corresponding Members Technical Program Committee YSTG Committee Public Relations Committee Publicity Committee Financial Affairs Committee Planning Committee Registration Committee Local Arrangement Committee Social Program Committee 61 61 61 62 62 62 63 63 63 63 63 63 63 Author Index 64 CHAIR’S MESSAGE It is my great pleasure to welcome all of you to Sendai for the 2004 International Propagation (ISAP ’04). Symposium on Antennas and This symposium is sponsored and organized by the Communications Society of the Institute of Electronics, Information and Communication Engineers (IEICE), and is held in cooperation with the International Union of Radio Science (URSI), the Antennas and Propagation Society of the Institute of Electrical and Electronics Engineers (IEEE/AP-S), the Antennas and Propagation Professional Network of the Institute of Electrical Engineers (IEE), the Chinese Institute of Electronics (CIE), and the Korea Electromagnetic Engineering Society (KEES). The first and the second ISAP’s were held in Sendai in 1971 and 1978, respectively. The third through the eighth ISAP’s were held in Kyoto, Tokyo, Sapporo, Chiba, Fukuoka and Yokosuka, and the ninth ISAP has come back to Sendai. Sendai City is called ''the City of Forest'' since, along the streets of downtown there are many trees including zelkova trees which are the symbol trees of Miyagi Prefecture and appear as the logo for the ISAP ’04. Sendai is also well known for antenna engineers as the hometown of the Yagi-Uda antenna and the self-complementary antenna. ISAP ’04 provides an international forum for greater regional interaction and extended exchange of information on the recent progress in the research and the development in antennas, propagation, electromagnetic wave theory, and related fields. The technical program consists of 49 regular sessions, 5 invited talks, a poster session and a special session, and includes 345 papers appearing from 29 countries. Technical workshop is also scheduled where five distinguished speakers give us lectures on interesting topics. I hope you enjoy those technical sessions as well as the social events during your stay in Sendai. Finally, I would like to thank all of the contributors and the participants who made ISAP ’04 possible. I would also like to express sincere appreciation to all of the industries and organizations for their moral and financial support and thank the ISAP ’04 Committee members for their earnest efforts in making the conference a great success. Kunio Sawaya Chair of the Organizing and Steering Committees of ISAP ’04 3 ISAPA ’04 is sponsored and organized by Communications Society of the Institute of Electronics, Information and Communication Engineers (IEICE), and is held in cooperation with International Union of Radio Science (URSI), Antennas and Propagation Society of the Institute of Electrical and Electronics Engineers (IEEE/AP-S), Antennas and Propagation Professional Network of the Institution of Electrical Engineers (IEE), Chinese Institute of Electronics (CIE), and Korea Electromagnetic Engineering Society (KEES) with the support of Association for Promotion of Electrical, Electronic and Information Engineering. ISAP ’04 is held under the 2004 Grant-in-Aid for Publication of Scientific Research Results from the Ministry of Education, Culture, Sports, Science and Technology of Japan, and is partly supported by the following foundations, associations and companies. Assisting Foundations Commemorative Organization for the Japan World Exposition '70 The Telecommunications Advancement Foundation Sendai Tourism & Convention Bureau Support Center for Advanced Telecommunications Technology Research, Foundation CASIO Science Promotion Foundation Donators ANTEN Corporation Antenna Giken Co., Ltd. Association of Radio Industries and Businesses Device Co., Ltd. Farad Corporation Federation of Electric Power Companies of Japan Fujikura Ltd. Fujitsu Ltd. Hitachi Cable, Ltd. Hitachi Chemical Co., Ltd. Hitachi Kokusai Electric Inc. Hitachi, Ltd. JRC Nihon Musen Co., Ltd Japan Cable Television Engineering Association Japan Telecom Co., Ltd. KDDI R&D Laboratories Inc. Mitsubishi Electric Corporation Motorola, Inc. Murata Manufacturing Co., Ltd. NEC Corporation NEC TOKIN Corporation NHK Spring Co., Ltd. NTT DoCoMo, Inc. Nihon Dengyo Kosaku Co., Ltd. Nippon Antenna Co., Ltd. Nippon Telegraph and Telephone Corporation Panasonic Mobile Communications Co., Ltd. Radio Engineering & Electronics Association Sharp Corporation Sony Corporation Sumitomo Electric Industries, Ltd. TAISEI Co., Ltd. TDK Corporation TOSHIBA Corporation Telecom Engineering Center. Tohoku Electric Power Co., Inc. Tokyo Electric Power Co., Inc. Toppan Printing Co., Ltd. Toyota Motor Corporation 4 GENERAL INFORMATION Sendai International Center Aobayama, Aoba-ku, Sendai 980-0856 Phone: (022) 265-2111 Fax : (022) 265-2485 Access : see page 52 to 54 Floor guide : see page 55 Event Table Events Registration Internet Connection Technical Workshops Welcome Party Opening Ceremony Technical Session Aug. 17(Tue) AM PM ○ Aug. 19 (Thu) AM PM Aug.20 (Fri) AM PM Aug.21 (Sat.) AM PM ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ ○ Invited Talk Exhibition Catering Aug. 18(Wed) AM PM ○ Technical Awards After Session Gathering Buffet Party ○ ○ ○ ○ ○ ○ Matsushima Tour ○ Technical Tour Ikebana & Kimono ○ ○ ○ ○ Closing Ceremony Registration Online registration : see page 56 to 59 On-site registration : Registration desk will open in the 2nd floor of the Sendai International Center (Floor guide is illustrated on page 55) during the following hours : August 17 (Tuesday): 12:00 - 18:00 August 18 (Wednesday): 8:15 - 17:00 August 19 (Thursday): 8:30 - 17:00 August 20 (Friday): 8:30 - 17:00 August 21 (Saturday): 8:30 - 15:00 Information Desk for Sendai City By courtesy of the Sendai Tourism & Convention Bureau, an information desk will be opened. Information about the restaurants, shopping and entertainment in the Sendai City will be available. English hotline 5 service is also available at (022) 224-1919 (10:00 a.m. to 8:00 p.m., daily). Travel Information and Assistance Travel information desk will open near the registration desk. A staff of Kinki Nippon Tourist Co. Ltd will kindly assist your travel and hotel reservation. The above English hotline is also helpful to obtain information regarding travel. Following services are available as well. Japan Travel-Phone : Japan Travel-Phone is a nationwide travel information and language-assistance service in English operated from 9:00 a.m. to 5:00 p.m. daily. This service is toll free from outside Tokyo or Kyoto but is available only through the yellow, blue or green Public telephones. You must first insert a 10-Yen Japanese coin or a telephone card and dial the number. Once the call is completed, the coin or the card will be returned. Phone : 0120-222800. JR East Infoline : JR East operates an English information service for overseas visitors who wish to inquire about train schedules, location of ticket reservation offices, station facilities, Lost and Found, and general information regarding Japan Railways. Phone : (03) 3423-0111 (Monday-Friday, 10:00 a.m. to 6:00 p.m.) Internet Connection Free access to Internet by wireless LAN is available on the 2nd and the 3rd floor of the Sendai International Center. Limited numbers of PCs connected to Internet are available at the meeting room 7 and near the registration desk. 10BaseT connection cables are available at the meeting room 7. Catering Free snacks and beverages will be served at the conference site from 8:30 a.m. every morning. Free beverages will be served between the sessions as well as during poster session and exhibition. Lunch There is a restaurant inside the Sendai International Center. However, its capacity is limited. Prepared lunch boxes will be available inside the center. Symposium Office Meeting Room 5, 2nd floor, Sendai International Center Phone : (022) 266-5580 Other Information General Information Exhibition Prof. Tokio Taga Chair of ISAP’04 Publicity Committee e-mail: [email protected] Dr. Yoshihiko Konishi Chair of ISAP’04 Planning Committee e-mail : [email protected] Papers and Technical Program VISA Prof. Yoshio Karasawa Chair of ISAP’04 Technical Program Committee e-mail: [email protected] Prof. Nobuyoshi Kikuma Chair of ISAP’04 Public Relations C/o Events & Conventions, Tokyo Kinki Nihon Tourist Co. Ltd. e-mail : [email protected] Registration Dr. Takeshi Manabe Chair of ISAP’04 Registration Committee C/o Events & Conventions, Tokyo Kinki Nihon Tourist Co. Ltd. e-mail : [email protected] Travel C/o Events & Conventions, Tokyo Kinki Nihon Tourist Co. Ltd. e-mail : [email protected] 6 SCHEDULE FOR TECHNICAL WORKSHOPS AND SESSIONS Technical Workshops Room Date Aug.17 Shirakashi (2) Time Meeting Room (2) Meeting Room (8) Workshop A, B, C, and D The abstract of each lecture is given from page 45 to 48. The room of each lecture will be notified at the registration desk or on a bulletin board. 14:00 17:00 Tue. Meeting Room (1) Workshop A Physics of the Electromagnetic Coupling Mechanisms in Physically Different Structures: A Case Study with Planar Antennas, Narrow Slit in a Thick Conducting Screen and Near-field Scanning Optical Microscope by Young-Ki Cho, Kyungpook National University, Korea Workshop B Smaller and Smarter - Architectures for Active Integrated Antennas by Peter S. Hall, University of Birmingham, UK Workshop C Wave Analysis, Characterization, and Applications of Metamaterials by Akira Ishimaru, University of Washington, USA Workshop D Characteristic Basis Function Method—A Novel Approach to Solving Large Problems Involving Microwave Antennas, Arrays and Radar Scatterers by Raj Mittra, Pennsylvania State University, USA Technical Sessions Session Room Date Time 09:00 09:30 09:30 10:20 Aug. 18 Wed. Tachibana Hagi Shirakashi(1) Shirakashi(2) Meeting Room(8) Opening Ceremony 1A1 Invited Talk (1) 1A2 1B2 1C2 1D2 1E2 10:40 12:20 DOA Estimation(1) UWB Antennas EMC Measurements Computations Waveguiding Structures Inospheric & Magnetospheric Propagation 13:30 14:20 1A3 1A4 1B4 1C4 1D4 1E4 DOA Estimation (2) UWB Channels & Transmission Computational Electromagnetics(1) Reflector/Lens Antennas & Feeds (1) Antenna Measurements 1A5 1B5 1C5 1D5 DOA Estimation (3) Small Antennas Computational Electromagnetics(2) Reflector/Lens Antennas & Feeds (2) 14:40 16:20 16:40 18:20 & Thu. Exhibition Invited Talk (2) 1F6 18:20 18:50 Aug. 19 Sakura After Session Gathering 09:00 09:50 2A1 10:10 12:30 2A2 2B2 2C2 MIMO Systems (1) Microstrip Antennas (1) Periodic Band-Gap Structures Exhibition Invited Talk (3) 7 & 2D2 2E2 Landmine Detection High-Frequency Techniques 13:30 15:30 15:50 17:50 2A3 2B3 2C3 2D3 2E3 MIMO Systems (2) Microstrip Antennas (2) Complex Media & Artificial Media Subsurface Sensing Scattering & Diffraction 2A4 2B4 2C4 2D4 2E4 MIMO Systems (3) Active Antennas Computer Design of Antennas Propagation & Radio Systems Inverse Problems 19:00 21:00 09:00 09:50 10:10 12:10 Buffet Party 3A1 Invited Talk (4) 3A2 3B2 3C2 3D2 3E2 Adaptive & Smart Antennas(1) Printed Antennas Mobile & Indoor Propagation (1) Millimeter & Sub-Millimeter Antennas Random Media & Scattering 3A3 3B3 3C3 3D3 3E3 Multi-Band Antennas Mobile & Indoor Propagation (2) Biological Effects & Medical Applications Remote Sensing Aug. 20 13:30 15:30 Adaptive & Smart Antennas(2) Fri. *15:50 16:40 Special Session 3A4* Exhibition 3F4 Poster Session 15:50 17:50 3F5 17:50 18:20 09:00 09:50 Aug. 21 Sat. 10:10 12:30 13:30 15:30 After Session Gathering 4A1 Invited Talk (5) 4A2 4B2 4C2 4D2 4E2 Handset Antennas(1) Array Antennas (1) SAR Polarimetry & Interferometery ESPAR Antennas Earth-Space & Terrestrial Propagation (1) 4A3 4B3 4C3 4D3 4E3 Handset Antennas(2) Array Antennas (1) Radar Polarimetry Base Station Antennas Earth-Space & Terrestrial Propagation (2) 4A4 15:40 17:00 Closing Ceremony & Farewell Party Floor guide of the Sendai International Center is given on page 55. The location of each poster board is illustrated on page 50. Opening Ceremony Time Room 9:00 to 9:30, August 18 (Wednesday) Tachibana, 2nd floor, Sendai International Center Exhibition Time Room 9:00 to 17:00, August 18 (Wednesday) to 20 (Friday) Sakura, 2nd floor, Sendai International Center The research and development activities of several companies, institutions and universities will be exhibited. The historical review of antenna systems in Japan will also be presented. A replica of UHF 8 transceiver using Yagi-Uda antenna developed by Prof. Uda in 1929 will be displayed in the room as well. Exhibitors are listed on page 49. After Session Gathering Time Room 18:20 to 18:50 August 18 (Wednesday) 17:50 to 18:20 August 20 (Friday) Sakura, 2nd floor, Sendai International Center All the participants are invited to the after session gathering, where participants can have discussions in an informal atmosphere. Complimentary cheese, wine and soft drinks will be served. Closing Ceremony and Farewell Party Time Room 15:40 to 17:00, August 21 (Saturday) Tachbana, 2nd floor Sedai International Center In this ceremony, ISAP ’04 Paper Award and Poster Presentation Award will be presented by the Technical Program Committee and the Planning Committee, respectively. Information of the next ISAP (ISAP 2005) will also be given. AWARDS ISAP ’04 Paper Award The Technical Program Committee will select outstanding papers, which deserve special recognition through its originality and usefulness in oral or poster sessions. The ISAP ’04 Paper Award with 50,000 Japanese Yen will be presented to the author(s) at the closing ceremony on August 21(Saturday). Poster Presentation Award The Planning Committee will select the poster presentation award from the papers presented in the poster session. A vote on the poster presentation award will be received from the audience during the poster session. The Poster Presentation Award with extra prizes will be presented to the author(s) at the closing ceremony on August 21(Saturday). 9 SOCIAL PROGRAM Welcome Party Time 17:00 – 19:00, August 17 (Tuesday) Room Sakura, 2nd floor of the Sendai International Center Fee Free for registered participants and accompanying persons All the registered participants and accompanying persons are coordinately invited to this welcome party. The fee for this party is included in the registration fee. Buffet Party Time 19:00 to 21:00, August 19 (Thursday) Room Sai-un, 4th floor, Shozankan Fee Free for registered participants. Additional ticket is available for 3,000 JPY per person. Shuttle buses will start from the Sendai International Center to Shozankan from 17:50 to 18:30. After the party, shuttle buses will be operated from Shozankan to some hotels and JR Sendai station. If you go to Shozankan directly, please see the map on page 51. Shozankan is the family enterprise of the Katsuyama brewery which is located next to the Shozankan. The Katsuyama brewery began to make sake (Japanese alcohol drink) about three hundred years ago. About one hundred fifty years ago, the Katsuyama was nominated as a sake brewery by Sendai clan. Now, the Katsuyama brewery is the best sake brewery in Sendai. All participants can see processes and techniques to make sake in the brewery before the party. Matsushima Tour Time 08:40 to 17:00, August 19 (Thursday) Place Matsushima Fee 2,000 JPY per person Schedule 8:40 Gathering at Entrance of Sendai International Center 9:00 Bus departure 17:00 Come back to the Sendai International Center This tour includes a visit to temples and shrines and a boat cruise around the Matsushima harbor. Matsushima is known as one of the "Three best scenic places in Japan", where more than 260 isles are seen in the bay. One anecdote about the illustrious haiku poet Matsuo Basho relates that, when he visited Matsushima during his travels, he was unable to compose a haiku about the place because he was so awed by its beauty that he could not find words to adequately describe it. Participants will ride an excursion boat and enjoy the view of uniquely shaped isles which were formed as the result of erosive actions of waves and wind. Zuiganji temple, which was built in the year 828, is the family temple of the Dates. It still 10 flourishes as the most famous Zen temple in the Tohoku region. Technical Tour Time 08:40 to 17:00, August 20 (Friday) Place Sendai Shinkansen Rolling Stock Base and Kakuda Space Propulsion Center Fee 2,000 JPY per person Schedule 8:40 Gathering at Entrance of Sendai International Center 9:00 Bus departure 17:00 Come back to the Sendai International Center Sendai Shinkansen Rolling Stock Base, East Japan Railway Company, supports all levels of inspections of Shinkansen, super express train in Japan. To provide safety is the top priority of this base. This base is open 24 hours a day to do general overhauls, vehicle development and remodeling, and day-to-day operations and transportation, with over 650 people on staff. Participants will be able to see several steps of overhauls process and so on. Kakuda Space Propulsion Center (KSPC), JAXA (The Japan Aerospace Exploration Agency), leads research and development in rocket engines, which are the hearts of the vehicles that carry satellites into outer space. The main mission of the KSPC is the development and testing of liquid-fuel rocket engines to be installed in rockets such as the H-IIA. Construction of the High Altitude Test Stand, for test firing in a quasi-space environment, is currently in progress. The KSPC is also developing reusable rocket engines for reusable space-transportation systems of the future, and an air-breathing combined-cycle engine which will be used during atmospheric flights. The research is being conducted by simulation in the High Enthalpy Shock Tunnel. Experience of Japanese Culture for Women Time 13:30 to 16:00 August 18 (Wednesday) Room Japanese style room & meeting room, 1st floor, Sendai International Center Fee Free 11 The Meeting Place and Time International Center 13:30 at the open space near the registration desk, 2nd floor of the Sendai Experience of Japanese Culture for Women which includes the Ikebana (Flower arrangement in Japanese style) and the Kimono dressing is scheduled for visitors from overseas who want to experience Japanese traditional cultures and life styles. Some volunteers will help participants to enjoy them. Ikebana is the art of beautifully arranging cut stems, leaves, and flowers in vases and other containers that evolved in Japan over seven centuries. To arrange the stems and flowers exactly as one's wishes, a familiarity with many different ways of fastening and positioning them is necessary. Usually, three to five years are required to acquire these technical and expressive skills. But, all participants will easily arrange their own Ikebana with the help from voluntary experts within a few hours. Also, participants will enjoy them after this event, because arranged Ikebanas will be decorated in lobbies or halls at the Sendai International Center. Kimono is the traditional clothing of Japan. Kimono styles have changed significantly from one period of Japan's history to another, and today there are many different types of kimono worn by men, women, and children. The cut, color, fabric, and decorations of a kimono may vary according to the sex, age, and marital status of the wearer, the season of the year, and the occasion for which the kimono is worn. Of modern kimono, women's kimonos are the most elaborate and varied in style and design. Fabric, color, sleeve length, and the details of the obi and how it is tied also vary according to the wearer's age, social status, marital status and season. In this event, each participant can select from a variety of Kimonos and wear it in Japanese style room (Tatami room). If any participants want, they can walk around with the Kimono at the Sendai International Center. 12 INSTRUCTIONS FOR ORAL SESSIONS Working Language The working language of the Symposium is English. Visual Equipment Each conference room is provided with one overhead projector for viewgraphs and one PowerPoint projector for Windows and one PC for presentation with a CD-ROM or a USB memory. WINDOWS XP and Power Point 2000 are installed in the PCs in the conference rooms. If the PowerPoint display option is selected, the speakers should bring their PC for PowerPoint display, and confirm the file behavior before the session starts. They can also be checked at the rehearsal room which is located at the meeting room 7. We strongly recommend that the speakers bring viewgraphs as a backup. Session Registration In order to ensure that the program runs smoothly, all speakers and session chairpersons are requested to contact the session desk at least 15 minutes before their sessions begin. Presentation Time Each paper, except Invited Talks, is allotted 15 minutes for presentation and 5 minutes for discussion. Rehearsal Room Your presentation can be checked by a PC projector and an OHP projector in the rehearsal room at the meeting room 7. INSTRUCTIONS FOR POSTER SESSION Please follow the time schedule indicated below. The location of each poster board is indicated on page 50. • • • A 1.8m(W)×1.2m(H) poster panel is prepared for each paper. A desk and electricity will be available only for the authors who requested in advance. Pins for attaching posters to the poster board will be provided. All speakers should stand near their poster during the session. If you have any question, please contact a staff of the ISAP ’04. Room : Sakura, 2nd floor, Sendai International Center Time Schedule on August 20 (Fri): Preparation 15:00 – 15:50 Session 15:50 – 17:50 Removal 17:50 – 18:20 13 TECHNICAL PROGRAM Wednesday, 18 August 1A1 Time Room Chair Invited Talk (1) 09:30 to 10:20, Wednesday, 18 August Tachibana : K. Ito, Chiba University, Japan CREATION OF THE NOVEL TECHNOLOGIES FOR ANTENNAS IN JAPAN WITH PARTICULAR EMPHASIS ON SELF-COMPLEMENTARY ANTENNAS Yasuto Mushiake , Tohoku University, Japan 1A2 Time Room Co-Chairs 1. 2. 3. 4. 5. DOA Estimation (1) 10:40 to 12:20, Wednesday, 18 August Tachibana T. Taniguchi, University of Electro-Communications, Japan : N. Kikuma, Nagoya Institute of Technology, Japan MODELING OF ARRIVAL WAVE DISTRIBUTION FOR MOBILE ADAPTIVE ARRAY ANTENNA IN SUBURBAN AREA Hideaki Okamoto , NTT DoCoMo, Inc., Japan 2D DOA ESTIMATION USING BEAM STEERING ANTENNA BY THE SWITCHED PARASITIC ELEMENTS Takumi Matsumoto and Yoshihiko Kuwahara, Shizuoka University, Japan DOA ESTIMATION MEASUREMENT USING FABRICATED 4-CH LOW-IF RECEIVER Kyeong-Sik Min, Chul-Keun Park and Jee-Won Ko, Korea Maritime University, Korea PATTERN CALIBRATION FREE ANTENNA BY SUPPRESSING MUTUAL COUPLING BETWEEN ELEMENTS Yuki Inoue, Hirotake Sumi and Hiroyuki Arai, Yokohama National University, Japan DOA ESTIMATION SYSTEM BY A SYNTHESIZED VIRTUAL PLANAR ARRAY USING PILOT SIGNALS Akimichi Hirota(1), Hiroyuki Arai(1) and Masayuki Nakano(2), (1)Yokohama National University, Japan, (2)KDDI Corporation, Japan 1A3 Time Room Chair Invited Talk (2) 13:30 to 14:20, Wednesday, 18 August Tachibana : H. Ikuno, Kumamoto University, Japan ANTENNAS AND PROPAGATION IN THE PRESENCE OF METAMATERIALS AND OTHER COMPLEX MEDIA: COMPUTATIONAL ELECTROMAGNETIC ADVANCES AND CHALLENGES Richard W. Ziolkowski, The University of Arizona, USA 1A4 Time Room Co-Chairs DOA Estimation (2) 14:40 to 16:20, Wednesday, 18 August Tachibana R. S. Thomae, Ilmenau Technical University, Germany : H. Yamada, Niigata University, Japan 14 1. 2. 3. 4. 5. MUSIC LOCALIZATION OF LOW-FREQUENCY CURRENT LOOP SOURCES Kyoko Ishibana(1), Satoshi Yagitani(1), Megumi Kawauchi(1), Isamu Nagano(1), Yoshiyuki Yoshimura(2), Hajime Hayakawa(3) and Koichiro Tsuruda(3), (1)Kanazawa University, Japan, (2) Industrial Research Institute of Ishikawa, Japan, (3)Japan Aerospace Exploration Agency, Japan EQUIVALENT SNR EXPRESSION FOR LOCATION ERROR OF ELEMENTS ON MUSIC ALGORITHM Nozomi Ishiura, Toshikazu Hori and Mitoshi Fujimoto, University of Fukui, Japan PERFORMANCE ANALYSIS OF RECURSIVE UNITARY MUSIC ALGORITHM FOR ITERATIVE DOA ESTIMATION Ayib Rosdi Zainun, Nobuyoshi Kikuma, Kunio Sakakibara and Hiroshi Hirayama, Nagoya Institute of Technology, Japan ON IMPROVING CYCLIC ESPRIT FOR SIGNAL-SELECTIVE DOA ESTIMATION Yoshiyuki Inagaki, Nobuyoshi Kikuma, Kunio Sakakibara and Hiroshi Hirayama, Nagoya Institute of Technology, Japan DOA ESTIMATION BY USING MUSIC ALGORITHM WITH A 9-ELEMENTS RECTANGULAR ESPAR ANTENNA Kenichi Ikeda(1), Jun Nagai(1), Takahiro Fujita(1), Hiroyoshi Yamada(1), Akifumi Hirata(2), Takashi Ohira(2) and Yoshio Yamaguchi(1), (1)Niigata University, Japan, (2) ATR Wave Engineering Laboratories, Japan 1A5 Time Room Co-Chairs 1. 2. 3. 4. 5. AN APPLICATION OF EXTENDED ARRAY MODE VECTOR TO ISI-SAGE Kriangsak Sivasondhivat and Jun-ichi Takada, Tokyo Institute of Technology, Japan RIMAX-A MAXIMUM LIKELIHOOD FRAMEWORK FOR PARAMETER ESTIMATION IN MULTIDIMENSIONAL CHANNEL SOUNDING Reiner S Thomae, Markus Landmann and Andreas Richter, Ilmenau University of Technology,Germany PERFORMANCE EVALUATION OF ANTENNA ARRAYS FOR HIGH-RESOLUTION DOA ESTIMATION IN CHANNEL SOUNDING (YSTG) Markus Landmann, Andreas Richter and Reiner Thomae, Ilmenau University of Technology, Germany INFLUENCE OF LOSSY DIELECTRIC IN CLOSE PROXIMITY TO DIPOLE ARRAY ON THE ACCURACY OF DOA ESTIMATION Shun Mitsuzono, Kouji Yoshida, Akimasa Hirata and Toshiyuki Shiozawa, Osaka University, Japan DETERMINATION OF THE NUMBER OF ARRIVAL SIGNALS IN THE ATMOSPHERIC NOISE ENVIRONMENT Noriaki Odachi and Hiroki Shoki, Toshiba Corporation, Japan 1B2 Time Room Co-Chairs 1. DOA Estimation (3) 16:40 to 18:20, Wednesday, 18 August Tachibana J. F. An, National Taiwan Ocean University, Taiwan : H. Shoki, Toshiba Corporation, Japan UWB Antennas 10:40 to 12:20, Wednesday, 18 August Hagi J. P. Daniel, ADVANTEN, France : M. Taguchi, Nagasaki University, Japan STUDY OF HIGH GAIN AND BROADBAND ANTIPODAL FERMI ANTENNA WITH CORRUGATION Yukiko Takagi, Hiroyasu Sato, Yoshihiko Wagatsuma, Koji Mizuno and Kunio Sawaya, Tohoku University, Japan 15 2. 3. 4. 5. PLANAR DIPOLE ANTENNA WITHIN A RECTANGULAR PARALLELEPIPED CAVITY FOR UWB SYSTEM Mitsuo Taguchi, Takeshi Ohashi and Kazumasa Tanaka, Nagasaki University, Japan A NOVEL PRINTED DUAL POLARIZED BROADBAND ANTENNA-THE FOURCLOVER ANTENNA Seong-Youp Suh(1), Warren L Stutzman(2), William A Davis(2), Alan E Waltho(1), Kirk W Skeba(1) and Jeffrey L Schiffer(1), (1)Intel Corporation, USA, (2)Virginia Tech, USA STUDY OF A CIRCULAR DISC MONOPOLE ANTENNA FOR ULTRA WIDEBAND APPLICATIONS Jianxin Liang(1), Choo C Chiau(1), Xiaodong Chen(1) and Junsheng Yu(2), (1)University of London, U.K., (2) Beijing University of Posts and Telecom, China SPIRAL SLOT PATCH ANTENNA AND CIRCULAR DISC MONOPOLE ANTENNA FOR 3.1-10.6 GHz ULTRA WIDEBAND COMMUNICATION Johnna D Powell and Anantha P Chandrakasan, Mssachusetts Institute of Technology, USA 1B4 Time Room Co-Chairs 1. 2. 3. 4. EXPERIMENTAL STUDY ON THE APPLICABILITY OF THE COMPLEX FORM FRIIS' TRANSMISSION FORMULA IN FRESNEL REGION FOR UWB FREE SPACE CHANNEL MODEL Sthaporn Promwong(1), Jun-ichi Takada(1), Pichaya Supanakoon(2) and Prakit Tangtisanon(2), (1) Tokyo Institute of Technology., Japan, (2) King Mongkut's Institute of Technology Ladkrabang, Thailand LINK BUDGET EVALUATION FOR ULTRA WIDE BAND IMPULSE RADIO TRANSMISSION Zoubir Irahhauten, Alex Yarovoy, Homayoun Nikookar, Gerard G.m. Janssen and Leo P. Ligthart, CWPC, The Netherlands PATH LOSS AND MATCHED FILTER GAIN FOR UWB RADIO SYSTEM Pichaya Supanakoon(1), Prakit Tangtisanon(1), Sathaporn Promwong(2) and Jun-ichi Takada(2), (1) King Mongkut's Institute of Technology Ladkrabang, Thailand, (2)Tokyo Institute of Technology., Japan, WIRELESS BASEBAND TRANSMISSION EXPERIMENTS Jun-ichi Kitagawa, Tetsuki Taniguchi and Yoshio Karasawa, University of Electro-Communications, Japan 1B5 Time Room Co-Chairs 1. 2. 3. UWB Channels and Transmission 14:40 to 16:00, Wednesday, 18 August Hagi C-J. Wang, Feng-Chia University, Taiwan : T. Maeda, Ritsumeikan University, Japan Small Antennas 16:40 to 18:20, Wednesday, 18 August Hagi L-W. Li, National University of Singapore, Singapore : M.Yamamoto, Hokkaido University, Japan EFFECTIVE MPIE FORMULATION FOR LTCC ELECTRICALLY SMALL ANTENNAS DESIGN AT KA BAND (Invited) Min Zhang, Ban-Leong Ooi, Le-Wei Li and Mook-Seng Leong, National University of Singapore, Singapore INTER-CHIP SIGNAL TRANSMISSION USING SI INTEGRATED ANTENNA Kentaro Kimoto, Shinji Watanabe, A.B.M.Harun Rashid and Takamaro Kikkawa, Hiroshima University, Japan DESIGN AND OPTIMIZATION OF INTEGRATED DIELECTRIC RESONATOR ANTENNA FOR BLUETOOTH APPLICATIONS 16 4. 5. Chee-Parng Chua(1), Alexander Popov(2) and Mook-Seng Leong(1), (1)National University of Singapore, Singapore, (2)Institute of Microelectronics, Singapore CIRCULAR POLARIZED CHIP ANTENNAS FOR 5 GHz ISM-BAND APPLICATION Chia-Lun Tang , ITRI, Taiwan SIZE REDUCED ELECTRIC MONOPOLE MODE DRA Derek Gray, Toshiaki Watanabe and Kunitoshi Nishikawa, TCRDL, Japan 1C2 Time Room Co-Chairs 1. 2. 3. 4. 5. MEASUREMENT OF DIELECTRIC CONSTANT AND CONDUCTIVITY OF SILICON WAFERS AT MICROWAVE FREQUENCIES USING A FREE-SPACE METHOD Noor H Baba, Zaiki B Awang and Deepak K Ghodgaonkar, Universiti Teknologi MARA, Malaysia ESTIMATION OF ELECTRIC PARAMETERS OF METALS AND LIQUIDS FROM THE KNOWLEDGE OF THE PROPAGATION EFFECT THROUGH THE MATERIAL Toshihide Tosaka, Isamu Nagano and Satoshi Yagitani, Kanazawa University, Japan CATEGORIZATIONS OF RADIATION CHARACTERISTICS FROM A CABIN ANTENNAS AT 800MHz BANDS Nobuaki Nakakura and Yoshihide Yamada, National Defense Academy, Japan ESTIMATION OF THE EMF IN ACTUAL TRAIN CARRIAGE USING THE PARALLEL FDTD METHODS Yuki Sumi(1), Takashi Hikage(1), Toshio Nojima(1), Manabu Omiya(1), Soichi Watanabe(2) and Takashi Shinozuka(2), (1)Hokkaido University, Japan, (2)National Institute of Information and Communications Technology, Japan COMPARATIVE STUDY OF RADIATION CHARACTERISTICS OF VARIOUS MICROSTRIP MIC ELEMENTS Nagayoshi Morita and Katsuhito Ohno, Chiba Institute of Technology, Japan 1C4 Time Room Co-Chairs 1. 2. 3. 4. 5. EMC Measurements and Computations 10:40 to 12:20, Wednesday, 18 August Shirakashi (1) H. Budiarto, BPP Technology, Indonesia : Y. Yamada, National Defense Academy, Japan Computational Electromagnetics(1) 14:40 to 16:20, Wednesday, 18 August Shirakashi (1) N. Morita, Chiba Institute of Technology, Japan : K. Tanaka, Gifu University, Japan A NOVEL ALGORITHM FOR ERROR MINIMIZATION OF THE MULTIPOLE EXPANSION Shinichiro Ohnuki(1) and Weng Cho Chew(2), (1)Nihon University, Japan(2)University of Illinois, USA FAST COMPUTATION OF SCATTERING FROM N DIELECTRIC CYLINDERS -GENERALIZED MINIMAL RESIDUAL METHOD WITH TWO-STEP PRECONDITIONING Norimasa Nakashima, Seiji Fujino and Mitsuo Tateiba, Kyushu University, Japan NUMERICAL ANALYSIS OF THREE DIMENSIONAL MULTIPLE SCATTERING FROM VARIOUSLY SHAPED OBJECTS USING THE YASUURA METHOD Mitsunori Kawano(1) and Hiroyoshi Ikuno(2), (1)Kumamoto National College of Technology, Japan(2)Kumamoto University, Japan IMPROVED CLOSED-FORM GREEN’S FUNCTION METHOD FOR MICROSTRIP STRUCTURES Eui Joong Kim(1), Young Soon Lee(1), Ji Hwan Ko(1) and Young Ki Cho(2), (1)KIT, Korea, (2)KNU, Korea POLYNOMIAL EXPANSION OF ELECTROMAGNETIC FIELDS FOR GRATING DIFFRACTION ANALYSIS 17 Maysam R Chamanzar, Khashayar Mehrany and Bizhan Rashidian, Sharif University of Technology, Iran 1C5 Time Room Co-Chairs 1. 2. 3. 4. 5. SOR ALGORITHM FOR SOLVING MATRIX EQUATION IN MOM ANALYSIS OF PERIODIC STRUCTURES Qiang Chen(1), Qiaowei Yuan(2) and Kunio Sawaya(1), (1)Tohoku University, Japan, (2)ICR, Japan APPLICATION OF MULTIGRID MOMENT METHOD TO SCATTERING OF A GAUSSIAN BEAM BY A NONLINEAR DIELECTRIC CYLINDER Mitsuhiro Yokota , University of Miyazaki, Japan FINITE ELEMENT ANALYSIS OF CONFORMAL ARRAY ANTENNAS Zheng Lou, Kaiyu Mao and Jian-Ming Jin, University of Illinois, USA FDTD ANALYSIS OF ELECTROMAGNETIC SCATTERING BY A PEC OBJECT Debiao Ge, Lixia Yang and Bing Wei, Xidian University, China COMPARISON OF VARIOUS WAVELET BASIS FUNCTIONS IN SOLVING THIN-WIRE INTEGRAL EQUATIONS FOR WIDE-BAND APPLICATIONS Amir Geranmayeh, Rouzbeh Moini and S. H. Hesam Sadeghi, Amirkabir University of Technology, Iran 1D2 Time Room Co-Chairs 1. 2. 3. 4. Computational Electromagnetics(2) 16:40 to 18:20, Wednesday, 18 August Shirakashi (1) Y-K. Cho, Kyungpook National University, Korea : T. Uno, Tokyo University of Agriculture and Technology, Japan Waveguiding Structures 10:40 to 12:00, Wednesday, 18 August Shirakashi (2) C-H. Lee, National Changhua University of Education, Taiwan : M. Takahashi, Chiba University, Japan FEED THROUGH AN APERTURE TO A POST-WALL WAVEGUIDE WITH STEP STRUCTURE Takafumi Kai, Jiro Hirokawa and Makoto Ando, Tokyo Institute of Technology, Japan FULL-MODEL ANALYSIS OF A RADIAL LINE SLOT ANTENNA INCLUDING THE FEEDER AND ESTIMATION OF THE DISTANCE BETWEEN SLOT PAIRS IN THE CIRCULAR DIRECTION Kaoru Sudo(1), Jiro Hirokawa(1), Makoto Ando(1) and Manuel Sierra-Castaner(2), (1)Tokyo Institute of Technology, Japan, (2)Universidad Politecnica de Madrid, Spain REFLECTION CHARACTERISTICS OF CENTER-FEED SINGLE-LAYER WAVEGUIDE ARRAYS Yasuhiro Tsunemitsu(1), Sehyun Park(1), Jiro Hirokawa(1), Makoto Ando(1), Yohei Miura(2), Yasuhiro Kazama(2) and Naohisa Goto(3), (1)Tokyo Institute of Technology, Japan, (2)Japan Radio Co., Ltd., Japan, (3)Takushoku University, Japan STUB-LOADED RIDGE WAVEGUIDE OF SINGLE-MODE OPERATION FOR USE OF LEAKY-WAVE ANTENNAS Mikio Tsuji, Masaki Tani, Hiroyuki Deguchi and Hiroshi Shigesawa, Doshisha University, Japan 1D4 Time Room Co-Chairs Reflector /Lens Antennas and Feeds(1) 14:40 to 16:20, Wednesday, 18 August Shirakashi (2) R. Mittra, Pennsylvania State University, USA : K. Shogen, NHK, Japan 18 1. 2. 3. 4. 5. A VIRTUAL ARRAY CONCEPT FOR REFLECTOR ANTENNA APERTURE (Invited) Lot Shafai and Satish K. Sharma, University of Manitoba, Canada SHAPED-BEAM RADIATION PATTERN OF IMAGING REFLECTOR ANTENNA FOR KA-BAND BROADCASTING SATELLITES Takayoshi Itoh(1), Hiroki Shoki(1), Yoichi Koishi(2) and Minoru Okumura(2), (1)Toshiba Corporation, Japan, (2)NEC Toshiba Space System., Japan MODELING THE FEED SYSTEM OF A MONOPULSE TRACKING RADAR USING THE FDTD METHOD Nader Farahat and Raj Mittra, Penn State University,USA MICROSTRIP LENS DESIGN FOR BFN WITH ADJUSTABLE PHASE CENTERS OF ANTENNA FEEDS Fumio Kira, Tamami Maruyama and Keizo Cho, NTT DoCoMo,Inc., Japan A STUDY ON SPATIAL POWER COMBINER USING A WIDEBAND BALANCED LENS AMPLIFIER Ohsun Kwon, Sewoong Kwon and Youngjoong Yoon, Yonsei University, Korea 1D5 Time Room Co-Chairs 1. 2. 3. 4. 5. OPTIMUM CIRCULAR-COVERAGE GAIN OF MULTIMODE HORNS WITH SPECIFIED PEAK CROSS-POLARIZATION AND SIDELOBE LEVELS Hiroyuki Deguchi, Mikio Tsuji and Hiroshi Shigesawa, Doshisha University, Japan ANALYSIS OF A DIHEDRAL CORNER REFLECTOR ANTENNA EXCITED BY A PROBE INSIDE RECTANGULAR RING (YSTG) Chuwong Phongcharoenpanich(1), Suthasinee Lamultree(1), Sompol Kosulvit(1), Monai Krairiksh(1) and Jun-ichi Takada(2), (1)King Mongkuts Institute of Technology Ladkrabang, Thailand, (2)Tokyo Institute of Technology, Japan ANALYSIS OF REFLECTOR AND HORN ANTENNAS USING ADAPTIVE INTEGRAL METHOD (YSTG) Wei-Bin Ewe, Le-Wei Li and Mook-Seng Leong, National University of Singapore, Singapore METHOD OF DISCRETE SINGULARITIES IN ACCURATE 2-D MODELING OF QUASIOPTICAL REFLECTOR ANTENNAS (YSTG) Yuriy V Gandel and Andrey A Nosich, Kharkov National University, Ukraine A PHASE CORRECTION METHOD IN G.O. DESIGNED DIELECTRIC LENS HORN ANTENNA Atsushi Kezuka(1), Yoshihide Yamada(1) and Yasuhiro Kazama(2), (1)National Defense Academy, Japan, (2)Japan Radio Co., Ltd, Japan 1E2 Time Room Co-Chairs 1. 2. Reflector /Lens Antennas and Feeds(2) 16:40 to 18:20, Wednesday, 18 August Shirakashi (2) C. Ho, Jet Propulsion Laboratory, USA : S. Makino, Mitsubishi Electric Corporation, Japan Ionsopheric and Magnetospheric Propagation 10:40 to 12:20, Wednesday, 18 August Meeting Room (8) M. V. Tinin, Miryang National University, Korea : T. Sato, Kyoto University, Japan OBSERVATION OF VHF RADIO EMISSIONS FROM THE SUN Teruaki Yoshida(1), Masahiro Nishi(1), Takeshi Hatsuda(2), Ken-ichi Kagoshima(3) and Shigeki Obote(3), (1)Hiroshima City Univ., Japan, (2)Hokkaido Institute of Technology, Japan, (3)Ibaraki University, Japan AN INVERSION TECHNIQUE OF THE PLASMASPHERIC ELECTRON DENSITY ESTIMATION BASED ON PROPAGATION CHARACTERISTICS OF WHISTLER MODE WAVE 19 3. 4. 5. Yoshitaka Goto(1), Yoshiya Kasahara(1) and Toru Sato(2), (1)Kanazawa University, Japan, (2)Kyoto University, Japan FINITE DIFFERENCE ANALYSES OF SCHUMANN RESONANCE AND RECONSTRUCTION OF LIGHTNING DISTRIBUTION Yoshiaki Ando and Masashi Hayakawa, University of Electro-Communications, Japan SIMULATION ANALYSIS OF SPACE-TIME CHARACTERISTICS OF THE METEOR BURST COMMUNICATION CHANNEL Byoung-Chul Kim(1), Mikhail V Tinin(1) and Sergei N Kolesnik(2), (1)Miryang National University, Korea, (2)Irkutsk State University, Russia ULF ELECTROMAGNETIC WAVY STRUCTURES IN F-REGION OF THE SPHERICAL IONOSPHERE CAUSED FROM INHOMOGENEITY OF THE GEOMAGNETIC FIELD George Duru Aburjania(1), Khatuna Zurab Chargazia,(1), George Vakhtang Jandieri(2) and Oleg Avtandil Kharshiladze(1), (1)Tbilisi State University , Georgia, (2)Georgian Technical University, Georgia 1E4 Time Room Co-Chairs 1. 2. 3. 4. 5. Antenna Measurements 14:40 to 16:20, Wednesday, 18 August Meeting Room (8) S. Nam, Seoul National University, Korea : N. Ishii, Niigata University, Japan A SIMULTANEOUS MEASUREMENT OF ABSOLUTE GAIN OF ANTENNAS IN THE SOLUTION AND ITS DIELECTRIC PROPERTIES Nozomu Ishii, Yoshikazu Yonemura and Michio Miyakawa, Niigata University, Japan THE PREDICTION OF RADIATING PATTERN BY USING NEAR-FIELD MEASUREMENTS Kuniyuki Motojima, Kei Kawano and Kazuhiro Sugai, Gunma University, Japan ESTIMATION OF IMPEDANCE OF WIRE ANTENNAS ONBOARD THE AKEBONO SATELLITE Ryoichi Higashi, Tomohiko Imachi, Satoshi Yagitani and Isamu Nagano, Kanazawa University, Japan CHARACTERISTICS OF ELECTRIC WIRE ANTENNAS ONBOARD SCIENTIFIC SPACECRAFT Tomohiko Imachi(1), Satoshi Esaki(1), Satoshi Yagitani(1), Isamu Nagano(1), Ryoichi Higashi(1), Minoru Tsutsui(2) and Hiroshi Matsumoto(3), (1)Kanazawa University, Japan, (2)Kyoto Sangyo University, Japan, (3)Radio Science Center for Space & Atmophere, Japan TESTING REQUIREMENTS FOR TELEMATICS ANTENNAS Donald G Bodnar , MI Technologies, USA 20 Thursday, 19 August 2A1 Time Room Chair Invited Talk (3) 09:00 to 09:50, Thursday, 19 August Tachibana : Y. Karasawa, University of Electro-Communications, Japan TURBO TRANSCEIVERS FOR MIMO WIRELESS COMMUNICATIONS Tadashi Matsumoto(1) and Reiner Thomae(2), (1)University of Oulu, Finland, (2)Ilmenau University of Technology, Germany 2A2 Time Room Co-Chairs 1. 2. 3. 4. 5. 6. PERFORMANCE OF SPACE-TIME BLOCK CODED CDMA SYSTEMS WITH ADAPTIVE BEAMFORMING Nam Xuan Tran, Asanga Rajapakshe, Tadashi Fujino and Yoshio Karasawa, The University of Electro-Communications, Japan SUBBAND ADAPTIVE ARRAY FOR SPACE TIME BLOCK CODING Nordin Ramli, Xuan Nam Tran, Tetsuki Taniguchi and Yoshio Karasawa, The University of Electro-Communications, Japan SPACE-TIME COOPERATION DIVERSITY USING HIGH-RATE CODES Genyuan Wang, Yimin Zhang and Moeness G Amin, Villanova University, USA REDUCING THE COMPLEXITY OF MLD BY COMBINING ZF IN OFDM/SDM SYSTEM Wenjie Jiang, Takeshi Onizawa, Takafumi Fujita, Satoshi Kurosaki, Yusuke Asai and Atsushi Ohta, NTT Corporation, Japan SIMPLIFIED MLD ASSISTED BY PER-CANDIDATE ORDERED SUCCESSIVE DETECTION Masaaki Fujii , Samsung Yokohama Research Institute Corporation Japan DIVERSITY TECHNIQUE OF RECEIVERS WITH W-EP SOFT-DECISION DECODER IN MIMO SYSTEMS Kiyotaka Kobayashi, Yutaka Murakami, Katsuaki Abe, Masayuki Orihashi and Takashi Matsuoka, Matsushita Electric Industrial Corporation, Japan 2A3 Time Room Co-Chairs 1. 2. 3. MIMO Systems (1) 10:10 to 12:10, Thursday, 19 August Tachibana T. Matsumoto, University of Oulu, Finland : K. Cho, NTT DoCoMo Inc., Japan MIMO Systems (2) 13:30 to 15:30, Thursday, 19 August Tachibana Y. Ogawa, Hokkaido University, Japan : N. X. Tran, University of Electro-Communications, Japan FREQUENCY CORRELATION CHARACTERISTICS FOR BROADBAND MIMO SYSTEMS IN AN INDOOR NLOS PROPAGATION ENVIRONMENT Nobuhiko Tachikawa, Kentaro Nishimori, Yasushi Takatori and Kouichi Tsunekawa, NTT Corporation, Japan NUMERICAL SIMULATION FOR MIMO WIRELESS CHANNEL BY USING HYBRID METHOD OF FDTD AND MOM Xiaopeng Yang, Kenji Yamaguchi, Qiang Chen and Kunio Sawaya, Tohoku University, Janpan COMBINATION EFFECT OF CIRCULAR AND LINEAR POLARIZATIONS FOR A 2X2 MIMO-OFDM SYSTEMS 21 4. 5. 6. Wataru Yamada(1), Naoki Kita(1), Atsuya Ando(1), Akio Sato(1), Tetsuya Takao(2) and Daisuke Mori(2), (1)NTT Corporation, Japan, (2)NTT Advanced Technology Corporation, Japan EFFECTS OF SIGNALS CLUSTERING ON THE CAPACITY OF INDOOR MIMO CHANNELS Zhongwei Tang and Ananda S. Mohan, University of Technology, Sydney, Australia OPTIMIZING SIGNAL TRANSMISSION IN A MIMO SYSTEM OPERATING IN RAYLEIGH AND RICEAN FADING CHANNELS(YSTG) Peerapong Uthansakul and Marek E. Bialkowski, The University of Queensland, Australia MIMO STBC DATA TRANSMISSION SCHEME FOR INTER-VEHICLE COMMUNICATION AT 60 GHz IN ITS Supawan Annanab(1), Yoshio Karasawa(2), Tetsuki Taniguchi(2) and Prakit Tangtisanon(1), (1)King Mongkut’s institute of Technology Ladkrabang, Thailand, (2)The University of Electro-Communication, Japan 2A4 Time Room Co-Chairs 1. 2. 3. 4. 5. 6. A FOUR ELEMENT DIVERSITY ANTENNA ARRAY FOR A MIMO PDA TERMINAL Choo C Chiau, Siew B Yeap, Xiaodong Chen and Clive G Parini, Queen Mary University of London, UK. MIMO-SDMA CONFIGURATION USING DIRECTIVETY AND POLARIZATION CONTROL FOR MULTI-RATE BROADBAND WIRELESS SYSTEMS Kentaro Nishimori, Yasushi Takatori, Riichi Kudoh, Nobuhiko Tachikawa and Kouichi Tsunekawa, NTT Corporation, Japan AN EXPERIMENT ON MIMO SYSTEM HAVING DUAL POLARIZATION DIVERSITY BRANCHES Nirmal K Das(1), Masahiro Shinozawa(2), Norinao Miyadai(2), Tetsuki Taniguchi(1) and Yoshio Karasawa(1), (1)The University of Electro-Communications, Japan, (2)Nihon Dengyo Kousaku Co. LTD, Japan PERFORMANCE OF MIMO-SDM IN INDOOR LINE-OF-SIGHT ENVIRONMENTS BASED ON 5.2GHz MEASUREMENTS Hiroshi Nishimoto, Yasutaka Ogawa, Toshihiko Nishimura and Takeo Ohgane, Hokkaido University, Japan DOWNLINK BEAMFORMING METHOD FOR MULTIPATH FADING ENVIRONMENTS IN BROADBAND SDM SYSTEMS Riichi Kudo, Yasushi Takatori, Kentaro Nishimori, Nobuhiro Tachikawa and Koichi Tsunekawa, NTT Corporation, Japan COMPARISON OF BER PERFORMANCES WITH RECEIVING ANTENNA SELECTION TECHNIQUES IN MIMO SYSTEMS Yutaka Murakami, Kiyotaka Kobayashi, Masayuki Orihashi and Takashi Matsuoka, Matsushita Electric Industrial Corporation, Japan 2B2 Time Room Co-Chairs 1. MIMO Systems (3) 15:50 to 17:50, Thursday, 19 August Tachibana Y. Zhang, Villanova University, USA : K. Nishimori, NTT Corporation, Japan Microstrip Antennas(1) 10:10 to 12:10, Thursday, 19 August Hagi M. Kim, Korea University, Korea : M. Ohtsuka, Mitsubishi Electric Corporation, Japan STACKED RECTANGULAR MICROSTRIP ANTENNA WITH A SHORTING PLATE FOR DUAL BAND OPERATION Takafumi Fujimoto, Kazumasa Tanaka and Mitsuo Taguchi, Nagasaki University, Japan 22 2. 3. 4. 5. 6. DESIGN OF A MULTIPLE U-SHAPED SLOT MICROSTRIP PATCH ANTENNA Jeong-Min Ju(1), Gyey-Teak Jeong(1), Sang-Mok Lee(2), Cheol-Soon Kim(1) and Kyung-Sup Kwak(1), (1)Inha University, Korea, (2)Jaenung University, Korea CROSS POLARIZATION CHARACTERISTICS IN THE PLANES TILTED FROM THE BORESIGHT OF A DUAL-POLARIZED PATCH ANTENNA Kengo Nishimoto, Toru Fukasawa and Masataka Ohtsuka, Mitsubishi Electric Corporation, Japan SIMPLE SATELLITE TRACKING PATCH ARRAY ANTENNA FOR ETS-VIII APPLICATIONS AND OUTDOOR EXPERIMENTS USING A PSEUDO SATELLITE Toshimitsu Tanaka(1), Josaphat Tetuko Sri Sumantyo(1), Koichi Ito(1), Hiroyuki Yoshimura(1), David Delaune(1), Daisuke Ishide(1), Kenichi Ishige(1), Amane Miura(2) and Shin-ichi Yamamoto(2), (1) Chiba University, Japan, (2) National Institute of Information and Communications Technology, Japan, A LOW-COST BROADBAND DUAL-POLARIZED MICROSTRIP ARRAY Steven Shichang Gao and Alistair Sambell, Northumbria University, UK BROADBAND PROXIMITY-COUPLED MICROSTRIP PATCH ANTENNAS WITH DUAL POLARIZATIONS Steven Shichang Gao and Alistair Sambell, Northumbria University, UK 2B3 Time Room Co-Chairs 1. 2. 3. 4. 5. 6. COMPARISON OF VARIOUS METHODS FOR POLES’ EXTRACTION IN MICROSTRIP PROBLEM (Invited) Y Wang and B L Ooi, National University of Singapore, Singapore A PATCH ANTENNA WITH A TOP DIELECTRIC LAYER Hisamatsu Nakano, Pao H Huang, Hiroaki Mimaki and Junji Yamauchi, Hosei University, Japan PATCH ANTENNA WITH ELECTROMAGNETIC BANDGAP (EBG) SHIELD AND SURFACE WAVE DISTRIBUTION OVER THE EBG Kazuoki Matsugatani(1), Makoto Tanaka(1), Shinji Fukui(2), Won Ho Kim(3) and Moonil Kim(3), (1) DENSO Corporation, Japan, (2)NIPPON SOKEN, Inc., Japan, (3)Korea University, Korea DESIGN OF HIGH EFFICIENCY MULTI-LAYER PARASITIC MICROSTRIP ARRAY ANTENNA Tomohiro Seki, Naoki Honma, Kenjiro Nishikawa and Kouichi Tsunekawa, NTT Corporation, Japan EXPERIMENTAL STUDY ON THE PERFORMANCE OF CIRCULARLY POLARISED STACKED PATCH ANTENNA AGAINST LAYER DISPLACEMENTS Kwok L Chung and Ananda S Mohan, University of Technology,, Australia PLANAR PATCH ANTENNAS WITH FRACTAL BOUNDARY Pavel Hazdra and Milos Mazanek, Czech Technical University, Prague,Czech Republic 2B4 Time Room Co-Chairs 1. Microstrip Antennas(2) 13:30 to 15:30, Thursday, 19 August Hagi L. Shafai, University of Manitoba, Canada : M. Tanaka, NICT, Japan Active Antennas 15:50 to 17:30, Thursday, 19 August Hagi W. A. Shiroma, University of Hawaii, USA : K. Fujimori, Okayama University, Japan ACTIVE ANTENNAS FOR PICOSATELLITE COMMUNICATIONS(Invited) Kendall S Ching, Grant S Shiroma, Blaine T Murakami, Ryan Y Miyamoto and Wayne A Shiroma, University of Hawaii at Manoa, USA 23 2. 3. 4. 5. COMBINED FDTD AND CIRCUIT ANALYSIS FOR SELF-OSCILLATING MIXER DESIGN(Invited) Naobumi Michishita and Hiroyuki Arai, Yokohama National University, Japan POLARIZATION SWITCHABLE MICROSTRIP ARRAY ANTENNA BASED ON PROXIMITY FEEDING TECHNIQUE Manabu Yamamoto(1), Taisuke Tokunaga(1), Toshio Nojima(1) and Kiyohiko Itoh(2), (1)Hokkaido University, Japan, (2)Tomakomai National College of Technology, Japan RADIATION CHARACTERISTIC OF BUILT-IN TYPE ANTENNA USING A SWITCHABLE PARASITIC SLOT Makoto Higaki, Noriaki Odachi, Shuichi Sekine and Hiroki Shoki, Toshiba Corporation, Japan 3 BEAM SWITCHED TOP LOADED MONOPOLE ANTENNA Naobumi Michishita(1), Yuji Nakayama(1), Hiroyuki Arai(1) and Kohei Mori(2), (1)Yokohama National University, Japan, (2)Sony Corporation, Japan 2C2 Time Room Co-Chairs 1. 2. 3. 4. 5. 6. 7. TRAVELING ELECTROMAGNETIC WAVES ON LINEAR PERIODIC ARRAYS OF SMALL LOSSLESS PENETRABLE SPHERES Robert A Shore and Arthur D Yaghjian, Air Force Research Laboratory, USA. NUMERICAL ANALYSIS OF A BINARY THIN METALLIC GRATING WITH SUBWAVELENGTH STRUCTURES Hideaki Wakabayashi(1), Jiro Yamakita(1), Minoru Komatsu(2) and Hiroshi Inai(1), (1)Okayama Prefectural University, Japan, (2)Anan National college of Technology, Japan, THE ELECTROMAGNETIC WAVE DIFFRACTION FROM A DIELECTRIC COATED FOURIER GRATING Makoto Ohki(1), Koki Sato(1), Haruo Sakurai(2) and Shogo Kozaki(3), (1)Shonan Institute of Technology, Japan, (2)Gunma College of Technology, Japan, (3)Gunma University, Japan APPLICATION OF ELECTROMAGNETIC BAND-GAP(EBG) STRUCTURES TO MICROSTRIP LINE AND ANTENNA DESIGNS Kazuo Nakano, Yuichi Kimura and Misao Haneishi, Saitama University, Japan A NOVEL UNIPLANAR ELECTROMAGNETIC BANDGAP (EBG) STRUCTURE WITH A TUNABLE OPEN STUB Yu Zhen Wang, Man Long Her, Yi Chyun Chiou and Yu Wei Chen, Feng-Chia University, Taiwan DOUBLY TAPERED ELECTROMAGNETIC PERIODIC STRUCTURE (DT-EPS) FOR PLANAR AND CYLINDRICAL COPLANAR WAVEGUIDE (CPW) APPLICATIONS Yu Zhen Wang, Man Long Her, Yi Chyun Chiou and Ying De Wu, Feng-Chia University, Taiwan GUIDED-WAVE CHARACTERISTICS OF PERIODICALLY NONUNIFORM COUPLED MICROSTRIP LINES FOR HARMONIC SUPPRESSION IN FILTER DESIGN (YSTG) Sheng Sun and Lei Zhu, Nanyang Technological University, Singapore 2C3 Time Room Co-Chairs 1. Periodic and Band-Gap Structures 10:10 to 12:30, Thursday, 19 August Shirakashi (1) R. W. Ziolkowski, University of Arizona, USA : T. Yamasaki, Nihon University, Japan Complex Media and Artificial Media 13:30 to 15:10, Thursday, 19 August Shirakashi (1) W. X. Zhang, South-East University, China : M. Tanaka, Oita University, Japan ANALYSIS OF A NOVEL METAMATERIAL USING TLM (Invited) Wei Xu(1), Hai-Ying Yao(2) and Le-Wei Li(1), (1) National University of Singapore, Singapore, (2) Singapore-MIT Alliance National University of Singapore, Singapore 24 2. 3. 4. 5. OPTIMAL DESIGN OF A POLARIZATION-TRANSFORMATION FILTER COMPOSED OF LEFT-HANDED METAMATERIALS AND ISOTROPIC CHIRAL MEDIA BASED ON GENETIC ALGORITHMS Atsushi Kusunoki and Mitsuru Tanaka, Oita University, Japan METAMATERIAL STRUCTURES IN COPLANAR WAVEGUIDE TECHNOLOGY. Francisco Falcone(1), Ferran Martin(2), Jordi Bonache(2), Juan Baena(3), Txema Lopetegi(1), Miguel Angel Gomez Laso(1), Joan Garcia(2), Ignacio Gil(2), Jose Antonio Marcotegui(4) and Mario Mario Sorolla(1), (1)Universidad Publica de Navarra, Spain, (2)Universitat Autonoma de Barcelona, Spain, (3) Universidad de Sevilla, Spain, (4)Conatel, Spain RADIATION PHENOMENA IN LEFT-HANDED MATERIALS IMPLEMENTED IN COPLANAR WAVEGUIDE TECHNOLOGY Maria Flores(1), Francisco Falcone(1), Ferran Martin(2), Jordi Bonache(2), Juan Baena(3), Txema Lopetegi(1), Miguel Angel Gomez Laso(1), Miguel Beruete(1), Jose Antonio Marcotegui(4) and Joan Garcia(2), (1) Universidad Publica De Navarra, Spain, (2)Universidad Autonoma De Barcelona, Spain, (3)Universidad De Sevilla, Spain, (4)Conatel, Spain A NOVEL WAVEGUIDE BASED METAMATERIALS Kshetrimayum Rakhesh Singh and Lei Zhu, Nanyang Technological University, Singapore 2C4 Time Room Co-Chairs 1. 2. 3. 4. 5. 6. OBLIQUE VOLTAGE EXCITAION FOR CP-FDTD Ting Lu, Naobumi Michishita and Hiroyuki Arai, Yokohama National University, Japan ACCURACY IMPROVEMENT IN FDTD ANALYSIS OF DIPOLE ANTENNA WITH END CAPS Pornanong Pongpaibool, Toru Uno and Takuji Arima, Tokyo University of Agriculture and Technology, Japan FDTD ANALYSIS OF PRINTED ANTENNA ON THIN DIELECTRIC SHEET INCORPORATING WITH QUASI-STATIC FIELD SPATIAL DISTRIBUTION Takuji Arima, Toru Uno and Masaharu Takahashi, Tokyo University of Agriculture and Technology, Japan VISUAL GRAPHIC DESIGN SOFTWARE FOR EM STRUCTURE ANALYSIS BY FDTD METHOD Kyeong-sik Min and Jong-Hyun Lee, Korea Maritime University, Korea DESIGN OF YAGI-UDA ANTENNAS BY MULTIOBJECTIVE OPTIMIZATION TECHNIQUES Yosuke Tsuji, Tomohiro Ikeda and Yoshihiko Kuwahara, Shizuoka University, Japan DESIGN OF YAGI-UDA ANTENNAS USING GENETIC ALGORITHM Masahiro Shimada(1), Toshikazu Hori(1), Mitoshi Fujimoto(1) and Tamami Maruyama(2), (1) University of Fukui, Japan, (2)NTT DoCoMo, Inc, Japan 2D2 Time Room Co-Chairs 1. Computer Design of Antennas 15:50 to 17:50, Thursday, 19 August Shirakashi (1) K.-S. Min, Korea Maritime University, Korea : T. Maruyama, NTT DoCoMo, Inc., Japan Landmine Detection 10:10 to 12:10, Thursday, 19 August Shirakashi (2) T. Savelyev, Tohoku University, Japan : T. Miwa, University of Electro-Communications, Japan STATISTICAL ANALYSIS OF HIGH RESOLUTION SUBSURFACE IMAGES WITH APPLICATION TO LANDMINES DETECTION(YSTG) Vsevolod Kovalenko, Alex Yarovoy and Leo P Ligthart, Delft University of Technology , The Netherlands 25 2. 3. 4. 5. 6. A METHOD FOR DETECTING SHALLOWLY BURIED LANDMINES USING GPR SIGNATURES Masahiko Nishimoto and Ken-ichiro Shimo, Kumamoto University, Japan LANDMINE DETECTION USING IMPULSE GROUND PENETRATING RADAR Shanker Man Shrestha(1), Ikuo Arai(1) and Yoshiyuki Tomizawa(2), (1)The University of Electro-Communications, Japan, (2)Gunma National College of Technology, Japan FDTD ANALYSIS OF OPTIMUM ANTENNA ARRANGEMENT FOR SURFACE CLUTTER REJECTION IN LANDMINE DETECTION Takashi Miwa and Ikuo Arai, The University of Electro-Communications, Japan A GPR FOR LANDMINE DETECTION USING AN ARRAY ANTENNA Takao Kobayashi(1), Xuan Feng(2) and Motoyuki Sato(2), (1)JST, Japan, (2)Tohoku University, Japan WIDEBAND AND COMPACT MICROWAVE FRONT-END CIRCUIT FOR ADAPTIVE PLASTIC LANDMINE IMAGING ARRAYS Takashi Inaba, Takahiro Hara and Akira Hirose, The University of Tokyo, Japan 2D3 Time Room Co-Chairs 1. 2. 3. 4. MODIFIED BOW-TIE ANTENNA FOR EFFICIENT TRANSMISSION OF UWB PULSES Andaya Lestari(1), Andi Kirana(2), Andriyan B Suksmono(3), Adit Kurniawan(3), Endon Bharata(3), Alexander G Yarovoy(1) and Leo P Ligthart(1), (1)IRCTR - Delft University of Technology, Netherlands, (2)Consultant, Indonesia, (3)Bandung Institute of Technology, Indonesia DESIGN OF DIPOLE ARRAY ANTENNA USING OPTICAL MODULATORS IN A BOREHOLE Satoshi Ebihara, Kazunori Nakatani and Yukinori Fujita, Osaka Electro-Communication University, Japan A STUDY ON DETECTING WATER-LEAK OF WATER PIPES USING LABORATORY SMALL-SCALE GPR SYSTEM Seung-Yeup Hyun(1), Yu-Sun Jo(1) and Se-Yun Kim(2), (1)Korea University, Korea, (2)Korea Institute of Science and Technology, Korea A STUDY ON PROPAGATION CHARACTERISTICS OF ELECTROMAGNETIC PULSES IN THE EARTH Minoru Tsutsui, Tadayoshi Kagawa and Kayo Uematsu, Kyoto Sangyo University, Japan 2D4 Time Room Co-Chairs 1. 2. 3. Subsurface Sensing 13:30 to 14:50, Thursday, 19 August Shirakashi (2) L. P. Ligthart, Delft University of Technology, The Netherlands : S. Ebihara, Osaka Electro-Communication University Propagation and Radio Systems 15:50 to 17:50, Thursday, 19 August Shirakashi (2) F. B. Frederiksen, Aalborg University, Denmark : T.Manabe, NICT, Japan TRANSMIT DIGITAL BEAM FORMING USING TWO-STAGE WEIGHT CONTROL FOR MC-CDMA/DS-CDMA TDD SYSTEM Takeo Fujii, Yukihiro Kamiya and Yasuo Suzuki, Tokyo University of Agriculture and Technology, Japan DELAY SPREAD CHARACTERISTICS FOR OFDM TRANSMISSION IN TELEVISION STUDIOS Takayuki Nakagawa, Hiroyuki Furuta, Kenji Nakashima and Tetsuomi Ikeda, NHK, Japan A CONSIDERATION ON MMSE ADAPTIVE ARRAYS FOR PORTABLE RADIO TERMINALS IN A MULTIPATH ENVIRONMENT Hiroko Ishikawa, Nobuyoshi Kikuma, Kunio Sakakibara and Hiroshi Hirayama, Nagoya Institute of Technology, Japan 26 4. 5. 6. PROPAGATION PATH LOSSES AS A FUNCTION OF DISTANCE FOR INTER-VEHICLE COMMUNICATIONS IN THE 60GHz BAND Atsushi Yamamoto(1), Koichi Ogawa(1), Tetsuo Horimatsu(2), Akihito Kato(3) and Masayuki Fujise(3), (1)Matsushita Electric Industrial Co., Ltd. , Japan, (2)Fujitsu Ltd., Japan, (3) National Institute of Information and Communications Technology, Japan EXPERIMENTAL RESULTS OF CALIBRATION OF PROTOTYPE DBF ANTENNAS IN KA-BAND FOR HIGH ALTITUDE PLATFORM STATION Masayuki Oodo, Mamoru Nagatsuka and Ryu Miura, National Institute of Information and Communications Technology, Japan FREQUENCY TRANSMIT DIVERSITY WITH OPEN-LOOP CHANNEL ESTIMATION John F. An , National Taiwan Ocean University, Taiwan 2E2 Time Room Co-Chairs 1. 2. 3. 4. NOVEL UNIFORM ASYMPTOTIC SOLUTIONS FOR SCATTERED FIELDS BY AN IMPEDANCE CIRCULAR CYLINDER Teruhiko Ida and Toyohiko Ishihara, National Defense Academy, Japan METHOD OF MOMENT FOR LOCAL CORRECTION OF PHYSICAL OPTICS Jun Goto, Tetsu Shijo and Makoto Ando, Tokyo Institute of Technology, Japan MODIFIED EDGE REPRESENTATION COMPUTER CODE FOR DIFFRACTION ANALYSIS OF SLOT ANTENNAS WITH FINITE GROUND PLANE Masanori Kosugi, Tetsu Shijo and Makoto Ando, Tokyo Institute of Technology, Japan RADAR CROSS SECTION ANALYSIS CONSIDERING MULTI-REFLECTION INSIDE A RADOME USING SBR METHOD Shinji Kuroda, Yoshio Inasawa, Yoshihiko Konishi and Shigeru Makino, Mitsubishi Electric Corporation, Japan 2E3 Time Room Co-Chairs 1. 2. 3. 4. High-Frequency Techniques 10:10 to 11:30, Thursday, 19 August Meeting Room (8) P. H. Pathak, Ohio State University, USA : T. Ishihara, National Defense Academy, Japan Scattering and Diffraction 13:30 to 14:50, Thursday, 19 August Meeting Room (8) H. J. Eom, KAIST, Korea : M. Nishimoto, Kumamoto University, Japan ANALYSIS OF SCATTERING PLOBLEM BY AN IMPERFECTION OF FINITE EXTENT IN A PLANE SURFACE Masaji Tomita and Yoshio Karasawa, The University of Electro-Communications, Japan CHARACTERISTICS OF A GAUSSIAN BEAM REFLECTED AND TRANSMITTED FROM AN ANISOTROPIC DIELECTRIC SLAB Haruo Sakurai(1), Makoto Ohki(2) and Shogo Kozaki(3), (1)Gunma College of Technology, Japan, (2) Shonan Institute of Technology, Japan, (3)Gunma University, Japan A PHASE COMPENSATION ALGORITHM FOR HIGH-RESOLUTION PULSE RADAR SYSTEMS Takuya Sakamoto and Toru Sato, Kyoto University, Japan COUPLING THROUGH A SLIT IN A FLANGED PARALLEL-PLATE WAVEGUIDE WITH A CONDUCTING STRIP Jong-Ig Lee(1), Ji-Hawn Ko(2) and Young-Ki Cho(3), (1)Dongseo University, Korea, (2)Kumoh National University of Technology, Korea, (3)Kyungpook National University, Korea 27 2E4 Time Room Co-Chairs 1. 2. 3. 4. 5. 6. Inverse Problems 15:50 to 17:50, Thursday, 19 August Meeting Room (8) W. R. Stone, Stoneware Limited, USA : M. Ando, Tokyo Institute of Technology, Japan THE INVERSE SCATTERING BASED ON THE RECONSTRUCTION OF EXTENDED T-MATRIX ELEMENTS UNMEASURED DIRECTLY FROM SCATTERED WAVES Kenichi Ishida(1) and Mitsuo Tateiba(2), (1)Kyushu Sangyo University, Japan (2)Kyushu University, Japan RECONSTRUCTION OF A DIELECTRIC CYLINDER WITH THE BARZILAI-BORWEIN STEEPEST DESCENT METHOD Akimichi Yada and Takato Kudou, Oita University, Japan CYLINDRICAL TARGET RECONSTRUCTION USING THEIR FREQUENCY AND TIME DOMAIN RCS VALUES Hiroshi Shirai, Shinjiro Suzuki and Kenji Ono, Chuo University, Japan RECONSTRUCTION OF 3-D BURIED OBJECTS FROM ELECTROMAGNETIC DATA RECEIVED BY INACCURATELY POSITIONED RECEIVERS Hui Zhou, Takashi Takenaka and Toshiyuki Tanaka, Nagasaki University, Japan THREE-DIMENSIONAL INVERSE SCATTERING FROM CONDUCTING PLATES MODELED BY RATIONAL B-SPLINE SURFACES USING THE GENETIC ALGORITHM Amin Saeedfar(1) and Kasra Barkeshli(2), (1) Tohoku University, Japan(2), Sharif University of Technology, Iran MICROWAVE IMAGING OF THREE-DIMENSIONAL DIELECTRIC OBJECTS Tony Huang and Ananda S Mohan, University of Technology, Australia 28 Friday, 20 August 3A1 Time Room Chair Invited Talk (4) 09:00 to 09:50, Friday, 20 August Tachibana : T. Hori, University of Fukui, Japan EUROPEAN INITIATIVE TOWARDS ADVANCES IN FOURTH GENERATION Ramjee Prasad and Flemming B. Frederiksen, Aalborg University, Denmark 3A2 Time Room Co-Chairs 1. 2. 3. 4. 5. THE EFFECTS OF MUTUAL COUPLING ON PERFORMANCE OF A WIDEBAND SMART ANTENNA WITH NON-UNIFORM COMPONENTS Monthippa Uthansakul and Marek E Bialkowski, The University of Queensland, Australia MUTUAL COUPLING EFFECT ON PERFORMANCE OF ADAPTIVE ARRAY ANTENNA Qiaowei Yuan(1), Qiang Chen(2) and Kunio Sawaya(2), (1)Intelligent Cosmos Research Institute Coporation, Japan, (2)Tohoku University, Japan MUTUAL COUPLING MATRIX ESTIMATION AND NULL FORMING METHODS FOR MBF ANTENNA Hiromitsu Aoyama and Hiroyuki Arai, Yokohama National University, Japan PHASE-ONLY PATTERN SYNTHESIS OF ANTENNA ARRAYS BASED ON A MODIFIED GENETIC ALGORITHM (Invited) Yu Fan, Ronghong Jin, Bo Liu and Junping Geng, Shanghai Jiaotong University, China AN EFFECTIVE DESIGN METHOD FOR SUM AND DIFFERENCE PATTERN OF ARRAY OF DBF IN SUBARRAY Hang Hu and Ye Zhang, Harbin Institute of Technology, China 3A3 Time Room Co-Chairs 1. 2. 3. 4. Adaptive and Smart Antennas(1) 10:10 to 11:50, Friday, 20 August Tachibana K. Nishikawa, Toyota Central R&D Labs., Japan : M. Fujimoto, University of Fukui, Japan Adaptive and Smart Antennas(2) 13:30 to 15:10, Friday, 20 August Tachibana R. Jin, Shanghai Jiaotong University, China : Y. Kamiya, Tokyo University of Agriculture and Technology, Japan INFLUENCE OF ELECTRICAL BEAMTILT AND ANTENNA BEAMWIDTHS ON DOWNLINK CAPACITY IN WCDMA: SIMULATIONS AND REALIZATION Lars Manholm, Martin Johansson and Sven Petersson, Ericsson AB, Sweden SPATIO-POLARIMETRIC CORRELATIONS IN SINGLE-FEED DIVERSELY POLARIZED ARRAYS Yimin Zhang, Moeness G Amin and Baha A Obeidat, Villanova University, USA ADVANCES IN DIVERSITY PERFORMANCE ANALYSIS OF MOBILE TERMINAL ANTENNAS Juha Villanen(1), Pasi Suvikunnas(1), Kati Sulonen(1), Clemens Icheln(1), Jani Ollikainen(2) and Pertti Vainikainen(1), (1)Helsinki University of Technology, Finland, (2)Nokia Research Center, Helsinki, Finland ADAPTIVE ALGORITHM BASED ON ACCUMULATED SIGNAL PROCESSING FOR FAST FADING CHANNEL Pubudu S Wijesena, Tetsuki Taniguchi and Yoshio Karasawa, The University of Electro-Communications, Japan 29 5. A STUDY OF DIVERSITY ANTENNA MOUNTED ON PC CARD WITH SLIT Takafumi Ohishi, Shuichi Sekine and Hiroki Shoki, Toshiba Corporation, Japan 3A4 Time Room Chair Special Session 15:50 to 16:40, Friday, 20 August Tachibana : P. S. Hall, University of Birmingham, UK ACE - A EUROPEAN ANTENNA CENTER OF EXELLENCE Per Ingvarson, Saab Ericsson Space, Sweden 3B2 Time Room Co-Chairs 1. 2. 3. 4. 5. 6. DESIGN OF A SQUARE SPIRAL MICROSTRIP PATCH ANTENNA Gyey-Taek Jeong, Jeong-Min Ju, Sung-won Ko, Joong-Han Yoon and Kyung-Seop Kwak, Inha University, Korea MICROSTRIP LINE ANTENNAS COMPOSED OF LOOP RADIATION CELLS Kazuhide Hirose(1), Chonfa Park(2) and Hisamatsu Nakano(3), (1)Tokyo Denki University, Japan, (2) Chonfa Park, Korea, (3)Hosei University, Japan, LOW-PROFILE SPIRAL AND CURL ANTENNAS Kazuhide Hirose(1), Masayuki Hirukawa(1) and Hisamatsu Nakano(2), (1)Tokyo Denki University, Japan, (2) Hosei University, Japan, A COMPACT DUAL-BAND ANTENNA FOR GPS/ DCS Shun-Yun Lin , Cheng Shiu University, China BROADBAND PRINTED ANTENNA WITH DOUBLE RECTANGULAR LOOPS Satoshi Tanaka, Toshikazu Hori and Mitoshi Fujimoto, University of Fukui, Japan THE CHARACTERISTICS OF CPW-FED CAPACITIVELY COUPLED MEANDER-TYPE SLOT ANTENNAS Jin-Sen Chen , Cheng Shiu University, Taiwan 3B3 Time Room Co-Chairs 1. 2. 3. Printed Antennas 10:10 to 12:10, Friday, 20 August Hagi S-Y. Sui, Intel Corporation, USA : H. Arai, Yokohama National University, Japan Multi-band Antennas 13:30 to 15:30, Friday, 20 August Hagi D. C. Park, Chungnam National University, Korea : T. Ohira, ATR, Japan ELLIPTICAL SLOT-RING ANTENNA FOR MULTI-FREQUENCY OPERATION Daisuke Ogata(1), Takayasu Shiokawa(1), Shoichi Kumagai(2) and Yasuhiro Kazama(2), (1)Tohoku Gakuin University, Japan, (2)Japan Radio Corporation., Japan DESIGN OF MULTI-BAND SMALL PLANAR ANTENNA USING NOVEL CHROMOSOME GENERATION METHOD FOR GENETIC ALGORITHM Tamami Maruyama, Fumio Kira and Keizo Cho, NTT DoCoMo,Inc, Japan A CONSIDERATION ON RADIATION PROPERTIES OF MULTIBAND SIERPINSKI GASKET MICROSTRIP ANTENNA (SG-MSA) Shinya Tada, Ridho Chayono, Yuichi Kimura and Misao Haneishi, Saitama University, Japan 30 4. 5. 6. CONDITIONS FOR MONOPOLE ANTENNA ARRANGEMENT MOUNTED ON MOBILE TERMINAL FOR MAXIMIZING BEAMSTEERING AND DIVERSITY GAINS Yoshiki Okano and Keizo Cho, NTT DoCoMo,Inc, Japan FOLDED MONOPOLE ANTENNA FOR DUAL-BAND WLAN OPERATIONS(YSTG) Tae Hyun Kim and Dong Chul Park, Chungnam National University, Korea A LOW PROFILE DESIGN OF LOWER PITCH ANGLE HELIX WITH CONICAL TAPER-END Hiroyuki Ohmine and Masahiko Adachi, Mitsubishi Electric Corporation, Japan 3C2 Time Room Co-Chairs 1. 2. 3. 4. 5. 6. AN EVALUATION OF A WIRELESS LAN SYSTEM USING LEAKY TRANSMISSION LINE BY INDOOR PROPAGATION SIMULATION Tomonori Sugiyama, Jun Yaginuma and Naohiro Matsushita, Toshiba TEC, Japan HEIGHT VARIATION MODEL REFLECTING BUILDING CONDITIONS AROUND SUBSCRIBER STATION FOR 5-GHz BAND WIRELESS ACCESS SYSTEMS Naoki Kita(1), Wataru Yamada(1), Kiyohiko Itokawa(1), Akio Sato(1), Daisuke Mori(2) and Hironobu Watanabe(2), (1)NTT Corporation, Japan, (2)NTT Advanced Technology Corporation, Japan SIGNAL ANALYSIS OF URBAN CHANNELS IN BROADBAND WIRELESS COMMUNICATION BASED ON RADIO WAVE PROPAGATION SIMULATION BY PARALLEL FDTD ALGORITHM Glen D Rodriguez(1), Yasumitsu Miyazaki(2) and Nobuo Goto(1), (1)Toyohashi University of Technology, Japan, (2)Aichi University of Technology, Japan PATH LOSS DEPENDENCE OF DELAY SPREAD AT 5 GHz IN INHOMOGENEOUS SUBURBAN ENVIRONMENTS Satoshi Takahashi(1), Hiroshi Harada(1), Chang-Jun Ahn(1), Hisato Iwai(2), Kenya Yonezawa(2) and Toshiyuki Maeyama(2), (1) National Institute of Information and Communications Technology, Japan, (2)KDDI Laboratories, Japan DETERMINATION OF PROPAGATION LOSS IN THE TROPOSPHERE WITH PIECE-WISE LINEAR BOUNDARY BY PARABOLIC EQUATION METHOD Homayoon Oraizi and Shahram Hosseinzadeh, Iran University of Science and Technology, Iran A NEW LEAST SQUARE BASED METHOD FOR THE SOLUTION OF PARABOLIC EQUATION Homayoon Oraizi and Shahram Hosseinzadeh, Iran University of Science and Technology, Iran 3C3 Time Room Co-Chairs 1. 2. 3. Mobile and Indoor Propagation(1) 10:10 to 12:10, Friday, 20 August Shirakashi (1) P. Vainikainen, Helsinki Universit of Technology, Finland : H. Iwai, KDDI R&D Laboratories Inc., Japan Mobile and Indoor Propagation(2) 13:30 to 15:30, Friday, 20 August Shirakashi (1) K. H. Sayidmarie, University of Mosul, Iraq : T. Taga, Kwansei Gakuin University, Japan A STUDY ON MOBILE PROPAGATION LOSS CHARACTERISTICS IN UHF-TV BAND Masahiro Nishi(1), Teruaki Yoshida(1), Masaharu Hata(2) and Shigeaki Ogose(3), (1)Hiroshima City University, Japan, (2)Okayama University, Japan, (3)Kagawa University, Japan CHANGE IN CHARACTERISTICS IN URBAN AREA ENVIRONMENT Hajime Kuwahara(1), Toshikazu Hori(1), Mitoshi Fujimoto(1) and Kentaro Nishimori(2), (1) University of Fukui, Japan, (2)NTT Corporation, Japan PATH LOSS MEASUREMENTS OF ON-BODY PROPAGATION CHANNELS Yuriy I Nechayev(1), Peter S Hall(1), Costas C Constantinou(1), Yang Hao(2), Abdus S Owadally(2) and Clive G. Parini(2), (1)The University of Birmingham, UK, (2)Queen Mary, University of London, UK 31 4. 5. 6. PREDICTION MODEL FOR THE ESTIMATION OF NON-SPECULAR WAVE SCATTERING CHARACTERISTICS ON BUILDING SURFACES Hary Budiarto, Katsuyuki Haneda and Jun-ichi Takada, Tokyo Institute of Technology, Japan EFFICIENT TECHNIQUE FOR PROPAGATION PREDICTION IN INDOOR WIRELESS COMMUNICATIONS Zhor Sebbani and Gilles Y. Delisle, University of Ottawa, Canada A PRONY TECHNIQUE FOR PREDICTION OF GROUND MULTIPATH PARAMETERS IN LOS RADIO LINKS USING FIELD_HEIGHT DATA Khalil H. Sayidmarie and Sinan K. Shanshal, University of Mosul, Iraq 3D2 Time Room Co-Chairs 1. 2. 3. 4. 5. 6. A SECTOR ARRAY USING DIELECTRIC LOADED ANTENNAS AT 60GHz Takeshi Ohno and Koichi Ogawa, Matsushita Electric Industrial Corporation, Japan DESIGN METHOD OF NARROW-WIDTH FERMI ANTENNA FOR PASSIVE MILLIMETER WAVE IMAGING Hiroyasu Sato, Syunichi Kagaya, Yoshihiko Wagatsuma, Kunio Sawaya and Koji Mizuno, Tohoku University, Japan ORIGINAL MILLIMETER-WAVE ANTENNAS WITH QUASI-GAUSSIAN RADIATION PATTERNS(YSTG) Ronan Sauleau and Barbara Chantraine-Bares, IETR - University of Rennes 1, France DESIGN AND MANUFACTURING OF ELLIPTICAL APERTURE ANTENNA AT SUBMILLIMETER WAVE LENGTHS FOR JEM/SMILES Kenichi Noguchi(1), Mikio Takabayashi(1), Hiroyuki Ohmine(1), Jun Nakagawa(1), Naoki Takizawa(1), Junji Inatani(2), Toshiyuki Nishibori(2), Takeshi Miura(2), Takeshi Manabe(3) and Masamichi Seta(3), (1) Mitsubishi Electric Corporation, Japan, (2)Japan Aerospace Exploration Agency, Japan, (3)National Institute of Information and Communications Technology, Japan IMPROVEMENT OF PLANAR ANTENNA EFFICIENCY WHEN INTEGRATED WITH A MILLIMETRE-WAVE PHOTONIC CRYSTAL Gerard W Burns, Iain G Thayne and John M Arnold, University of Glasgow, UK BROADBAND MILLIMETER-WAVE MICROSTRIP LINE TO WAVEGUIDE TRANSITION Yusuke Deguchi, Kunio Sakakibara, Nobuyoshi Kikuma and Hiroshi Hirayama, Nagoya Institute of Technology, Japan 3D3 Time Room Co-Chairs 1. 2. 3. Millimeter and Sub-Millimeter Wave Antennas 10:10 to 12:10, Friday, 20 August Shirakashi (2) K. S. Sowerby, University of Auckland, New Zealand : H. Miyashita, Mitsubishi Electric Corporation, Japan Biological Effects and Medical Applications 13:30 to 15:30, Friday, 20 August Shirakashi (2) X. Chen, Queen Mary University of London, UK : K. Ogawa, Matsushita Electric Industrial Corporation, Japan CORRELATION OF SAR AND TEMPERATURE INCREASE INDUCED IN THE HUMAN BODY DUE TO BODY-MOUNTED ANTENNAS AT 400 MHz AND 900 MHz Akimasa Hirata, Toshihiro Fujino, Masaki Fujimoto and Toshiyuki Shiozawa, Osaka University, Japan MOVEMENT OF THE PEAK SAR LOCATION IN CLOSE PROXIMITY TO THE SURFACE OF A COST244 PHANTOM EXPOSED TO A DIPOLE ARRAY ANTENNA. Yoshio Koyanagi(1), Masakazu Kajiwara(2), Koichi Ogawa(3) and Koichi Ito(3), (1)Panasonic Mobile Com., Japan, (2)Matsushita Electric Industrial Co., Ltd., Japan, (3)Chiba University, Japan, ATTENUATION CHARACTERISTICS OF THE SAR IN A COST244 PHANTOM WITH DIFFERENT EM SOURCE LOCATIONS AND SIZES 32 4. 5. 6. Shoichi Kajiwra, Atsusho Yamamoto, Koichi Ogawa, Akihiro Ozaki and Yashio Koyanagi, Matsushita Electric Industrial Co., Ltd., Japan PRACTICAL STUDY OF A COAXIAL-SLOT ANTENNA WITH SIMPLE MATCHING CIRCUIT FOR INTERSTITIAL HEATING Kazuyuki Saito, Keiko Miyata, Hiroyuki Yoshimura and Koichi Ito, Chiba University, Japan DOSIMETRY OF RAT-HEAD SAR CAUSED BY A HIGH-PERFORMANCE 8-SHAPED APPLICATOR Hiroshi Watanabe(1), Masahiro Hanazawa(2), Kanako Wake(2), Soichi Watanabe(2), Yukio Yamanaka(2), Masao Taki(3) and Toru Uno(1), (1)Tokyo University of Agriculture and Technology, Japan, (2)National Institute of Information and Communications Technology, Japan, (3)Tokyo Metropolitan University, Japan APTITUDE OF NONINVASIVE NEAR-FIELD MICROWAVE NONDETRUCTIVE WAVEGUIDE-BASED TESTING TECHNIQUES FOR BREAST TUMOR DETECTION Wael M Saleh(1), Philip P Slade(2), David Wright(2) and Nasser N Qaddoumi(1), (1)American University of Sharjah, UAE, (2)University of Exeter, UK 3E2 Time Room Co-Chairs 1. 2. 3. 4. 5. 3E3 Time Room Chair 1. 2. Random Media and Scattering 10:10 to 11:50, Friday, 20 August Meeting Room (8) D. Ge, Xidian University, China : S. Ito, Toyo University, Japan DEFORMATION OF THE SPATIAL SPECTRUM OF SCATTERED ELECTROMAGNETIC WAVES BY COLLISION MAGNETIZED TYRBULENT PLASMA Akira Ishimaru(1), George Vakhtang Jandieri(2), George Duru Aburjania(3), Madlena Otari Davitadze(2) and Vakhtang George Jandieri(4), (1)Washington University, USA, (2)Georgian Technical University, Georgia, (3)Tbilisi State University, Georgia, (4)Kyushu University, Japan NUMERICAL ANALYSIS OF RADAR CROSS-SECTION OF PARTIALLY CONVEX TARGETS WITH LARGE SIZES IN RANDOM MEDIA Hosam M. El-Ocla(1) and Mitsuo Tateiba(2), (1)Lakehead University, Canada(2) Kyushu University, Japan A DISCRETE RET MODEL FOR MILLIMETER-WAVE PROPAGATION IN ISOLATED TREE FORMATIONS Telmo R Fernandes(1), Rafael F Caldeirinha(1), Miqdad O Al-Nuaimi(2) and Juergen H Richter(3), (1) ESTG-Leiria, Portugal, (2)University of Glamorgam, UK, (3)University of Glamorgan, UK SCATTERING OF ELECTROMAGNETIC WAVES BY INHOMOGENEOUS DIELECTRIC GRATINGS WITH PERFECTLY CONDUCTING STRIP Tsuneki Yamasaki, Takashi Hinata and Toshio Hosono, Nihon University, Japan TRANSIENT CHARACTERISTICS OF MILLIMETER WAVE SCATTERING FROM CYLINDRICAL OBJECTS NEAR A BOUNDARY Daisuke Matsubara and Shigeo Ito, Toyo University, Japan Remote Sensing 13:30 to 14:30, Friday, 20 August Meeting Room(8) : J. Awaka, Hokkaido Tokai University, Japan STUDY ON THE FOREST OBSERVATION IN KUSHIRO WETLAND BY USING PI-SAR DATA Kazuki Nakamura(1), Hiroyuki Wakabayashi(2), Hisashi Shinsho(3), Hideo Maeno(1), Seiho Uratsuka(1), Akitsugu Nadai(1), Toshihiko Umehara(1) and Toshifumi Moriyama(1), (1) National Institute of Information and Communications Technology, Japan, (2) Japan Aerospace Exploration Agency, Japan, (3)KIWC, Japan GENERATION OF SURFACE ELEVATION MAP USING TRMM PRECIPITATION RADAR DATA 33 3. 3F4 Time Room Jun Awaka(1) and Nobuhiro Takahashi(2), (1)Hokkaido Tokai University, Japan(2) National Institute of Information and Communications Technology, Japan EXPERIMENTAL STUDY ON SPECKLE PATTERNS OF LASER LIGHT IN THE FAR RANGE Tadashi Takano(1), Yoshihiko Toyoshima(2) and Takashi Inaba(2), (1)Japan Aerospace Exploration Agency, The Institute of Space And Astronautical Science, Japan, (2) The University of Tokyo, Japan Poster Session 15:50 to 17:50, Friday, 20 August Sakura POS-S. Special Topics 1. 2. 3. 4. 5. COMPLEMENTARY-CODE-DIVISION MULTIPLEXING FOR FUTURE GENERATION WLAN AND MOBILE COMMUNICATIONS(Invited) Xiaojing Huang(1) and Ronghong Jin(2), (1)University of Wollongong, Australia(2)Shanghai Jiao Tong University, China UNITARY CYCLIC ESPRIT ALGORITHM IN THE PRESENCE OF COHERENT SIGNALS Zhi-Gang Liu and Jin-Kuan Wang, Northeastern University, China EFFECT OF ELEMENT SPACING FOR MIMO CHANNEL CHAPACITY IN RAYLEIGH FADING ENVIRONMENT Hiroki Iura(1), Hiroyoshi Yamada(1), Yasutaka Ogawa(2) and Yoshio Yamaguchi(1), (1)Niigata University, Japan, (2)Hokkaido University, Japan LOCALIZATION OF SOURCES IN THE FINITE DISTANCE USING MUSIC ALGORITHM WITH THE SPHERICAL MODE VECTOR Aya Ohmae(1), Masaharu Takahashi(2) and Toru Uno(1), (1)Tokyo University. of Agriculture. and Technology., Japan, (2)Chiba University, Japan DISCRIMINATION OF INTRACLOUD DISCHARGE SIGNALS USING THE ASPECTUM OF THE DIGITAL NATURAL OBSERVATION METHOD Kan Okubo, Nobu Miyazawa and Nobunao Takeuchi, Akita Prefectural University, Japan POS-A. Antennas and Related Topics 1. 2. 3. 4. 5. 6. 7. 8. SIZE-MINIATURIZATION FOR MICROSTRIP WIDEBAND SLOT ANTENNA Chien-Jen Wang and De-Fu Hsu, Feng-Chia University, Taiwan MICROSTRIP PATCH ANTENNA WITH VARIABLE BANDWIDTH Kazuhiro Kitatani and Yasuyuki Okamura, Osaka University, Japan PRINTED DUAL-FREQUENCY SLOT ANTENNAS FOR WLAN OPERATION Jen-Yea Jan(1), Tsung-Ming Kuo(1), Yuan-Tung Cheng(2) and Wen-Shyang Chen(2), (1)National Kaohsiung University of Applied Sciences, Taiwan, (2)Cheng Shiu University, Taiwan DESIGN OF A WIDE-BAND ANTENNA WITH CPW-FED Kyung Sup Shin and Hong Min Lee, Kyonggi University, Korea TUNABLE DUAL FREQUENCY MICROSTRIP ANTENNA USING ADJUSTABLE STUB-LOADING FOR WIRELESS COMMUNICATION Eko T Rahardjo and Hartuti Mistialustina, UI, Indonesia DUAL-BAND RECTANGULAR SLOT ANTENNA FOR 2.4/5 GHz WIRELESS COMMUNICATION Hai-Ming Hsiao and Jui-Han Lu, National Kaohsiung Marine University, Taiwan A MODIFIED MICROSTRIP PATCH ANTENNA FOR CIRCULAR POLARIZAION Young Je Sung and Y.-S Kim, Korea University, Korea FABRICATION AND MEASUREMENT OF A MICROSTRIP ANTENNA WITH TRIPLE U-SHAPE SLOTS IN THE HIPERLAN /2 BAND 34 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. Sung Won Ko(1), Gyey Taek Jeong(1), Joong Han Yoon (2), Moon Kyou Kang(3) and Kyung Seop Kwak(1), (1) Inha University , Korea , (2)UWB-ITRC,In-ha University , Korea , (3) Jaenung College, Korea A 5.7-GHz HORIZONTALLY-POLARIZED OMNIDIRECTIONAL PRINTED WLAN ANTENNA Huey-Ru Chuang(1), K.-S. Kuo(2) and C.-C. Lin(2), (1)Cheng Kung University, Taiwan,, (2)Cheng Kung University, Taiwan WIDEBAND ACTIVE INTEGRATED LOG PERIODIC ANTENNA Mohamad Kamal A Rahim , Universiti Teknologi Malaysia, Malaysia EXPERIMENTAL VERIFICATION FOR ESPAR ANTENNA TO SUPPRESS INTERFERENCE IN 2.4-GHz BAND WIRELESS LAN TRANSMISSION Atsushi Honda(1), Takeshi Toda(1), Yuuta Nakaya(1), Kaoru Yokoo(1), Jin-ichi Takada(2) and Yasuyuki Oishi(1), (1)Fujitsu Corporations., Japan, (2)Tokyo Institute of Technology, Japan STUDY OF MODIFIED H SHAPED ANTENNA FOR DIGITAL TERRESTRIAL RECEPTION SYSTEM Hideo Iizuka, Toshiaki Watanabe, Kazuo Sato and Kunitoshi Nishikawa, TOYOTA Central Research & Development Labs., Inc., Japan A PLANAR SIX-SECTOR ANTENNA USING LOOP ANTENNA WITH DETOUR ELEMENTS FOR WLAN CARD TERMINAL Hiroyuki Uno(1), Yutaka Saito(1), Gen-ichiro Ohta(2), Yoshio Koyanagi(2) and Kiyoshi Egawa(2), (1) Panasonic Mobile Communications Kanazawa R&D Lab. Corporations., Japan, (2)Panasonic Mobile Communications Corporation, Japan CHARACTERISTICS OF HALF-WAVE LENGTH MONOPOLE ANTENNA FOR VHF PORTABLE RADIO TERMINAL Takayuki Sasamori(1), Taketo Uratani(1), Teruo Tobana(1), Kohshi Abe(1) and Kunio Sawaya(2), (1) Akita Prefectural University, Japan, (2)Tohoku University, Japan CONTROLLING BEAMWIDTH OF SLOT ANTENNA BY USING PARASITIC ELEMENTS Thang Chien Nguyen(1), Keizo Cho(2) and Jiro Hirokawa(3), (1)Nihon Dengyo Kosaku Co., Ltd., Japan, (2)NTT DoCoMo, Inc., Japan, (3)Tokyo Institute of Technology, Japan MOBILE POSITIONING USING SPACE-DIVERSITY ANTENNAS FOR W-CDMA SYSTEM Tsui-Tsai Lin , National United Universiry, China CHARACTERISTICS OF BUILT-IN FOLDED MONOPOLE ANTENNA FOR HANDSETS Shogo Hayashida(1), Tomoki Tanaka(1), Hisashi Morishita(1), Yoshio Koyanagi(2) and Kyohei Fujimoto(3), (1)National Defense Academy, Japan, (2)Panasonic Mobile Communications Corporation Japan, (3)FAIS, Japan, A MULTITARGET ADAPTIVE ARRAY ALGORITHMS FOR WIRELESS CDMA SYSTEMS Mohamed A. Elsalam Mofeed Adam(1) and Hassan Mohamed Elkamchouchi(2), (1)Suez Oil Company, Egypt, (2) Egypt A NOVEL SUBBAND-BASED ESPRIT ALGORITHM (YSYG) Yanbo Xue and Jinkuan Wang, Northeastern University, China PERFORMANCE OF HIERARCHICAL BEAMFORMING IN A RAYLEIGH FADING ENVIRONMENT WITH ANGLE SPREAD Salman Durrani and Marek E. Bialkowski, The University of Queensland, Australia JOINT TWO DIMENSIONAL ANGLE AND DELAY ESTIMATION USING RECTANGULAR PLANAR ARRAY Han Wang, Jin-kuan Wang, Zhi-gang Liu and Yan-bo Xue, Northeastern University, China A BLIND ANTI-JAMMER PRE-PROCESSOR FOR GPS RECEIVERS Tsui-tsai Lin , National United University, China A STUDY OF MMSE ADAPTIVE ARRAY ANTENNAS FOR HANDSETS IN CONSIDERATION OF ANTENNA CONFIGURATION Kazufumi Imamura and Hisashi Morishita, National Defense Academy, Japan BANDWIDTH ENHANCEMENT ANTENNA USING HIGH PERMITTIVITY CERAMIC AND FR4 STACKED STRUCTURE Wen Cheng Tzou(1), Mo Chung Lee(2), Cheng Fu Yang(3) and Ying Chung Chen(4), (1) Fortune Institute of Technology, Taiwan ., (2) Chinese Air Force Academy, Taiwan , (3)National Kaohsiung University, Taiwan., (4)National Sun Yat-Sen University, Taiwan SYNTHESIS OF SHIELDED PARABOLIC ACOUSTIC REFLECTOR ANTENNAS Evgeny E Mananko and Nikolay P Krasnenko, IOM SB RAS, Russia 35 26. OFFSET-FEED IMPEDANCE MATCHING OF A HALF-WAVELENGTH DIPOLE IN PROXIMITY TO A PEC PLANE Arpa Thumvichit(1), Yukio Kamata(2) and Tadashi Takano(2), (1)The University of Tokyo, Japan, (2) Japan Aerospace Exploration Agency, The Institute of Space and Astronautical Science, Japan 27. A LONG HELICAL ANTENNA WOUND ON A DIELECTRIC ROD Hisamatsu Nakano, Keisuke Sato, Hiroaki Mimaki and Junji Yamauchi, Hosei University, Japan 28. DEVELOPMENT OF A PASSIVE RFID-TAG WITH 10-M READING DISTANCE UNDER RCR STD-1 SPECIFICATION Hitoshi Kitayoshi and Kunio Sawaya, Tohoku University, Japan 29. IMPROVEMENTS ON A PLANAR INVERTED-F ANTENNA USING ELECTROMAGNETIC BAND-GAP STRUCTURES Alexandre M. P. A. Silva and Luiz C. Kretly, UNICAMP, Brazil 30. ANALYSIS OF MULTIPLE TRANSVERSE AND LONGITUDINAL SLOTS IN A WAVEGUIDE BY THE SPECTRUM OF TWO-DIMENSIONAL SOLUTIONS METHOD John C Young, Jiro Hirokawa and Makoto Ando, Tokyo Institute of Technology, Japan 31. A CIRCULARLY POLARIZED HULA HOOP ANTENNA ON A RECTANGULAR DIELECTRIC BODY Noriaki Sato and Kazuhiro Hirasawa, University of Tsukuba, Japan 32. MINIATURIZATION OF MICROSTRIP ANTENNA USING FOLDED STRUCTURE Hee-Moo Heo and Jong-Myung Woo, Chungnam National University, South Korea 33. DESIGN CONSIDERATION FOR PLANAR INVERTED-F ANTENNA Hua-Ming Chen, Hsiu-Hsiung Lin, Ping-Shou Cheng and Yi-Fang Lin, National Kaohsiung University of Applied Sciences, China 34. APPROXIMATION OF THE EQUIVALENT SLOT CAPACITANCE IN A SLOTTED BOW-TIE ANTENNA Andaya Lestari, Roberto Pugliese, Alexander G Yarovoy and Leo P Ligthart, IRCTR - Delft University of Technology, The Netherlands 35. AN APPLICATION OF SLOW WAVE PROPERTY TO DESIGN OF COMPACT ANTENNA Ding-bing Lin and Zih-hao Lu, Institute of Computer, Communication And Control, National Taipei University of Technology, Taiwan 36. IMPROVEMENT OF ARTIFICIAL DIELECTRIC RESONATOR AND ITS WAVEGUIDE FILTER APPLICATION Achmad Munir, Atsushi Sanada, Hiroshi Kubo and Ikuo Awai, Yamaguchi University, Japan 37. STUDY ON THE OPTIMAL DIRECTION OF ELECTRODES OF A WEARABLE DEVICE USING THE HUMAN BODY AS A TRANSMISSION CHANNEL Katsuyuki Fujii(1), Koichi Ito(1), Keisuke Hachisuka(2), Yusuke Terauchi(2), Ken Sasaki(2) and Kiyoshi Itao(2), (1)Chiba University, Japan, (2)The University of Tokyo, Japan 38. FDTD ANALYSIS OF OBLIQUELY FED PLANAR ANTENNA Akira Kida, Toru Uno, Takuji Arima and Masaharu Takahashi, Tokyo University of Agriculture and Technology, Japan 39. DESIGN OF A TAPERED CHAMBER FEED USING THE FDTD METHOD (withdrawn) Kwan-Ho Lee, Chi-Chih Chen and Robert Lee, The Ohio State University, USA 40. 3D PATTERN MEASUREMENT OF LOG-PERIODIC DIPOLE ANTENNAT USING PHOTONIC SENSOR AND SPHERICAL NEAR-FIELD SCANNING BELOW 2 GHz Masanobu Hirose(1), Satoru Kurokawa(1), Koji Komiyama(1) and Takauki Ishizone(2), (1)National Metology Institute of Japan, AIST, Japan, (2)Toyo University, Japan 41. A TRUMPET-LIKE ANTENNA DESIGN FOR GSM/DCS/PCS APPLICATION Shun-Yun Lin and Ruei-Shian Jian, Cheng Shiu University, China 42. AN INTERNAL PLANAR INVERTED-F ANTENNA FOR PCS/IMT-2000/BLUETOOTH BANDS APPLICATION Young-Bae Kwon and Seong-Ook Park, Information And Communications University, Korea 43. A PLANAR ANTENNA FOR THREE FREQUENCIES PRINTED ON DIELECTRIC SUBSTRATE Naoki Kitahara(1), Hiroyasu Matsui(2) and Toshio Wakabayashi(3), (1)Tokai University, Japan, (2) Nissan Motor Co.,Ltd, Japan, (3)Tokai Universitiy, Japan 44. COMPACT MODIFIED L-SHAPED MONOPOLE ANTENNA FOR 2.4/5.2/5.8 BAND OPERATION Horng-Dean Chen and Ching-Chin Chen, Cheng Shiu University, Taiwan 36 45. A SWITCHABLE RHCP/LHCP SLOT-RING ANTENNA Ming-Ting Wu(1), Min-Hua Ho(2), Chung-I G. Hsu(1) and Jia-Yi Sze(3), (1)Da-Yeh University, Taiwan, (2)National Changhua University of Education, Taiwan, (3)Chung-Cheng Institute of Technology, Taiwan 46. SMALL FOUR-BEAM SWITCHED SLOT YAGI-UDA ANTENNA Kohei Mori , Sony Corporation, Japan 47. FREQUENCY-FIXED BEAM STEERABLE MICROSTRIP LEAKY WAVE ANTENNA USING PERIODIC VARACTOR LOADING Gil-young Lee(1), Heeduck Chae(2), Yonghoon Kim(2) and Sangwook Nam(2), (1)Korea Air-Force Academy, Korea, (2)Seoul National University, Korea 48. FILM LENS ANTENNAS FOR LARGE APERTURE SPACE RADIO TELESCOPES Hideki Ujihara and Yoshihiro Chikada, National Astronomical Observatory, Japan 49. THICK-FILM APPROACH OF DESIGNING A WIDEBAND DIPLEXER FOR WLAN APPLICATION Chi-Fang Huang and Jia-Hao Liang, Tatung University, Taiwan 50. THE ANGLE DEPENDENT PROPAGATION CHARACTERISTICS OF A FREQUENCY SELECTIVE SURFACE APPLIED TO PLASTERBOARD Grace H.H. Sung, Kevin W. Sowerby and Allan G. Williamson, The University of Auckland, New Zealand 51. DESIGN OF WIDE ANGLE SCANNING CHARACTERISTICS IN A SHAPED DIELECTRIC LENS ANTENNA Yousuke Tajima, Yoshihide Yamada and Takuya Saitou, National Defense Academy, Japan 52. A NOVEL FREQUENCY TRIPLIER HYBRID COMPONENT FOR APPLICATIONS IN HIGH FREQUENCY INTEGRATED SUBSYSTEMS Wai Heng Chow and David Paul Steenson, Institute of Microwaves and Photonics, UK POS-B. Propagation and Related Topics 1. 2. 3. 4. 5. 6. 7. 8. 9. ANALYSIS OF INTERFERENCE EFFECT OF THE 802.11A WLAN IN REAL INDOOR ENVIRONMENTS Ho K Son , Electronics and Telecommunications Research Institute, Korea A SEMI-DETERMINIST MARKOV MODEL FOR MODELING A 1.8GHz WIRELESS PROPAGATION CHANNEL IN URBAN TAIPEI CITY Ding-Bing Lin, Ming-Jian Tseng and Hsin-Piao Lin, Institute of Computer, Communication and Control, National Taipei University of Technology, Taiwan UPLINK PERFORMANCE OF THE DISTRIBUTED ANTENNA DIVERSITY Fei Tong, Ian A Glover, Steve R Pennock and Peter R Shepherd, University of Bath, UK SCATTERING AND ATTENUATION CHARACTERISTICS OF MICROWAVE AND MILLIMETER WAVE DUE TO RAINFALL FOR ITS AND WEATHER MEASUREMENT SYSTEM Koichi Takahashi and Yasumitsu Miyazaki, Aichi University of Technology, Japan THE BEST METHOD FOR RAIN ATTENUATION DISTRIBUTION PREDICTION BASED ON RESULTS OF TRIALS OBTAINED AT 38 GHz AND 58 GHz Vaclav Kvicera(1), Martin Grabner(1), Petr Cejka(1) and Ondrej Fiser(2), (1)TESTCOM, Czech Republic, (2)IAP AS CR, Czech Republic ON OPTIMAL POLARIMETRIC CHARACTERISTIC PARAMETERS FOR LAND-COVER CLASSIFICATION Hiroyoshi Yamada, Souhei Kakizaki and Yoshio Yamaguchi, Niigata University, Japan PARASITIC DIPOLE COUPLED TRANSVERSE SLOT AND ITS RADIATION CHARACTERISTIC M.G. Sorwar Hossain, Jiro Hirokawa and Makoto Ando, Tokyo Institute of Technology, Japan INVESTIGATION OF THE DEPENDENCE OF EIGENFREQUENCIES OF THE IONOSPHERIC-MAGNETOSPHERIC Andrey O. Ovchinnikov , St.Petersburg State Agrarian University, Russia MEASUREMENTS OF THE IMPULSIVITY OF ATMOSPHERIC NOISE AT LOW AND VERY LOW FREQUENCY IN THE MID-ATLANTIC AREA Sophie A Fieve(1), Philippe Portala(1) and Bertel Louis(2), (1)DGA/CTSN, France, (2)Rennes University, France 37 10. INHOMOGENEOUS STRUCTURE OF THE IONOSPHERIC PLASMA AND ACCURACY OF THE SATELLITE NAVIGATION SYSTEM Mikhail V Tinin(1), Byoung-Chul Kim(1), Sergei N Kolesnik(2) and Yurii A Kravtsov(3), (1)Miryang National University , Korea, (2)Irkutsk State University, Russia, (3)Space Research Center, Poland 11. SMOOTHING EFFECTS OF ANTENNA APERTURE ON VARIANCE AND SPECTRUM OF AMPLITUDE SCINTILLATION AT KA-BAND Christian Ho , Jet Propulsion Laboratory/NASA, USA POS-C. Electromagnetics and Related Topics 1. 2. 3. 4. 5. 6. 7. 8. 9. INVESTIGATION OF NUMERICAL STABILITY OF 2D FE/FDTD HYBRID ALGORITHM FOR DIFFERENT HYBRIDIZATION SCHEMES Neelakantam V Venkatarayalu, Yeow-Beng Gan and Le-wei Li, National University of Singapore SCATTERING OF E OR H POLARIZED WAVES FROM 2D CONCAVE-CONVEX SCREENS AND BOUNDARY Alexander P Anyutin and Vlidimir I Stasevich, Russian New University, Russia THEORY ANALYSIS OF ANTENNA SCATTERING Ying Liu, Shu Xi Gong and De Min Fu, Xidian University, China ADAPTIVE DIGITAL PRE-DISTORTION USING THE FPGA ELECTRONIC ARCHITECTURE Marcos Paulo De Souza Silva(1), Adriano de Andrade Mello(2), Fabio Garcia Pina(3), Leonardo de Souza Ribeiro(1), Jose de Souza Lima(2) and Mauricio Silveira(1), (1)National Institute of Telecom INATEL, Brazil, (2)Linear Electronic Equipment Co., Brazil, (3)Linear Electronic Equipment Corpotration, Brazil A NEW REGULARIZATION METHOD FOR INVERSE SCATTERING OF DIELECTRIC CYLINDERS Mitsuru Tanaka and Ryouji Kurogi, Oita University, Japan EM SCATTERING FROM GAUSS ROUGH SURFACE THROUGH WAVELET METHOD Guizhen Lu, Feng Feng, Yanjun Li and Yuemin Ning, BBI, China PULSE RESPONSES OF A PRINTED CIRCUIT BOARD WITH A VIA AND A BUMP Daisuke Kobayashi(1), Shinichi Furukawa(2) and Takashi Hinata(1), (1)Nihon University, Japan, (2) Sano College, Japan, DUAL-ELLIPSOID TYPE MICROWAVE PLASMA EQUIPMENT Wen-Liang Huang(1), Shih-Pu Chen(1), Ching-Her Lee(2) and Ching-Sung Hsiao(1), (1)ITRI, China, (2) NCUE, China THE CHARACTERISTICS OF A THREE-DIMENSIONAL EBG STRUCTURE Xiu-Juan Li, Wen-Xun Zhang, Long-Gen Zheng and Peng Lu, Southeast University, China POS-D. Systems and Related Topics 1. 2. THE SAR ESTIMATION BY THE OPTICAL FIBER THERMOMETER Noriyuki Shintani, Yoshinobu Okano and Minoru Abe, Mi-TECH, Japan AN INVERSION PROCEDURE FOR SIZING SURFACE CRACKS IN METALS, USING AN OPEN-ENDED WAVEGUIDE PROBE Farhad Mazlumi, S. Hesam H Sadeghi and Rouzbeh Moini, Amirkabir University of Technology, Iran 38 Suturday, 21 August 4A1 Time Room Chair Invited Talk(5) 09:00 to 09:50, Saturday, 21 August Tachibana : M. Sato, Tohoku University, Japan ATMOSPHERIC PROFILING FOR CLIMATE STUDIES IN EUROPE H.W.J. Russchenberg and L.P. Ligthart, IRCTR-Delft University of Technology, The Netherlands 4A2 Time: Room: Co-Chairs 1. 2. 3. 4. 5. 6. 3/4-WAVE LENGTH MULTI-BENT SINGLE WIRED ANTENNA FOR MOBILE PHONE Kazuo Sekiya(1), Takao Ono(1), Kosuke Tanabe(2), Akio Kuramoto(2) and Shinichiro Kitano(2), (1) Anten Corporation, Japan, (2)NEC Corporation, Japan STUDY OF WIDEBAND MECHANISM OF INVERTED-F ANTENNA WITH LC SERIES RESONANCE CIRCUIT Masaki Nishio, Takayoshi Itoh, Shuichi Sekine and Hiroki Shoki, Toshiba Corporation, Japan ONE-BRANCH DIVERSITY ANTENNA CONSTRUCTION USING REACTANCE-SWITCHING CIRCUIT FOR PORTABLE TELEPHONES Yasuhiro Nishioka(1), Toru Fukasawa(1), Masataka Ohtsuka(1), Sigeru Makino(1), Yonehiko Sunahara(1) and Shuji Urasaki(2), (1)Mitsubishi Electric Corporation, Japan, (2)Hiroshima Institute of Technology, Japan BROADBAND THIN INTERNAL PLANAR ANTENNA FOR MOBILE PHONE (YSTG) Fu-Ren Hsiao and Kin-Lu Wong, National Sun Yat-Sen University, Taiwan IMPROVEMENT IN RADIATION EFFICIENCY FOR MOBILE HANDSETS USING DISTRIBUTED FEED Shin Nakamatsu(1), Hideki Kawai(2), Ryo Yamaguchi(1) and Shinji Uebayashi(1), (1)NTT DoCoMo,Inc, Japan, (2)DoCoMo Technology, Japan RADIATION CHARACTERISTICS OF DUAL PLANAR ELEMENTS FOR WIRELESS TERMINAL Akihiro Tsujimura, Takashi Minemura and Takashi Amano, Toshiba Corporation, Japan 4A3 Time: Room Co-Chairs 1. 2. 3. Handset Antennas(1) 10:10 to 12:10, Saturday, 21 August Tachibana Q. Chen, Tohoku University, Japan : H. Morishita, National Defense Academy, Japan Handset Antennas(2) 13:30 to 15:30, Saturday, 21 August Tachibana K. L. Wong, National Sun Yat-Sen University, Taiwan : S. Sekine, Toshiba Corporation, Japan RADIATION CHARACTERISTICS OF ROTATIONALLY SYMMETRIC CURRENT PLANAR ANTENNA WITH UNBALANCED FEED Hiromichi Suzuki, Satoshi Mizoguchi, Takashi Amano and Tasuku Morooka, Toshiba Corporation, Japan OMNIDIRECTIONAL BROADBAND STEP-SHAPED METAL-PLATE MONOPOLE ANTENNA Kin-Lu Wong(1), Saou-Wen Su(1) and Chia-Lun Tang(2), (1)National Sun Yat-Sen University, Taiwan, (2)Industrial Technology Research Institute, Taiwan ARRAY ANTENNA WEIGHT DETERMINATION METHOD FOR MOBILE HANDSETS USING RANDOM INNER TEST SOURCES 39 4. 5. 6. Ryo Yamaguchi(1), Shin Nakamatsu(1), Hideki Kawai(2) and Shinji Uebayashi(1), (1)NTT DoCoMo, Japan, (2)DoCoMo Technology, Japan A LOOP ANTENNA WITH UNIFORM CURRENT DISTRIBUTION FOR MOBILE HANDSETS Takashi Minemura, Takashi Amano and Tasuku Morooka, Toshiba Corporation, Japan DESIGN FOR SONOBUOY TRANSMITTING ANTENNA FOR ANTI SUBMARINE WARFARE Kyeong-Sik Min, Young-Hwan Park and Kyeong-Woo Im, Korea Maritime University, Korea TUNNEL BASED ARTIFICIAL NEURAL NETWORK TO CALCULATE THE RADIATION PATTERN OF COMMERCIALLY AVAILABLE CELLULAR PHONE ANTENNA Shyam S Pattnaik(1), Dhruba C Panda(1), Bonomali Khuntia(1), Swapna Devi(1), Dipak K Neog(2), Mallay Dutta(3) and Rabindra K Mishra(4), (1)NERIST, India, (2)Dhemaji College, India, (3)Tejpur University, India, (4)Berhampur University, India 4B2 Time Room Co-Chairs 1. 2. 3. 4. 5. 6. POWER DIVIDING CHARACTERISTICS OF A SHORT-SLOT DIRECTIONAL COUPLER IN A SINGLE-LAYER DIELECTRIC SUBSTRATE WITH AIR REGION NEAR THE WAVEGUIDE SIDE WALLS Shin-ichi Yamamoto, Jiro Hirokawa and Makoto Ando, Tokyo Institute of Technology, Japan A THREE-WAY POWER DIVIDER FOR PARTIALLY PARALLEL FEED IN AN ALTERNATING PHASE-FED SINGLE-LAYER SLOTTED WAVEGUIDE ARRAY Miao Zhang, Jiro Hirokawa and Makoto Ando, Tokyo Institute of Technology, Japan NEW MUSCAT ARRAY WITH PARASITIC ELEMENTS TOWARD WIDE SCANNING RANGE Naoki Honma, Tomohiro Seki, Kenjiro Nishikawa and Koichi Tsunekawa, NTT Network Innovation Laboratories, NTT Corporation, Japan SPARSE ARRAY ANTENNA - A NEURAL NETWORK APPROACH Cristian I. Coman, Ioan E. Lager and Leo P. Ligthart, TU Delft - IRCTR, The Netherlands A HYBRID MOM-ASYMPTOTIC AND CIRCUIT BASED ANALYSIS OF LARGE FINITE PATCH ANTENNA ARRAYS WITH A PRINTED FEED NETWORK Pongsak - Mahachoklertwattana(1), Prabakhar H. Pathak(1), Panuwat - Janpugdee(1) and Yeow Beng Gan(2), (1)The Ohio State University, U.S., (2)Temasek Laboratories, Singapore A DUAL POLARIZED MICROSTRIP ANTENNA ARRAY WITH PORT DECOUPLING FOR MIMO SYSTEM Heinz J Chaloupka(1), Yi-Hao Lu(2) and Jacob C Coetzee(2), (1)University of Wuppertal, Germany, (2) National University of Singapore, Singapore 4B3 Time Room Co-Chairs 1. 2. Array Antennas(1) 10:10 to 12:10, Saturday, 21 August Hagi S. Gao, Northumbria University, UK : Y. Konishi, Mitsubishi Electric Corporation, Japan Array Antennas(2) 13:30 to 15:10, Saturday, 21 August Hagi H.J. Chaloupka, University of Wuppertal, Germany : J. Hirokawa, Tokyo Institute Technology, Japan GRATING LOBE SUPPRESSION OF NARROW WALL SLOTTED WAVEGUIDE ARRAY ANTENNA USING POST Yuta Yamamoto, Kunio Sakakibara, Nobuyoshi Kikuma and Hiroshi Hirayama, Nagoya Institute of Technology, Japan MEASURED PERFORMANCE OF SLOTTED WAVEGUIDE PHASED ARRAY ANTENNA USING FEEDING CIRCUIT OF BLOCK EXCITATION TECHNIQUE 40 3. 4. 5. Kunio Sakakibara(1), Akiyoshi Mizutani(1), Nobuyoshi Kikuma(1), Hiroshi Hirayama(1) and Naohisa Goto(2), (1)Nagoya Institute of Technology, Japan, (2)Takushoku University, Japan CONSIDERATION OF A RADIAL LINE MICROSTRIP ARRAY ANTENNA Shutaro Sanuki, Sakuyoshi Saito, Yuichi Kimura and Misao Haneishi, Saitama University, Japan MODE MATCHING TECHNIQUE FOR APERTURE ARRAY ANTENNA Jong W Zeong and Hyo J Eom, KAIST, Korea EXHAUSTIVE GENERATION AND VISUAL BROWSING FOR RADIATION PATTERNS OF LINEAR ARRAY ANTENNAS Darren Leigh(1), Tom Lanning(1), Neal Lesh(1), Kathy Ryall(1), Hiroaki Miyashita(2) and Shigeru Makino(2), (1)Mitsubishi Electric Research Laboratories, USA, (2)Mitsubishi Electric Corporation, Japan 4C2 Organizer Time: Room: Co-Chairs 1. 2. 3. 4. 5. 6. 7. SAR Polarimetry and Interferometry W-M. Boerner, University of Illinois at Chicago, USA 10:10 to 12:30, Saturday, 21 August Shirakashi (1) W-M. Boerner, University of Illinois at Chicago, USA : T. Moriyama, NICT, Japan RECENT ADVANCES IN THE DEVELOPMENT OF POLARIMETRIC INTERFEROMETRIC SAR IMAGING IN MICROWAVE REMOTE SENSING OF THE TERRESTRIAL COVERS: NEED FOR DEVELOPING MULTI-BAND SINGLE AND MULTIPLE PASS POL-IN-SAR MONITORING PLATFORMS IN AIR AND SPACE (Invited) Wolfgang-Martin Boerner(1), Ernst J. Lueneburg(2) and Jorge J. Morisaki(1), (1)UIC-ECE/CSN, Chicago, USA, (2)EML Oberpfaffenhofen, Germany USER COLLISION FOR JOINT UTILIZATION OF ELECTROMAGNETIC FREQUENCY BANDS IN RADAR REMOTE SENSING: FREQUENCY ALLOCATION, INTERFERENCE REDUCTION AND SECURITY THREAT MITIGATION(Invited) Wolfgang-Martin Boerner(1), Jorge J. Morisaki(2) and Ernst J. Luumlneburg(3), (1)UIC-ECE/CSN, Chicago, USA, (2)UIC-ECE/CSN, USA, (3)EML Consultants, Germany PHYSICAL IMPLICATIONS OF BACKSCATTERING FROM(Invited) Kun -Shan Chen(1), Hung -Wei Lee(1) and Adrian K. Fung(2), (1)NCU-CSRSR-MRSL., Taiwan, (2) UTA-EE-WSL., USA A COMPARISON OF THE KENNAUGH MATRIX AND THE COVARIANCE MATRIX(Invited) Ernst J. Lueneburg(1), Jorge J. MORISAKI(2) and Wolfgang-Martin Boerner(3), (1)EML Consultants, Germany, (2)UIC-ECE/CSN. Chicago, USA, (3)UIC-ECE/CSN, Chicago, USA A PROPAGATION STUDY OF KA-BAND DIGITAL MODULATION LMDS SYSTEM IN Taiwan (Invited) Chih -Yuan Chu(1), Kun -Shan CHEN(1) and Wolfgang-Martin Boerner(2), (1)CSRSR-MRSL., Taiwan, (2)UIC-ECE/CSN, Chicago, USA ON THE FORWARD SCATTER ALIGNMENT AND THE BACK SCATTER ALIGNMENT CONVENTIONS OF BI-STATIC RADAR POLARIMETRY(Invited) Ernst J. Lueneburg(1), Jorge J. Morisaki(2) and Wolfgang-Martin Boerner(3), (1)EML Consultants, Germany, (2)UIC-ECE/CSN. Chicago, USA, (3)UIC-ECE/CSN, Chicago, USA APPLICATION OF SPACE-BORNE RADAR INTERFEROMETRY(Invited) Chih -Tien Wang(1), Chung -Pai Chang(2), Joesphine Wu(2), Kun -Shan Chen(1) and Wolfgang-Martin Boerner(3), (1)CSRSR-MRSL., Taiwan, (2)CSRSR-ISS, Taiwan, (3)UIC-ECE/CSN. , USA 41 4C3 Time Room Co-Chairs 1. 2. 3. 4. A STUDY ON POLARIMETRIC CORRELATION COEFFICIENT FOR FEATURE EXTRACTION OF POLARIMETRIC SAR DATA Toshifumi Moriyama(1), Yoshio Yamaguchi(2), Seiho Uratsuka(1), Toshihiko Umehara(1), Hideo Maeno(1), Makoto Satake(1), Akitsugu Nadai(1) and Kazuki Nakamura(1), (1)National Institute of Information and Communications Technology, Japan, (2)Niigata University, Japan NON-INVASIVE GROUND-TRUTH VALIDATION IN VEGETATION MONITORING BY AN ULTRA-WIDEBAND GROUND-BASED POLARIMETRIC SAR SYSTEM Zheng-Shu Zhou(1), Tadashi Hamasaki(1), Wolfgang-Martin Boerner(2) and Motoyuki Sato(1), (1) Tohoku Univ., Japan, (2)ECE-CSN, University of Illinois at Chicago, USA INCIDENT ANGLE DEPENDENCE OF PI-SAR POLARIMETRIC SCATTERING CHARACTERISTICS Koichi Iribe and Motoyuki Sato, Tohoku University, Japan CORRELATION COEFFICIENT IN THE CIRCULAR POLARIZATION BASIS FOR DETECTION OF MAN-MADE TARGETS IN POLSAR IMAGE ANALYSIS Yoshio Yamaguchi , Niigata University, Japan 4D2 Time Room Co-Chairs 1. 2. 3. 4. 5. 6. Rader Polarimetry 13:30 to 14:50, Saturday, 21 August Shirakashi (1) S. Uratsuka, NICT, Japan : Y. Yamaguchi, Niigata University, Japan ESPAR Antennas 10:10 to 12:10, Saturday, 21 August Shirakashi (2) J. Chen, Doshisha University, Japan : K. Sakakibara, Nagoya Institute of Technology, Japan GENETIC-BASED DESIGN OF AN ESPAR ANTENNA WITH PARASITIC ELEMENTS MOUNTED AT THE CIRCUMFERENCE OF A DIELECTRIC CYLINDER Qing Han, Brett Hanna, Keizo Inagaki and Takashi Ohira, ATR Wave Engineering Laboratories, Japan A FISHER-CRAM´ER-RAO LOWER BOUND AND MUSIC STANDARD DEVIATION FORMULATION FOR ESPAR ANTENNAS Eddy M Taillefer(1), Akifumi Hirata(1), Hiroyoshi Yamada(2) and Takashi Ohira(1), (1) ATR Wave Engineering Laboratories, Japan, (2)Niigata University, Japan EQUIVALENT STEERING VECTOR FOR ESPAR ANTENNAS AND ITS DERIVATION BY USING STRUCTURAL PARAMETERS OF VECTOR EFFECTIVE LENGTH Kyouichi Iigusa, Takashi Ohira and Bokuji Komiyama, ATR Wave Engineering Laboratories, Japan EXPERIMENT OF DOA ESTIMATION WITH RD-CUBA-MUSIC USING 7-ELEMENT ESPAR ANTENNAS Yoshihiko Ogawa(1), Akifumi Hirata(1), Hiroyoshi Yamada(2) and Takashi Ohira(1), (1) ATR Wave Engineering Laboratories, Japan, (2)Niigata University, Japan SPATIAL FADING EMULATOR USING CAVITY-EXCITED CIRCULAR ARRAY BASED ON ESPAR ANTENNA Chulgyun Park(1), Jun-ichi Takada(1), Kei Sakaguchi(1) and Takashi Ohira(2), (1)Tokyo Institute of Technology, Japan, (2) ATR Wave Engineering Laboratories Research Labs., Japan DIVERSITY ANTENNA LOADED WITH VARIABLE CAPACITORS FOR EFFECTIVE COMBINING Hiroya Tanaka(1), Ichirou Ida(1), Jun-ichi Takada(1), Takeshi Toda(2) and Yasuyuki Oishi(2), (1) Tokyo Institute of Technology, Japan, (2)Fujitsu Ltd., Japan 42 4D3 Time Room Co-Chairs 1. 2. 3. 4. 5. 6. DUAL-FREQUENCY LOOP SLOT ANTENNA WITH PARASITIC ELEMENTS Yuji Yokoo and Hiroyuki Arai, Yokohama National University, Japan NEW BEAM STEERING BASE STATION ANTENNA USING EBG MATERIAL Jean-Pierre Daniel , ADVANTEN, France A HORIZONTAL POLARIZED OMNIDIRECTIONAL PATTERN ANTENNA COMPOSED OF TWO NOTCHED-PLATE PANEL ELEMENTS Nobuhiro Kuga and Kazuhiro Kowaita, Tokyo Polytechnic University, Japan DESIGN OF A POLARIZATION DIVERSITY BI-DIRECTIONAL ANTENNA USING TWO-PROBE EXCITED CIRCULAR RING FOR 5 GHz WLAN Panisa Keowsawat, Chuwong Phongcharoenpanich, Sompol Kosulvit and Monai Krairiksh, King Mongkut's Institute of Technology, Thailand AN ELLIPTICAL RING EXCITED BY A PROBE RADIATING BIDIRECTIONAL PATTERN Krittaya Nakprasit(1), Charray Boonpeng(1), Phairote Wounchoum(2), Somsak Akkatimagool(2) and Chuwong Phongcharoenpanich(1), (1)King Mongkuts Institute of Technology Ladkrabang, Thailand, (2)King Mongkuts Institute of Technology North Bangkok, Thailand A SINGLE SPIRAL ANTENNA WITH STEERABLE BEAM Dariush Mirshekar-Syahkal and Amit Mehta, University of Essex, UK 4E2 Time Room Co-Chairs 1. 2. 3. 4. 5. Base Station Antennas 13:30 to 15:30, Saturday, 21 August Shirakashi (2) C.Phongcharoenpanich, KMITL, Thailand : N. Kuga, Yokohama National University, Japan Earth-Space and Terrestrial Propagation(1) 10:10 to 11:50, Saturday, 21 August Meeting Room (8) B. Arbesser-Rastburg, ESTEC, The Netherlands : Y. Maekawa, Osaka Electro-Communication University, Japan TOMOGRAPHIC RAIN MEASUREMENT SYSTEM USING TRANSMISSIONS FROM GEOSTATIONARY SATELLITES Masaharu Fujita, Haruyoshi Kurakawa and Hiroshige Suzuki, Tokyo Metropolitan Institute of Technology, Japan MEASURING SYSTEM FOR KU-BAND SATELLITE-DIVERSITY (SAT. D) CHARACTERISTICS AND SHORT-TERM MEASURED EXAMPLES Takeshi Hatsuda, Shingo Okumura, Hiroyuki Matsubara and Naoki Inoue, Hokkaido Institute of Technology, Japan COMPARISON OF PREDICTED RAIN ATTENUATION BY ITU-R-METHODS WITH MEASURED DATA Fumiaki Minematsu, Masashi Kamei and Kazuyoshi Shogen, NHK, Japan CUMULATIVE TIME PERCENTAGES OF RAINFALL RATE AND RAIN ATTENUATION OBSERVED ON THE SATELLITE LINKS AT EQUATORIAL ATMOSPHERIC RADAR Tadashi Fujiwara(1), Yasuyuki Maekawa(1), Yoshiaki Shibagaki(1), Toru Sato(2), Mamoru Yamamoto(2), Hiroyuki Hashiguchi(2) and Shoichiro Fukao(2), (1)Osaka Electro-Communication University, Japan, (2)Kyoto University, Japan, AN INVESTIGATION ON LAVERGNAT-GOLE CONVERSION METHOD FOR DIFFERENT INTEGRATION TIME RAIN RATE DISTRIBUTIONS BY USING REGIONAL CLIMATIC PARAMETERS Chieko Ito and Yoshio Hosoya, Kitami Institute of Technology, Japan 43 4E3 Time Room Co-Chairs Earth-Space and Terrestrial Propagation(2) 13:30 to 15:30, Saturday, 21 August Meeting Room (8) V. Kvicera, TESTCOM, Czech Republic : M. Fujita, Tokyo Metropolitan Institute of Technology, Japan 1. COMPARISON OF SATELLITE VISIBILITY IMPROVEMENTS BETWEEN SATELLITE DIVERSITY (SAT. D) SYSTEM AND TIME DELAYED DIVERSITY (TDD) SYSTEM IN HOKKAIDO URBAN CITIES Takeshi Hatsuda, Kazuya Hashimoto, Junko Masuda and Jun Murakami, Hokkaido Institute of Technology, Japan 2. SPATIAL AND TEMPORAL VARIATIONS OF ATMOSPHERIC DELAY REVEALED FROM INTERFEROMETRIC OBSERVATIONS OF LEO SATELLITE BEACONS Masanori Nishio(1), Hisaki Akasaki(1), Chikara Minamitake(1) and Yoshio Sumino(2), (1)Kagoshima University, Japan, (2) Shinshu University, Japan 3. A SATELLITE LINK-LIKE BIT ERRORS MODEL BASED ON THE RECEIVED SIGNAL LEVEL FOR LINK SIMULATOR’S NOISE IMPLEMENTATION. Fondjo F. Franklin, Kiyotaka Fujisaki, Tsuyoshi Matsuoka and Mitsuo Tateiba, Kyushu University, Japan 4. EXPERIMENTAL RESEARCH ON FLIGHT ROUTE AND ITS EFFECT ON SATELLITE COMMUNICATIONS AT KYUSHU UNIVERSITY Nobuyuki Setoguchi, Kiyotaka Fujisaki, Miwa Miyata, Tsuyoshi Matsuoka and Mitsuo Tateiba, Kyushu University,Japan 5. THE IMPACT OF WATER VAPOR IN ATMOSPHERE ON KU BAND SATELLITE DTV RECEPTION IN A SUB-TROPICAL REGION Khamphoui Southisombath(1), Toshio Wakabayashi(1), Yoshiaki Moriya(1) and Thikumporn Boonchuk(2), (1)Tokai University, Japan, (2)King Mongkut's Institute of Technology Ladkrabang, Thailand 6. DIURNAL VARIATIONS OF GROUND LAYER ATMOSPHERIC REFRACTIVITY Martin Grabner and Vaclav Kvicera, TESTCOM, Czech Republic 44 ABSTRACTS OF WORKSHOP LECTURES Workshop A Lecturer Physics of the Electromagnetic Coupling Mechanisms in Physically Different Structures: A Case Study with Planar Antennas, Narrow Slit in a Thick Conducting Screen and Near-field Scanning Optical Microscope Young-Ki Cho, Kyungpook National University, Korea Abstract : This tutorial deals with the underlying physics of coupling mechanisms in physically different structures like small planar antenna, narrow slit in a thick conducting screen and near field scanning tunneling optical microscope, with main emphasis centering on the relevancy and similarities among their working principles. The talk comprises of four parts: In section I, an introductory discussion on the inter-relationship among the working principles and coupling mechanisms of these three technologies, is done. In section II, the problems involved in electromagnetic coupling through narrow and wide slits in a parallel-plate waveguide (PPW) to a nearby conducting strip, as simplified models of the two-dimensional problems of aperture-coupled and proximity-coupled microstrip structures, are discussed. The discussion is then specialized to the impedance matching methods and two types of radiative coupling mechanisms viz. cavity and parasitic. These coupling mechanisms are also observed in case of flanged PPW coupled to a conducting strip. In section III, attention is focused on the transmission resonance problem through a narrow slit in a thick conducting screen. As the slit width approaches zero, maximum transmission (transmission resonance) occurs at resonant thicknesses of the conducting screen, which approach multiples of half wavelength. Essentially the same phenomenon as this is also observed in the maximum coupling problem of cavity-type in section II. A brief discussion on transmission resonance phenomena is also given in connection with the high transmission phenomena through sub-wavelength gratings. The concept of FTIR (Frustrated Total Internal Reflection), widely used in NSOM (Near-field Scanning Optical Microscope), is introduced in section IV. When the scattering object such as a probe tip or the sample is brought within the evanescent field, the totally internal reflected (TIR) electromagnetic field is perturbed. By detecting the quantities of the perturbed field, imaging is achieved. The role of the scattering object here is analogous to that of a nearby parasitic conductor in section II. In this context, a comparative discussion between the notions of impedance matching in section II (corresponding to increasing the conductance and canceling the susceptance components with a conducting strip placed nearby) for physically small radiating structures and conversion of evanescent component to propagating one (corresponding to the role of a scattering object in the evanescent field) in the area of NSOM technology, is given. Finally, it is hoped that this tutorial may help in better understanding of the underlying physics involved in the working principles of the fore-mentioned technologies, as the title indicates. Workshop B Lecturer Smaller and Smarter - Architectures for Active Integrated Antennas Peter S. Hall, University of Birmingham, UK Abstract: There is a drive amongst designers to make antennas smaller and smarter, to meet the needs of new communication systems, by integrating antennas with the RF front end. This drive comes from the need to make antennas both more functional and if possible smaller. For example cellphone handset designers are now contemplating integrating switches into the antennas, to get reconfiguration into additional bands, that gain them a competitive edge in what is traditionally an extremely cost sensitive market. At the other extreme of the communications technology spectrum, satellite antenna designers are looking for extra system capacity through highly adaptive active array antennas using integrated antenna front-ends. “Active integrated antennas” are traditionally formed by the integration of active devices and other circuit components into or very close to an antenna. They can be used to form elements or small arrays possessing smartness, which can be defined as additional functionality, relating to reconfiguration, or transmit and receive operation, for communications radar or transponder applications. They can also have application either in grid or array configurations for millimetric power generation, or in quasi-optical beam processing. This workshop will concentrate on the former application area. Whilst many of the fundamental possibilities and limitations have been identified, for planar integration 45 techniques, attention is now being paid to the architecture that could be used, as a way to optimize the potential and mitigate the limitations. Whilst planar integration is important for use in monolithic microwave integrated circuits, multilayer operation gives some important operational benefits, particularly when circuit screening is needed. In both types, the interconnection between the components is crucial. In addition, several new terms are being used to describe the drive to smartness, that reveal some of the aspirations of designers. Cognitive antennas can sense their environment and respond to it, by some form of adaption or reconfiguration. Ubiquitous antennas, by a similar process of adaption, can make themselves useable in many different systems, and hence drive down the unit cost. These exciting drivers and trends form the background to this workshop, in which the ways antennas and front-ends can be integrated will be reviewed. Techniques and their potential and limitations will be identified, the current position stated, and the needs of further work discussed. Workshop C Lecturer Wave Analysis, Characterization, and Applications of Metamaterials Akira Ishimaru, University of Washington, USA Abstract : At present, a large body of electromagnetic research is based on the permeability of one (µr=1), except magnetic material. In 1968, Veselago published a paper discussing some peculiar electromagnetic characteristics in a medium with simultaneously negative values of µr and εr. This did not attract much attention until the late 1999’s when Pendry, Smith and others actually produced a composite material with negative µr and εr. This material is now called NIM (negative index medium), NIR (negative index of refraction medium), LHM (left-handed medium), or DNG (double negative medium). This study spurred intensive research on metamaterials, which are artificial materials whose µr and εr can range from – to +. The peculiar wave characteristics in this medium include negative refraction, phase and group velocities in opposite directions, Poynting vectors and wave number vectors pointing in opposite directions, large evanescent powers, and a possibility of focusing spot size much smaller that a wavelength. NIM is often highly dispersive and lossy. However, the use of left-handed transmission lines may point to metamaterials with less dispersion and low loss. This lecture covers three important questions regarding metamaterials. First, we discuss the general analysis of wave characteristics in metamaterials, including phase and group velocities, Poynting vectors, loss and dispersion, reflection and transmission, and space-time wave packets. Several interesting wave phenomena are discussed, including backward surface waves and backward lateral waves. Secondly, we discuss how to construct metamaterials and the relationships between the constitutive relations and the physical geometries of inclusions in metamaterials, including bulk metamaterials and transmission line approaches. Thirdly, we discuss possible new applications of metamaterials, including plasmon sensors and focusing structures. Research on metamaterials is actively being pursued today, and new discoveries and applications are anticipated which may spur intensive new electromagnetic research in the future. 46 Workshop D Lecturer Characteristic Basis Function Method—A Novel Approach to solving Large Problems involving Microwave Antennas, Arrays and Radar Scatterers Raj Mittra, Pennsylvania State University, USA Abstract : Despite a recent spectacular increase in our capability to numerically model, simulate the performances, and design complex electromagnetic systems, we often encounter problems that are so large (see Figs. 1 through 6 for examples) as to be beyond the reach of available computational resources to tackle them using conventional CEM techniques. The purpose of this talk is to introduce a recently-developed approach, called the Characteristic Basis Function Method (CBFM) for handling such problems that are often encountered in practice. Examples include large antennas and arrays, dielectric or Frequency Selective Surface (FSS) radomes, radar targets and EMI/EMC problems that are not amenable to analysis via the GTD, PTD or other asymptotic methods commonly used for large problems. This is because the asymptotic techniques are often limited in their application to PEC structures, or those whose surfaces can be described in terms of approximate reflection coefficients. Many practical CEM modeling problems of interest do not fall in this category and, hence, the search for numerically efficient techniques to solve large problems involving complex structures continues unabated. In this talk we will begin by briefly reviewing the progress made in enhancing the available CEM techniques, viz., the Method of Moments (MoM), Finite Element Method (FEM), and the Finite Difference Time Domain (FDTD) or its variants. Of these the MoM is best suited for PEC structures, or those with homogeneous dielectric coatings, whereas the finite methods can handle arbitrary objects, comprising of both PECs and inhomogeneous dielectrics, including metamaterials—albeit at a computational cost which is higher than that of the MoM for PEC objects. Since the MoM generates a dense matrix, typically the number of DOFs (degrees of freedom) that it can handle is usually smaller than that can be dealt with using the FEM, or the FDTD. Great strides have recently been made in enlarging the scope of MoM via the use of the Fast Multipole Method (FMM), which has made it feasible for us to solve problems that require the handling of 106 DOFs, or even higher. The FDTD can routinely handle upward of 109 DOFs on a moderate size computing platform, but it requires a discretization, which is 2 to 3 times finer than that employed in the MoM. However, we explain, via illustrative examples, why these methods are still limited in their ability to solve large complex problems of practical interest that we frequently encounter. The talk will explain how this diverse array of problems, and several other antenna, RCS and EMI/EMC problems can be handled by using the CBFM that adds certain modules to the legacy MoM or FDTD codes and makes extensive use of LINUX clusters to solve large problems 47 48 EXHIBITION Time Room 9:00 – 18:00, August 18(Wednesday)-20(Friday) Sakura, 2nd floor, Sendai International Center Company and Institution Exhibition 1. AGILENT TECHNOLOGIES JAPAN LTD. 2. ANTENNA GIKEN CO., LTD. 3. ATR Wave Engineering Labs. 4. CRC SOLUTIONS CORP. 5. FARAD CORP. 6. IEICE, IEEE/AP-S and IEE 7. JAPAN BROADCASTING CORP. 8. KDDI R&D LABORATORIES INC. 9. KYOKUTO BOEKI KAISYA, LTD. 10. MITSUBISHI ELECTRIC CORP. 11. NATIONAL INSTITUTE OF INFORMATION AND COMMUNICATIONS TECHNOLOGY 12. NEC CORPORATION 13. NIHON DENGYO KOSAKU CO., LTD 14. NIPPON PILLAR PACKING CO., LTD. 15. NTT DoCoMo, Inc. 16. OMRON CORPORATION 17. RIKEN DENGU SEIZO CO., LTD. 18. SANYO ELECTRIC CO., LTD. 19. TOSHIBA CORP. 20. TOYO CORP. University Exhibition Several university laboratories will present their R&D activities. Historical Review of Antenna Systems in Japan The historical review of antenna systems in Japan will also be presented. A replica of UHF transceiver using Yagi-Uda antenna developed by Prof. Uda in 1929 will be displayed as well. 49 LOCATION OF YOUR POSTER BOARD 50 ACCESS TO SHOZANKAN SUBWAY 6 minutes by walk from subway station ‘Kita Yoban Chou’ TAXI 5 minutes by taxi from Sendai station 51 ACCESS TO THE CONFERENCE SITE Access to Sendai∗ The diagram below explains how to get to Sendai by air or land. Sendai is located 350 kilometers north of Tokyo on the pacific coast of Japan. Domestic flights to Sendai from Kansai, Nagoya, and other major domestic airports are available but not from Narita. The ShinkanSen (bullet train) connects major cities in Japan with its fast and punctual service. An express night bus from Narita Airport to Sendai is in service but is limited to one departure daily. Getting to Sendai by Land All seats on the Narita Express, Skyliner, and Tohoku Shinkansen must be purchased in advance. The fares mentioned in the diagram are for regular reserved seats and vary slightly according to the season and time. JR (Japan Railway) tickets may be purchased at ticket reservation offices (indicated by the sign on the left and called Midori no Madoguchi) located in JR stations throughout Japan. Tickets for the above mentioned trains may be purchased at basement level 1 of Narita Airport and also the Terminal 2 building. The Narita Express leaves frequently from the airport and offers ample luggage compartments. Allow yourself at feast 30 minutes to transfer to the Tohoku Shinkansen at Tokyo Station if you are unfamiliar with the building. Transferring to the Tohoku Shinkansen Once you arrive at the basement level of Tokyo Station via the Narita Express, you will need to transfer to the Tohoku Shinkansen bound for Sendai. At Tokyo Station, there are numerous color-coded signs in English that will help you find your way to the Shinkansen boarding platform. Follow the green signs designated as "Tohoku-Yamagata-Akita-Joetsu-Nagano Shinkansen" all the way up to the uppermost level of Tokyo Station. The Shinkansens bound for Sendai are called Yamabiko and Komachi and depart from tracks 22 or 23 (the Komachi, which goes to Akita, also stops in Sendai). Electronic signs above the platforms display information regarding train arrivals and departures. Signs on the platforms indicate where each car will stop so you can stand by at the correct location. The Yamagata Shinkansen bound for Shinjo is called Tsubasa, the Joetsu Shinkansen bound for Niigata is called Asahi, and the Nagano Shinkansen bound for Nagano is called Asama. The Tokaido-Sanyo Shinkansen bound for Osaka and Hakata are called Nozomi, Hikari and Kodama. The Tohoku and Joetsu Shinkansen are painted with the same green color used in the directional signs so please be sure to board the correct train (Yamabiko or Komachi). Getting to Sendai by Air An alternative method to reach Sendai is to fly directly into Kansai or Nagoya Airport and transfer to a connecting flight to Sendai. Domestic flights to Sendai are in service from other airports. Direct international flights from Beijing-Dailian, Guam, Hong Kong, Honolulu, Seoul, and Shanghai-Beijing to Sendai are presently in service. Please check with your travel agent or carrier for further details concerning the the service and frequency of connecting flights to Sendai. Airport Shuttle Bus Service A shuttle bus is in service between Sendai Airport and Sendai Station (about 40 min one-way) on a daily basis. The bus departs from the Sendai Airport Terminal Building at approximately 10 minute intervals. One-way fare for adults ¥910 (round-trip tickets are ¥1,640). For domestic and international flights from Sendai, the shuttle bus departs at approximately 15 minute intervals from the No.15-2 bus stop located at the west bus pool area below the pedestrian walkway in front of Sendai Station. Domestic flights to and from Fukuoka, Hiroshima, Kansai International Airport, Komatsu, Nagoya, Okayama, Okinawa, Osaka, Sapporo, and Takamatsu are in Service. For domestic frights, it is recommended that passengers take the bus which leaves 1 hr 30 min prior to the flight departure time. For international flights, take the bus which ∗ This information was provided by the Sendai Tourism and Convention Bureau (http://www.stcb.or.jp) 52 leaves 2 hr 30 min prior to the fight departure time. Public Jumbo Limousine Taxi Public Jumbo Limousine Taxi is available from the Sendai airport to hotels in Sendai city. Send e-mail for reservation at least before arrival. The one way fare is 1900Yen for most of the hotels in Sendai city. For more information, please visit the site : http://www.inaritaxi. co.jp/english/index.html. Travel Information and Assistance Japan Travel-Phone : Japan Travel-Phone is a nationwide travel information and language-assistance service in English operated from 9:00 a.m. to 5:00 p.m. daily. This service is toll free from outside Tokyo or Kyoto but is available only through the yellow, blue or green Public telephones. You must first insert ¥10 or a telephone card and dial the number. Once the call is completed, the coin or the card will be returned. Tel: 0120-222800 (Eastern Japan region) Tel: 0120-444800 (Western Japan region) You may also call or visit the Tourist Information Center (TIC). z Tokyo TIC Office: 3-5-1 Marunouchi, Chiyoda-ku, Tokyo. Tel: (03) 3201-3331 z Kyoto TIC Office: Kyoto Tower BIdg., Higashi-Shiokojicho, Shimogyo-ku, Kyoto. Tel: (075) 37l-5649 z Narita Airport TIC Office: Number 1 Airport Terminal Bldg., Narita.¥Tel: (0476) 32-8711 JR East Infoline : JR East operates an English information service for overseas visitors who wish to inquire about train schedules, location of ticket reservation offices, station facilities, Lost and Found, and general information regarding Japan Railways. Tel: (03) 3423-0111 (Monday-Friday, 10:00 a.m. to 6:00 p.m.) English Hotline : There is an English hot line service for foreign visitors in Sendai seeking to obtain information regarding travel, city administration and assistance in helping to overcome communication 53 problems. Tel: (022) 224-1919 (10:00 a.m. to 8:00 p.m., daily except on national holidays). Map of Sendai International Center BUS 10minutes from Sendai Station (No.9 bus stop). Take bus marked:W8-3 AOBADAI or W8-2 MIYAKYODAI Get off at HAKUBUTUKAN KOKUSAICENTER MAE). It is the 5th stop. TAXI 7minutes from Sendai Station WALK 30minutes from Sendai Station straight down AOBA DORI, across the OHASHI-BRIDGE. 54 FLOOR GUIDE OF SENDAI INTERNATIONAL CENTER 55 REGISTRATION Online registration is available through http://www.ieice.org/cs/isap/2004 on and before August 2, 2004. After August 3, please make registration on site. Early registration is strongly recommended. Those who registered on or before July 1 and deposited the fee by the end of July will be notified the ID and password which enables them to access the proceedings papers online after August 3. Registration Fee Regular Student* Accompanying person On or before July 1, 2004 JPY 50,000 JPY 20,000 After July 2, 2004 FREE JPY 55,000 JPY 25,000 *Please send a copy of ID-card by FAX or e-mail. The Registration Fees for Regular Participants and Students will include: - Admission to all technical sessions and exhibition except for workshop. - Proceedings (CD-ROM ) - Welcome Reception (August 17) - Buffet Party (August 19) Accompanying person can join the welcome party Additional Buffet party ticket for accompanying person :JPY 3,000 Workshop Fee Title Speaker Regular Student Electromagnetic coupling mechanisms in Prof. Young Ki Cho, Workshop planar antennas, transmission resonance Kyungpook National JPY10,000 JPY5,000 through narrow slit in thick conducting (A) University, Korea screen, and near-field scanning microscope Prof. Peter S. Hall, Workshop Smaller and Smarter - Architectures for University of Active Integrated Antennas (B) Birmingham, UK Workshop Wave Analysis, Characterization, Applications of Metamaterials (C) and JPY10,000 JPY5,000 Prof. Akira Ishimaru, JPY10,000 JPY5,000 University of Washington, USA Characteristic Basis Function Method --A Technique for Efficient Numerical Prof. Raj Mittra, Workshop Analysis of Large Scale EM Modeling and Pennsylvania State (D) Simulation of Microwave Circuits, Antennas University, USA and Scattering Problems. JPY10,000 JPY5,000 Social Program 1 Event Name Date Fee Experience of Japanese Culture for Women August 18 13:30-16:00 FREE 56 2 Matsushima Tour August 19 9:00-16:00 JPY 2,000 3 Technical Tour August 20 9:00-16:00 JPY 2,000 Proceedings Additional CD-ROM (A CD-ROM is included in registration fee) JPY 2,000 Hard copy (not included in registration fee) JPY 4,000 If you would like a proceeding (CD-ROM) without attending symposium, please contact us: [email protected] . You will be required to pay the registration fee and delivery charge HOTEL ACCOMODATIONS Kinki Nippon Tourist, Co., Ltd. (KNT) has reserved rooms at hotels in Sendai for the symposium. Please make an on-line application for a reservation. Location of each hotel is illustrated on page 59 Code Hotel Name Room Rate Deposit Twin Twin /Twin Single Twin Single (Single use) (Single use) 1 Sendai Excel Tokyu Hotel 10,500 14,700 16,800 20,000 20,000 2 Sendai Washington Hotel 7,400 7,900 12,800 10,000 20,000 6,300 8,400 10,500 12,600 10,000 20,000 Hotel Metropolitan Sendai 12,600 15,750 18,900 20,000 20,000 11,550 11,550 10,000 20,000 3 4 Hotel Leopalace Sendai 5 Chisan Hotel 7,350 Access 5 min. by car from JR Sendai station 5 min. by car from JR Sendai station 5 min. by car from JR Sendai station In front on JR Sendai station 5 min. walk from JR Sendai station For twin (single use), please choose "twin" for Room Type. For twin (twin use), please choose "twin" for Room Type, and INPUT THE NAME OF YOUR SHARING PERSON for Room Mate below. Note: * The above room rates are per room per night, including tax, service charge, and no meal. * The above rates are subject to change. * The deposit will be deducted from your bill. Please settle the balance at the hotel cashier Confirmation After receiving fees, a confirmation will be sent to you in July Payment Payment should be made only in Japanese Yen by one of the following methods. 57 1) Credit Card (VISA, Master Card, American Express, Diners Club, or JCB only). 2) Bank Transfer to Bank: Sumitomo Mitsui Banking Corp. Chuo Branch Account No: 1855352 Account Name: Kinki Nippon Tourist Co., Ltd *Please send a copy of your bank receipt by fax or e-mail. *Please note that the bank charge for remittance must be borne by the participant Cancellation In case of cancellation, a written notification should be sent directly to KNT to avoid any trouble. The cancellation charges are: Registration On or before August 2, 2004 ---------------------------- 25% After August 3, 2004 ---------------------------- 100% Hotel Accommodation Up to 14 days prior to check-in date ----------------------No charge 13 - 7 days prior to check-in date ----------------------10% of one day room charge 6 - 3 days prior to check-in date ----------------------40% of one day room charge Less than 3 days or no notice given ---------------------100% of one day room charge Refund Refund will be made after the symposium period, after deducting bank and/or credit card service charges. If payment was made by credit card, refund will be made to the same credit card, and if by bank transfer, please inform us of your bank account. 58 LOCATION OF MAIN HOTELS IN THE SYMPOSIUM 59 CALL FOR PAPERS Special Issue on 2004 International Symposium on Antennas and Propagation The Institute of Electronics, Information and Communication Engineers (IEICE) Transactions on Communications announces a forthcoming special issue on the 2004 International Symposium on Antennas and Propagation which will be published in June, 2005. The 2004 International Symposium on Antennas and Propagation (ISAP ’04) sponsored by the Communications Society of the IEICE will be held in Sendai, Japan, August 17 through 21, 2004, which will provide an international forum for presentations and discussions of the latest advances in the widely interdisciplinary areas of antennas, propagation and electromagnetic theory. By taking this opportunity the Special Issue on ISAP ’04 has been planed to publish articles which are limited to the papers presented at oral or poster session in ISAP’04. Your participation to the ISAP ’04, and the contribution to this special issue would be greatly appreciated. 1. Scope The major topics include, but are not limited to ¾ Wireless communication system including MIMO, UWB and so on ¾ Antennas and related topics ¾ Wave propagation and related topics ¾ Electromagnetic theory including computational electromagnetics ¾ Antenna applications including biomedical electromagnetics, sensing, EMC/EMI and so on Detailed information of ISAP ’04 is provided at the web site: http://www.ieice.org /cs /isap/2004. 2. Submission Instructions The deadline for submission is September 30, 2004. Manuscript should be prepared according to the guideline given in the “Information for Authors”. The latest version of it is available at the web site, http // www.ieice.org /shiori/mokuji.html, or you can refer its brief summary attached to IEICE Transactions. The length of the paper should not exceed 8 printed pages in principle. The term for revising the manuscript after acknowledgement of conditional acceptance for this special issue could be shorter than that(60 days) for other issues because of the tight review schedule. In this special issue, the electric submission is adopted. Prospective authors are requested to follow carefully the submission process described bellow. 1. Authors must present their paper at oral or poster session in ISAP ’04 for submitting their paper to this special issue. Deadline for online paper submission of the ISAP ’04 is February 29, 2004. 2. Submit a revised version of the ISAP ’04 paper using the IEICE Web site http:// review.ieice.org/regist_e.wbt. The acceptable format of the file is Adobe Acrobat™ (.pdf) file. Other any files and the e-mail submission are Not acceptable. Authors should choose the [Special-EB] 2004 International Symposium on Antennas and Propagation as a “Type of Issue/Category of Transactions” on the online screen. Do not choose [Regular-EB] Communications. 3. Two sets of the hard-copy manuscript including the figures and tables, should be sent by postal mail to the following address together with “Copyright Transfer and Page Charge Agreement’’ and “Confirmation Sheet of Manuscript Registration”. Please mark “Special issue on ISAP ’04” on the envelope. It is also requested to notify us the paper ID written in a letter of formal acceptance from the ISAP ’04. Manuscripts and all inquires should be sent to: Prof. Hiroyuki Arai Department of Electrical and Computer Engineering Yokohama National University Yokohama, 240-8501 Japan E-mail:[email protected] * Please note that if accepted for publication, authors are requested to pay for the page charges covering partial cost of publication. The table of page charges is available from http://www.ieice.org/eng/shiori/appb.html. Authors will receive 100 reprints 60 ISAP ’04 COMMITTEE Organizing Committee Y. Koezuka (Mitsubishi Elec.) M. Karikomi (Nihon Dengyo Kosaku) H. Kawakami (Antenna Giken) B. Komiyama (ATR) T. Shiokawa (Tohoku Gakuin Univ.) T. Shiozawa (Chubu Univ.) Y. Suzuki (Furukawa Techno-Research) T. Nakamura (Fujitsu) M. Tateiba (Kyushu Univ.) H. Tsuchiya (NEC Tokin) T. Teshirogi (Anritsu) I. Nagano (Kanazawa Univ.) H. Nakano (Hosei Univ.) E. Hayasaka (Tohoku Elec. Power) H. Namba (DENSO) Y. Hashimoto (TDK) M. Hasegawa (Panasonic Mobile Commun.) T. Hinata (Nihon Univ.) Y. Hirata (KDDI R&D Labs.) K. Hirade (JRC) K. Fukuzawa (Sony) Y. Furuhama (JAXA) T. Kuki (NEC) H. Matsumoto (RISH, Kyoto Univ.) H. Mishima (Denki Kogyo) K. Enami (NHK) K. Yoshida (Sumitomo Elec.) S. Sampei (Osaka Univ.) M. Kawai (Ritsumeikan Univ.) M. Ando (Tokyo Tech) Y. Takayama (Univ. of Hyogo) K. Maeda (JAXA) Y. Kotsuka (Tokai Univ.) S. Kuriki (Hokkaido Univ.) Chair K. Sawaya (Tohoku Univ.) Vice Chairs T. Ihara (Kanto Gakuin Univ.) T. Masamura (NTT DoCoMo) Secretaries T. Uno (Tokyo Univ. of Agri. Tech.) S. Makino (Mitsubishi Elec.) Honary Members T. Kitsuregawa (Mitsubishi Elec.) Y. Mushiake (Tohoku Univ.) F. Ikegami (Kyoto Univ.) T. Sekiguchi (Tokyo Tech) K. Nagai (Toshiba) S. Adachi (Tohoku Univ.) H. Yokoi (Tokyo Denki Univ.) N. Goto (Takushoku Univ.) M. Shinji (Tokai Univ.) K. Itoh (Tomakomai Natl. Col. of Tech.) T. Takano (JAXA) K. Kagoshima (Ibaraki Univ.) Members M. Arinobu (Toshiba) S. Ohmori (NICT) H. Ikuno (Kumamoto Univ.) Y. Ishikawa (Murata Mfg. Co., Ltd.) M. Ishiguro (NAO) N. Inagaki (Nanzan Univ.) K. Inada (Fujikura) M. Umehira (NTT) S. Okubo (Hitachi Cable) K. Ota (Sharp) Steering Committee Chair Technical Program Y. Karasawa (Univ. of Elec.-Comm.) K. Sawaya (Tohoku Univ.) Vice Chairs M. Ando (Tokyo Tech) K. Ito (Chiba Univ.) T. Hori (Univ. of Fukui) Young Scientist Travel Grant (YSTG) Y. Ogawa (Hokkaido Univ.) A. Kuramoto (NEC) K. Shogen (NHK) Y. Yamaguchi (Niigata Univ.) Secretaries T. Uno (Tokyo Univ. of Agri. Tech.) S. Makino (Mitsubishi Elec.) Q. Chen (Tohoku Univ.) Public Relations N. Kikuma (Nagoya Inst. of Tech.) 61 Publicity Social Program H. Shoki (Toshiba) T. Taga (Kwansei Gakuin Univ.) Financial Affairs M. Tanaka (NICT) Members H. Arai (Yokohama Natl. Univ.) K. Cho (NTT DoCoMo) J. Hirokawa (Tokyo Tech) S. Nomoto (KDDI) T. Ohira (ATR) T. Sato (Kyoto Univ.) J. Takada (Tokyo Tech) M. Takahashi (Chiba Univ.) M. Taguchi (Nagasaki Univ.) Planning Y. Konishi (Mitsubishi Elec.) Registration T. Manabe (NICT) Local Arrangement M. Sato (Tohoku Univ.) Overseas Corresponding Members B. Arbesser-Rastburg (ESA-ESTEC) T. S. Bird (CSIRO) W. M. Boerner (Univ. of Illinois at Chicago) J. P. Daniel (ADVANTEN) H. J. Eom (KAIST) P. S. Hall (Univ. of Birmingham) M. Krairiksh (KMITL) G. Kumar (I. I. T. Bombay) L. W. Li (Natl. Univ. of Singapore) K. M. Luk (City Univ. of Hong Kong, Hong Kong) A. Nosich (Natl. Academy of Sci. of Ukraine) D. C. Park (Chungnam Natl. Univ.) G. Pelosi (Univ. of Florence,) L. Shafai (Univ. of Manitoba) W. R. Stone (IEEE Editor) R. S. Thomae (Ilmenau Technical Univ.) P. L. E. Uslenghi (Univ. of Illinois at Chicago) K. L. Wong (Nat. Sun Yat-Sen Univ.) A. Yarovoy (Delft Univ. of Tech.) W. X. Zhang (Southeast Univ.) Technical Program Committee S. Ichitsubo (NTT DoCoMo) H. Iwai (KDDI R&D Labs.) R. Jin (Shanghai Jiaotong Univ.) L. W. Li (Natl. Univ.of Singapore) Y. Maekawa (Osaka Ele.-Comm.) T. Miwa (Univ. of Elec.-Comm.) H. Morishita (Natl. Defense Academy) S. Nam (Seoul Natl. Univ.) M. Nishimoto (Kumamoto Univ.) M. Omiya (Hokkaido Univ.) G. Pelosi (Univ. of Florence) T. Sato (Kyoto Univ.) T. Sekiguchi (Mitsubishi Elec.) S. Sekine (Toshiba) H. Shirai (Chuo Univ.) J. Takada (Tokyo Tech) Chair Y. Karasawa (Univ. of Elec.-Comm.) Vice Chairs T. Uno (Tokyo Univ. of Agri. Tech.) H. Arai (Yokohama Natl. Univ.) Secretaries M. Takahashi (Chiba Univ.) T. Taniguchi (Univ. of Elec.-Comm.) Members B. Arbesser-Rastburg (ESA/ESTEC) T. Arima (Tokyo Univ. of Agri. Tech..) W. M. Boerner (Univ. of Illinois at Chicago) K. Fujisaki (Kyushu Univ.) J. Hirokawa (Tokyo Tech) YSTG Committee Chair Members A. Kuramoto (NEC) K. Shogen (NHK) Y. Yamaguchi (Niigata Univ.) Y. Ogawa (Hokkaido Univ.) 62 Public Relations Committee Chair N. Kikuma (Nagoya Inst. of Tech.) Vice Chair J. Hirokawa (Tokyo Tech) Secretary K. Sakakibara (Nagoya Inst. of Tech.) Members H. Ohmine (Mitusubishi Electric) M. Hirabe (NEC) M. Fujimoto (Univ. of Fukui) Publicity Committee Chair Vice Chair K. Cho (NTT DoCoMo) Member N. Ishii (Niigata Univ.) T. Taga (Kwansei Gakuin Univ.) Financial Affairs Committee Chair Vice Chair Y. Fujino (NICT) Member A. Miura (NICT) M. Tanaka (NICT) Planning Committee Chair Members H. Yamada (Niigata Univ.) M. Takahashi (Chiba Univ.) T. Inoue (KDDI R&D Laboratories) S. Tanaka (NHK) T. Seki (NTT) Y. Murakami (Toshiba) Y. Konishi (Mitsubishi Elec.) Vice Chair A. Kuramoto (NEC) Secretaries H. Miyashita (Mitsubishi Elec.) T. Takahashi (Mitsubishi Elec.) Registration Committee Chair Members K. Iigusa (ATR) Y. Matsumoto (Tohoku Univ.) K. Taira (NICT) T. Manabe (NICT) Vice Chair K. Tsunekawa (NTT) Local Arrangement Committee E. Kudoh (Tohoku Univ.) H. Sato (Tohoku Univ.) T. Miwa (Univ. of Elec.-Comm.) Chair M. Sato (Tohoku Univ.) Members F. Adachi (Tohoku Univ.) Social Program Committee Y. Koga (Mitsubishi Elec.) E. Kudoh (Tohoku Univ.) H. Matsuoka (Toshiba) T. Maruyama (NTT DoCoMo) Q. Yuan (Intelligent Cosmos Research) Chair H. Shoki (Toshiba) Vice Chair H. Ohmine (Mitsubishi Elec.) Members T. Fukasawa (Mitsubishi Elec.) 63 AUTHOR INDEX Abe, Katsuaki 2A2 Abe, Kohshi POSA Abe, Minoru POSD Aburjania, George Duru 1E2,3E2 Adachi, Masahiko 3B3 Adam, Mohamed A. Elsalam Mofeed POSA Ahn, Chang-Jun 3C2 Akasaki, Hisaki 4E3 Akkatimagool, Somsak 4D3 Al-Nuaimi, Miqdad O 3E2 Amano, Takashi 4A2,4A3,4A3 Amin, Moeness G 2A2,3A3 An, John F. 2D4 Ando, Atsuya 2A3 Ando, Makoto 1D2,1D2,1D2,2E2,2E2 POSA,POSB,4B2,4B2 Ando, Yoshiaki 1E2 Annanab, Supawan 2A3 Anyutin, Alexander P POSC Aoyama, Hiromitsu 3A2 Arai, Hiroyuki 1A2,1A2,2B4,2B4,2C4,3A2,4D3 Arai, Ikuo 2D2,2D2 Arima, Takuji 2C4,2C4,POSA Arnold, John M 3D2 Asai, Yusuke 2A2 Awai, Ikuo POSA Awaka, Jun 3E3 Awang, Zaiki B 1C2 Baba, Noor H 1C2 Baena, Juan 2C3,2C3 Ban-Leong, Ooi 1B5 Barkeshli, Kasra 2E4 Beruete, Miguel 2C3 Bharata, Endon 2D3 Bialkowski, Marek E 2A3,3A2,POSA Bodnar, Donald G 1E4 Boerner, Wolfgang-Martin 4C2,4C2,4C2,4C2, 4C2,4C2,4C3 Bonache, Jordi 2C3,2C3 Boonchuk, Thikumporn 4E3 Boonpeng, Charray 4D3 Budiarto, Hary 3C3 Burns, Gerard W 3D2 Caldeirinha, Rafael F 3E2 Cejka, Petr POSB Chae, Heeduck POSA Chaloupka, Heinz J 4B2 Chamanzar, Maysam R 1C4 Chandrakasan, Anantha P 1B2 Chang, Chung-pai 4C2 Chantraine-Bares, Barbara 3D2 Chargazia, Khatuna Zurab 1E2 Chayono, Ridho 3B3 Chen, Chi-Chih POSA Chen, Ching-Chin POSA Chen, Horng-Dean POSA Chen, Hua-Ming POSA Chen, Jin-Sen 3B2 Chen, Kun-Shen 4C2,4C2,4C2 64 Chen, Qiang 1C5,2A3,3A2 Chen, Shih-Pu POSC Chen, Wen-Shyang POSA Chen, Xiaodong 1B2,2A4 Chen, Yu Wei 2C2 Chen, Ying Chung POSA Cheng, Ping-Shou POSA Cheng, Yuan-Tung POSA Chew, Weng Cho 1C4 Chiau, Choo C 1B2,2A4 Chikada, Yoshihiro POSA Ching, Kendall S 2B4 Chiou, Yi Chyun 2C2,2C2 Cho, Keizo 1D4,3B3,3B3,POSA Cho, Young-Ki 1C4,2E3 Chow, Wai Heng POSA Chu, Chih Tien 4C2 Chua, Chee-Parng 1B5 Chuang, Huey-Ru POSA Chung, Kwok L 2B3 Coetzee, Jacob C 4B2 Coman, Cristian I. 4B2 Constantinou, Costas C 3C3 Daniel, Jean-Pierre 4D3 Das, Nirmal K 2A4 Davis, William A 1B2 Davitadze, Madlena Otari 3E2 De Andrade Mello, Adriano POSC De Souza Lima, Jose POSC De Souza Ribeiro, Leonardo POSC De Souza Silva, Marcos Paulo POSC Deguchi, Hiroyuki 1D2,1D5 Deguchi, Yusuke 3D2 Delaune, David 2B2 Delisle, Gilles Y. 3C3 Devi, Swapna 4A3 Durrani, Salman POSA Dutta, Mallay 4A3 Ebihara, Satoshi 2D3 Egawa, Kiyoshi POSA Elkamchouchi, Hassan Mohamed POSA El-Ocla, Hosam M. 3E2 Eom, Hyo J 4B3 Esaki, Satoshi 1E4 Ewe, Wei-Bin 1D5 Falcone, Francisco 2C3,2C3 Fan, Yu 3A2 Farahat, Nader 1D4 Feng, Feng POSC Feng, Xuan 2D2 Fernandes, Telmo R 3E2 Fieve, Sophie A POSB Fiser, Ondrej POSB Flores, Maria 2C3 Franklin, Fondjo F. 4E3 Frederiksen, Flemming Bjerge 3A1 Fu, De Min POSC Fujii, Katsuyuki POSA Fujii, Masaaki 2A2 Fujii, Takeo Fujimoto, Kyohei Fujimoto, Masaki Fujimoto, Mitoshi Fujimoto, Takafumi Fujino, Seiji Fujino, Tadashi Fujino, Toshihiro Fujisaki, Kiyotaka Fujise, Masayuki Fujita, Masaharu Fujita, Takafumi Fujita, Takahiro Fujita, Yukinori Fujiwara, Tadashi Fukao, Shoichiro Fukasawa, Toru Fukui, Shinji Furukawa, Shinichi Furuta, Hiroyuki Gan, Yeow-Beng Gandel, Yuriy V Gao, Steven Shichang Garcia, Joan Ge, Debiao Geng, Junping Geranmayeh, Amir Gil, Ignacio Glover, Ian A Gong, Shu Xi Goto, Jun Goto, Naohisa Goto, Nobuo Goto, Yoshitaka Grabner, Martin Gray, Derek Hachisuka, Keisuke Hall, Peter Hamasaki, Tadashi Han, Qing Hanazawa, Masahiro Haneda, Katsuyuki Haneishi, Misao Hanna, Brett Hao, Yang Hara, Takahiro Harada, Hiroshi Hashiguchi, Hiroyuki Hashimoto, Kazuya Hata, Masaharu Hatsuda, Takeshi Hayakawa, Hajime Hayakawa, Masashi Hayashida, Shogo Hazdra, Pavel Heo, Hee-Moo Her, Man Long Higaki, Makoto Higashi, Ryoichi Hikage, Takashi 2D4 POSA 3D3 1A4,2C4,3B2,3C3 2B2 1C4 2A2 3D3 4E3,4E3 2D4 4E2 2A2 1A4 2D3 4E2 4E2 2B2,4A2 2B3 POSC 2D4 POSC,4B2 1D5 2B2,2B2 2C3,2C3 1C5 3A2 1C5 2C3 POSB POSC 2E2 1D2,4B3 3C2 1E2 POSB,4E3 1B5 POSA 3C3 4C3 4D2 3D3 3C3 2C2,3B3,4B3 4D2 3C3 2D2 3C2 4E2 4E3 3C3 1E2,4E2,4E3 1A4 1E2 POSA 2B3 POSA 2C2,2C2 2B4 1E4,1E4 1C2 65 Hinata, Takashi Hirasawa, Kazuhiro Hirata, Akifumi Hirata, Akimasa Hirayama, Hiroshi Hirokawa, Jiro Hirose, Akira Hirose, Kazuhide Hirose, Masanobu Hirota, Akimichi Hirukawa, Masayuki Ho, Christian Ho, Min-Hua Honda, Atsushi Honma, Naoki Hori, Toshikazu Horimatsu, Tetsuo Hosono, Toshio Hosoya, Yoshio Hossain, M.G.Sorwar Hosseinzadeh, Shahram Hsiao, Ching-Sung Hsiao, Fu-Ren Hsiao, Hai-Ming Hsu, Chung-I G. Hsu, De-Fu Hu, Hang Huang, Chi-Fang Huang, Pao H Huang, Tony Huang, Wen-Liang Huang, Xiaojing Hyun, Seung-Yeup Icheln, Clemens Ida, Ichirou Ida, Teruhiko Iigusa, Kyouichi Iizuka, Hideo Ikeda, Kenichi Ikeda, Tetsuomi Ikeda, Tomohiro Ikuno, Hiroyoshi Im, Kyeong-Woo Imachi, Tomohiko Imamura, Kazufumi Inaba, Takashi Inagaki, Keizo Inagaki, Yoshiyuki Inai, Hiroshi Inasawa, Yoshio Inatani, Junji Ingvarson, Per Inoue, Naoki Inoue, Yuki Irahhauten, Zoubir Iribe, Koichi Ishibana, Kyoko Ishida, Kenichi Ishide, Daisuke 3E2,POSC POSA 1A4,4D2,4D2 1A5,3D3 1A4,1A4,2D4,3D2,4B3,4B3 1D2,1D2,1D2,POSA POSA,POSB,4B2,4B2 2D2 3B2,1A5B2 POSA 1A2 1A5B2 POSB POSA POSA 2B3,4B2 1A4,2C4,3B2,3C3 2D4 3E2 4E2 POSB 3C2,3C2 POSC 4A2 POSA POSA POSA 3A2 POSA 2B3 2E4 POSC POSS 2D3 3A3 4D2 2E2 4D2 POSA 1A4 2D4 2C4 1C4 4A3 1E4,1E4 POSA 2D2,3E3 4D2 1A4 2C2 2E2 3D2 3A4 4E2 1A2 1B4 4C3 1A4 2E4 2B2 Ishige, Kenichi 2B2 Ishihara, Toyohiko 2E2 Ishii, Nozomu 1E4 Ishikawa, Hiroko 2D4 Ishimaru, Akira 3E2 Ishiura, Nozomi 1A4 Ishizone, Takauki POSA Itao, Kiyoshi POSA Ito, Chieko 4E2 Ito, Koichi 2B2,3D3,3D3,POSA Ito, Shigeo 3E2 Itoh, Kiyohiko 2B4 Itoh, Takayoshi 1D4,4A2 Itokawa, Kiyohiko 3C2 Iura, Hiroki POSS Iwai, Hisato 3C2 Jan, Jen-Yea POSA Jandieri, Vakhtang George 3E2 Janpugdee, Panuwat 4B2 Janssen, Gerard G.M. 1B4 Jeong, Gyey-Teak 2B2,3B2,POSA Jian, Ruei-Shian POSA Jiang, Wenjie 2A2 Jin, Jian-Ming 1C5 Jin, Ronghong 3A2,POSS Jo, Yu-Sun 2D3 Johansson, Martin 3A3 Ju, Jeong-Min 2B2,3B2 K, Ghodgaonkar Deepak 1C2 Fung, Adrian K. 4C2 Kagawa, Tadayoshi 2D3 Kagaya, Syunichi 3D2 Kagoshima, Ken-ichi 1E2 Kai, Takafumi 1D2 Kajiwara, Masakazu 3D3 Kajiwra, Shoichi 3D3 Kakizaki, Souhei POSB Kamata, Yukio POSA Kamei, Masashi 4E2 Kamiya, Yukihiro 2D4 Kang, Moon Kyou POSA Karasawa, Yoshio 1B4,2A2,2A2,2A3,2A4,2E3,3A3 Kasahara, Yoshiya 1E2 Kato, Akihito 2D4 Kawai, Hideki 4A2,4A3 Kawano, Kei 1E4 Kawano, Mitsunori 1C4 Kawauchi, Megumi 1A4 Kazama, Yasuhiro 1D2,1D5,3B3 Keowsawat, Panisa 4D3 Kezuka, Atsushi 1D5 Kharshiladze, Oleg Avtandil 1E2 Khuntia, Bonomali 4A3 Kida, Akira POSA Kikkawa, Takamaro 1B5 Kikuma, Nobuyoshi 1A4,1A4,2D4,3D2,4B3,4B3 Kim, Byoung-Chul 1E2,POSB Kim, Cheol-Soon 2B2 Kim, Eui Joong 1C4 Kim, Moonil 2B3 66 Kim, Se-Yun Kim, Tae Hyun Kim, Won Ho Kim, Y.-S Kim, Yonghoon Kimoto, Kentaro Kimura, Yuichi Kira, Fumio Kirana, Andi Kita, Naoki Kitagawa, Jun-ichi Kitahara, Naoki Kitano, Shinichiro Kitatani, Kazuhiro Kitayoshi, Hitoshi Ko, Jee-Won Ko, Ji-Hawn Ko, Sung-Won Kobayashi, Daisuke Kobayashi, Kiyotaka Kobayashi, Takao Koishi, Yoichi Kolesnik, Sergei N Komatsu, Minoru Komiyama, Bokuji Komiyama, Koji Konishi, Yoshihiko Kosugi, Masanori Kosulvit, Sompol Kovalenko, Vsevolod Kowaita, Kazuhiro Koyanagi, Yashio Koyanagi, Yoshio Kozaki, Shogo Krairiksh, Monai Krasnenko, Nikolay P Kravtsov, Yurii A Kretly, Luiz C. Kubo, Hiroshi Kudo, Riichi Kudou, Takato Kuga, Nobuhiro Kumagai, Shoichi Kuo, K.-S. Kuo, Tsung-Ming Kurakawa, Haruyoshi Kuramoto, Akio Kurniawan, Adit Kuroda, Shinji Kurogi, Ryouji Kurokawa, Satoru Kurosaki, Satoshi Kusunoki, Atsushi Kuwahara, Hajime Kuwahara, Yoshihiko Kvicera, Vaclav Kwak, Kyung-Seop Kwon, Ohsun Kwon, Sewoong Kwon, Young-Bae 2D3 3B3 2B3 POSA POSA 1B5 2C2,3B3,4B3 1D4,3B3 2D3 2A3,3C2 1B4 POSA 4A2 POSA POSA 1A2 1C4,2E3 3B2,POSA POSC 2A2,2A4 2D2 1D4 1E2,POSB 2C2 4D2 POSA 2E2 2E2 1D5,4D3 2D2 4D3 3D3 3D3,POSA,POSA 2C2,2E3 1D5,4D3 POSA POSB POSA POSA 2A4,2A4 2E4 4D3 3B3 POSA POSA 4E2 4A2 2D3 2E2 POSC POSA 2A2 2C3 3C3 1A2,2C4 POSB,4E3 2B2,3B2,POSA 1D4 1D4 POSA Lager, Ioan E. 4B2 Lamultree, Suthasinee 1D5 Landmann, Markus 1A5,1A5 Lanning, Tom 4B3 Laso, Miguel Angel Gomez 2C3,2C3 Lee, Ching-Her POSC Lee, Gil-young POSA Lee, Hong Min POSA Lee, Hung-Wei 4C2 Lee, Jong-Hyun 2C4 Lee, Jong-ig 2E3 Lee, Kwan-Ho POSA Lee, Mo Chung POSA Lee, Robert POSA Lee, Sang-Mok 2B2 Lee, Young Soon 1C4 Leigh, Darren 4B3 Leong, Mook-Seng 1B5,1B5,1D5,2B3 Lesh, Neal 4B3 Lestari, Andaya 2D3,POSA Li, Le-Wei 1B5,1D5,2C3,POSC Li, Xiu-Juan POSC Li, Yanjun POSC Liang, Jia-Hao POSA Liang, Jianxin 1B2 Ligthart, Leo P. 1B4,2D2,2D3,POSA,4A1,4B2 Lin, C.-C. POSA Lin, Ding-Bing POSA,POSB Lin, Hsin-Piao POSB Lin, Hsiu-Hsiung POSA Lin, Shun-Yun 3B2,POSA Lin, Tsui-Tsai POSA,POSA Lin, Yi-Fang POSA Liu, Bo 3A2 Liu, Ying POSC Liu, Zhi-Gang POSS,POSA Lopetegi, Txema 2C3,2C3 Lou, Zheng 1C5 Louis, Bertel POSB Lu, Guizhen POSC Lu, Jui-Han POSA Lu, Peng POSC Lu, Ting 2C4 Lu, Yi-Hao 4B2 Lu, Zih-hao POSA Lueneburg, Ernst J. 4C2,4C2,4C2,4C2 Maekawa, Yasuyuki 4E2 Maeno, Hideo 3E3,4C3 Maeyama, Toshiyuki 3C2 Mahachoklertwattana, Pongsak 4B2 Makino, Shigeru 2E2,4A2,4B3 Manabe, Takeshi 3D2 Mananko, Evgeny E POSA Manholm, Lars 3A3 Mao, Kaiyu 1C5 Marcotegui, Jose Antonio 2C3,2C3 Martin, Ferran 2C3,2C3 Maruyama, Tamami 1D4,2C4,3B3 Masuda, Junko 4E3 Matsubara, Daisuke 3E2 67 Matsubara, Hiroyuki Matsugatani, Kazuoki Matsui, Hiroyasu Matsumoto, Hiroshi Matsumoto, Tadashi Matsumoto, Takumi Matsuoka, Takashi Matsuoka, Tsuyoshi Matsushita, Naohiro Mazanek, Milos Mazlumi, Farhad Mehrany, Khashayar Mehta, Amit Michishita, Naobumi Mimaki, Hiroaki Min, Kyeong-Sik Minamitake, Chikara Minematsu, Fumiaki Minemura, Takashi Mirshekar-Syahkal, Dariush Mishra, Rabindra K Mistialustina, Hartuti Mitsuzono, Shun Mittra, Raj Miura, Amane Miura, Ryu Miura, Takeshi Miura, Yohei Miwa, Takashi Miyadai, Norinao Miyakawa, Michio Miyamoto, Ryan Y Miyashita, Hiroaki Miyata, Keiko Miyata, Miwa Miyazaki, Yasumitsu Miyazawa, Nobu Mizoguchi, Satoshi Mizuno, Koji Mizutani, Akiyoshi Mohan, Ananda S Moini, Rouzbeh Mori, Daisuke Mori, Kohei Morisaki, Jorge J. Morishita, Hisashi Morita, Nagayoshi Moriya, Yoshiaki Moriyama, Toshifumi Morooka, Tasuku Motojima, Kuniyuki Munir, Achmad Murakami, Blaine T Murakami, Jun Murakami, Yutaka Mushiake, Yasuto Nadai, Akitsugu Nagai, Jun Nagano, Isamu Nagatsuka, Mamoru 4E2 2B3 POSA 1E4 2A1 1A2 2A2,2A4 4E3,4E3 3C2 2B3 POSD 1C4 4D3 2B4,2B4,2C4 2B3,POSA 1A2,2C4,4A3 4E3 4E2 4A2,4A3 4D3 4A3 POSA 1A5 1D4 2B2 2D4 3D2 1D2 2D2 2A4 1E4 2B4 4B3 3D3 4E3 3C2,POSB POSS 4A3 1B2,3D2 4B3 2A3,2B3,2E4 1C5,POSD 2A3,3C2 2B4,POSA 4C2,4C2,4C2,4C2 POSA,POSA 1C2 4E3 3E3,4C3 4A3,4A3 1E4 POSA 2B4 4E3 2A2,2A4 1A1 3E3,4C3 1A4 1A4,1C2,1E4,1E4 2D4 Nakagawa, Jun Nakagawa, Takayuki Nakakura, Nobuaki Nakamatsu, Shin Nakamura, Kazuki Nakano, Hisamatsu Nakano, Kazuo Nakano, Masayuki Nakashima, Kenji Nakashima, Norimasa Nakatani, Kazunori Nakaya, Yuuta Nakayama, Yuji Nakprasit, Krittaya Nam, Sangwook Nechayev, Yuriy I Neog, Dipak K Nguyen, Thang Chien Nikookar, Homayoun Ning, Yuemin Nishi, Masahiro Nishibori, Toshiyuki Nishikawa, Kenjiro Nishikawa, Kunitoshi Nishimori, Kentaro Nishimoto, Hiroshi Nishimoto, Kengo Nishimoto, Masahiko Nishimura, Toshihiko Nishio, Masaki Nishio, Masanori Nishioka, Yasuhiro Noguchi, Kenichi Nojima, Toshio Nosich, Andrey A Obeidat, Baha A Obote, Shigeki Odachi, Noriaki Ogata, Daisuke Ogawa, Koichi Ogawa, Yasutaka Ogawa, Yoshihiko Ogose, Shigeaki Ohashi, Takeshi Ohgane, Takeo Ohira, Takashi Ohishi, Takafumi Ohki, Makoto Ohmae, Aya Ohmine, Hiroyuki Ohno, Katsuhito Ohno, Takeshi Ohnuki, Shinichiro Ohta, Atsushi Ohta, Gen-ichiro Ohtsuka, Masataka Oishi, Yasuyuki Okamoto, Hideaki Okamura, Yasuyuki Okano, Yoshiki 3D2 2D4 1C2 4A2,4A3 3E3,4C3 2B3,3B2,3B2,POSA 2C2 1A2 2D4 1C4 2D3 POSA 2B4 4D3 POSA 3C3 4A3 POSA 1B4 POSC 1E2,3C3 3D2 2B3,4B2 1B5,POSA 2A3,2A4,2A4,3C3 2A4 2B2 2D2 2A4 4A2 4E3 4A2 3D2 1C2,2B4 1D5 3A3 1E2 1A5,2B4 3B3 2D4,3D2,3D3,3D3 2A4,POSS 4D2 3C3 1B2 2A4 1A4,4D2,4D2,4D2,4D2,4D2 3A3 2C2,2E3 POSS 3B3,3D2 1C2 3D2 1C4 2A2 POSA 2B2,4A2 POSA,4D2 1A2 POSA 3B3 68 Okano, Yoshinobu POSD Okubo, Kan POSS Okumura, Minoru 1D4 Okumura, Shingo 4E2 Ollikainen, Jani 3A3 Omiya, Manabu 1C2 Onizawa, Takeshi 2A2 Ono, Kenji 2E4 Ono, Takao 4A2 Oodo, Masayuki 2D4 Ooi, B L 2B3 Oraizi, Homayoon 3C2,3C2 Orihashi, Masayuki 2A2,2A4 Ovchinnikov, Andrey O. POSB Owadally, Abdus S 3C3 Ozaki, Akihiro 3D3 Panda, Dhruba C 4A3 Parini, Clive G 2A4,3C3 Park, Chonfa 3B2 Park, Chulgyun 4D2 Park, Chul-Keun 1A2 Park, Dong Chul 3B3 Park, Sehyun 1D2 Park, Seong-Ook POSA Park, Young-Hwan 4A3 Pathak, Prabakhar H. 4B2 Pattnaik, Shyam S 4A3 Pennock, Steve R POSB Petersson, Sven 3A3 Phongcharoenpanich, Chuwong 1D5,4D3,4D3 Pina, Fabio Garcia POSC Pongpaibool, Pornanong 2C4 Popov, Alexander 1B5 Portala, Philippe POSB Powell, Johnna D 1B2 Prasad, Ramjee 3A1 Promwong, Sathaporn 1B4 Promwong, Sthaporn 1B4 Pugliese, Roberto POSA Qaddoumi, Nasser N 3D3 Rahardjo, Eko T POSA Rahim, Mohamad Kamal A POSA Rajapakshe, Asanga 2A2 Ramli, Nordin 2A2 Rashid, A.B.M.Harun 1B5 Rashidian, Bizhan 1C4 Richter, Andreas 1A5,1A5 Richter, Juergen H 3E2 Rodriguez, Glen D 3C2 Russchenberg, H.W.J. 4A1 Ryall, Kathy 4B3 Sadeghi, S.H.Hesam 1C5,POSD Saeedfar, Amin 2E4 Saito, Kazuyuki 3D3 Saito, Sakuyoshi 4B3 Saito, Yutaka POSA Saitou, Takuya POSA Sakaguchi, Kei 4D2 Sakakibara, Kunio 1A4,1A4,2D4,3D2,4B3,4B3 Sakamoto, Takuya 2E3 Sakurai, Haruo 2C2,2E3 Saleh, Wael M 3D3 Sambell, Alistair 2B2,2B2 Sanada, Atsushi POSA Sanuki, Shutaro 4B3 Sasaki, Ken POSA Sasamori, Takayuki POSA Satake, Makoto 4C3 Sato, Akio 2A3,3C2 Sato, Hiroyasu 1B2,3D2 Sato, Kazuo POSA Sato, Keisuke POSA Sato, Koki 2C2 Sato, Motoyuki 2D2,4C3,4C3 Sato, Noriaki POSA Sato, Toru 1E2,2E3,4E2 Sauleau, Ronan 3D2 Sawaya, Kunio 1B2,1C5,2A3,3A2,3D2,POSA,POSA Sayidmarie, Khalil H. 3C3 Schiffer, Jeffrey L 1B2 Sebbani, Zhor 3C3 Seki, Tomohiro 2B3,4B2 Sekine, Shuichi 2B4,3A3,4A2 Sekiya, Kazuo 4A2 Seta, Masamichi 3D2 Setoguchi, Nobuyuki 4E3 Shafai, Lot 1D4 Shanshal, Sinan K. 3C3 Sharma, Satish K. 1D4 Shepherd, Peter R POSB Shibagaki, Yoshiaki 4E2 Shigesawa, Hiroshi 1D2,1D5 Shijo, Tetsu 2E2,2E2 Shimada, Masahiro 2C4 Shimo, Ken-ichiro 2D2 Shin, Kyung Sup POSA Shinozawa, Masahiro 2A4 Shinozuka, Takashi 1C2 Shinsho, Hisashi 3E3 Shintani, Noriyuki POSD Shiokawa, Takayasu 3B3 Shiozawa, Toshiyuki 1A5,3D3 Shirai, Hiroshi 2E4 Shiroma, Grant S 2B4 Shiroma, Wayne A 2B4 Shogen, Kazuyoshi 4E2 Shoki, Hiroki 1A5,1D4,2B4,3A3,4A2 Shore, Robert A 2C2 Shrestha, Shanker Man 2D2 Sierra-Castaner, Manuel 1D2 Silva, Alexandre M.P.A. POSA Silveira, Mauricio POSC Singh, Kshetrimayum Rakhesh 2C3 Sivasondhivat, Kriangsak 1A5 Skeba, Kirk W 1B2 Slade, Philip P 3D3 Son, Ho K POSB Sorolla, Mario Mario 2C3 Southisombath, Khamphoui 4E3 Sowerby, Kevin W. POSA 69 Stasevich, Vlidimir I Steenson, David Paul Stutzman, Warren L Su, Saou-Wen Sudo, Kaoru Sugai, Kazuhiro Sugiyama, Tomonori Suh, Seong-Youp Suksmono, Andriyan B Sulonen, Kati Sumantyo, Josaphat Tetuko Sri Sumi, Hirotake Sumi, Yuki Sumino, Yoshio Sun, Sheng Sunahara, Yonehiko Sung, Grace H.H. Sung, Young Je Supanakoon, Pichaya Suvikunnas, Pasi Suzuki, Hiromichi Suzuki, Hiroshige Suzuki, Shinjiro Suzuki, Yasuo Sze, Jia-Yi Tachikawa, Nobuhiko Tada, Shinya Taguchi, Mitsuo Taillefer, Eddy M Tajima, Yousuke Takabayashi, Mikio Takada, Jun-ichi Takagi, Yukiko Takahashi, Koichi Takahashi, Masaharu Takahashi, Nobuhiro Takahashi, Satoshi Takano, Tadashi Takao, Tetsuya Takatori, Yasushi Takenaka, Takashi Takeuchi, Nobunao Taki, Masao Takizawa, Naoki Tanabe, Kosuke Tanaka, Hiroya Tanaka, Kazumasa Tanaka, Makoto Tanaka, Mitsuru Tanaka, Satoshi Tanaka, Tomoki Tanaka, Toshimitsu Tanaka, Toshiyuki Tang, Chia-Lun Tang, Zhongwei Tangtisanon, Prakit Tani, Masaki Taniguchi, Tetsuki Tateiba, Mitsuo POSC POSA 1B2 4A3 1D2 1E4 3C2 1B2 2D3 3A3 2B2 1A2 1C2 4E3 2C2 4A2 POSA POSA 1B4,1B4 3A3 4A3 4E2 2E4 2D4 POSA 2A3,2A4,2A4 3B3 1B2,2B2 4D2 POSA 3D2 1A5,1B4,1B4,1D5 3C3,POSA,4D2,4D2 1B2 POSB 2C4,POSS,POSA 3E3 3C2 3E3,POSA 2A3 2A3,2A4,2A4 2E4 POSS 3D3 3D2 4A2 4D2 1B2,2B2 2B3 2C3,POSC 3B2 POSA 2B2 2E4 1B5,4A3 2A3 1B4,1B4,2A3 1D2 1B4,2A2,2A3,2A4,3A3 1C4,2E4,3E2,4E3,4E3 Terauchi, Yusuke POSA Thayne, Iain G 3D2 Thoma, Reiner S 1A5,1A5,2A1 Thumvichit, Arpa POSA Tinin, Mikhail V 1E2,POSB Tobana, Teruo POSA Toda, Takeshi POSA,4D2 Tokunaga, Taisuke 2B4 Tomita, Masaji 2E3 Tomizawa, Yoshiyuki 2D2 Tong, Fei POSB Tosaka, Toshihide 1C2 Toyoshima, Yoshihiko 3E3 Tran, Nam Xuan 2A2,2A2 Tseng, Ming-Jian POSB Tsuji, Mikio 1D1A2D5 Tsuji, Yosuke 2C4 Tsujimura, Akihiro 4A2 Tsunekawa, Koichi 2A3,2A4,2A4,2B3,4B2 Tsunemitsu, Yasuhiro 1D2 Tsuruda, Koichiro 1A4 Tsutsui, Minoru 1E4,2D3 Tzou, Wen Cheng POSA Uebayashi, Shinji 4A2,4A3 Uematsu, Kayo 2D3 Ujihara, Hideki POSA Umehara, Toshihiko 3E3,4C3 Uno, Hiroyuki POSA Uno, Toru 2C4,2C4,3D3,POSS,POSA Urasaki, Shuji 4A2 Uratani, Taketo POSA Uratsuka, Seiho 3E3,4C3 Uthansakul, Monthippa 3A2 Uthansakul, Peerapong 2A3 Vainikainen, Pertti 3A3 Vakhtang, Jandieri George 1E2,3E2 Venkatarayalu, Neelakantam V POSC Villanen, Juha 3A3 Wagatsuma, Yoshihiko 1B2,3D2 Wakabayashi, Hideaki 2C2 Wakabayashi, Hiroyuki 3E3 Wakabayashi, Toshio POSA,4E3 Wake, Kanako 3D3 Waltho, Alan E 1B2 Wang, Chien-Jen POSA Wang, Chih Tien 4C2 Wang, Genyuan 2A2 Wang, Han POSA Wang, Jin-Kuan POSS,POSA,POSA Wang, Yu Zhen 2C2,2C2 Wang, Y. 2B3 Watanabe, Hironobu 3C2 Watanabe, Hiroshi 3D3 Watanabe, Shinji 1B5 Watanabe, Soichi 1C2,3D3 Watanabe, Toshiaki 1B5,POSA Wei, Bing 1C5 Wijesena, Pubudu S. 3A3 Williamson, Allan G. POSA Wong, Kin-Lu 4A2,4A3 70 Woo, Jong-Myung Wounchoum, Phairote Wright, David Wu, Joesphine Wu, Ming-Ting Wu, Ying Xu, Wei Xue, Yan-Bo Yada, Akimichi Yaghjian, Arthur D Yaginuma, Jun Yagitani, Satoshi Yamada, Hiroyoshi Yamada, Wataru Yamada, Yoshihide Yamaguchi, Kenji Yamaguchi, Ryo Yamaguchi, Yoshio Yamakita, Jiro Yamamoto, Atsushi Yamamoto, Mamoru Yamamoto, Manabu Yamamoto, Shin-ichi Yamamoto, Yuta Yamanaka, Yukio Yamasaki, Tsuneki Yamauchi, Junji Yang, Cheng Fu Yang, Lixia Yang, Xiaopeng Yao, Hai-Ying Yarovoy, Alex Yarovoy, Alexander G Yeap, Siew B Yokoo, Kaoru Yokoo, Yuji Yokota, Mitsuhiro Yonemura, Yoshikazu Yonezawa, Kenya Yoon, Joong-Han Yoon, Youngjoong Yoshida, Kouji Yoshida, Teruaki Yoshimura, Hiroyuki Yoshimura, Yoshiyuki Young, John C. Yu, Junsheng Yuan, Qiaowei Zainun, Ayib Rosdi Zeong, Jong W Zhang, Miao Zhang, Min Zhang, Wen-Xun Zhang, Ye Zhang, Yimin Zheng, Long-Gen Zhou, Hui Zhou, Zheng-Shu Zhu, Lei Ziolkowski, Richard W. POSA 4D3 3D3 4C2 POSA 2C2 2C3 POSA,POSA 2E4 2C2 3C2 1A4,1C2,1E4,1E4 1A4,POSS,POSB,4D2,4D2 2A3,3C2 1C2,1D5,POSA 2A3 4A2,4A3 1A4,POSS,POSB,4C3,4C3 2C2 2D4,3D3 4E2 2B4 2B2,4B2 4B3 3D3 3E2 2B3,POSA POSA 1C5 2A3 2C3 1B4,2D2 2D3,POSA 2A4 POSA 4D3 1C5 1E4 3C2 3B2,POSA 1D4 1A5 1E2,3C3 2B2,3D3 1A4 POSA 1B2 1C5,3A2 1A4 4B3 4B2 1B5 POSC 3A2 2A2,3A3 POSC 2E4 4C3 2C2,2C3 1A3 71