November 25 (Thursday), 2010
3TA1: Small Antennas 1
1: 3TA1-1 Small Planar Antennas for WLAN Applications Mawarni Mohamed Yunus(1), Norbahiah Misran(2), Mohamad Tariqul Islam(3),(1)Universiti Teknikal Malaysia Melaka, Malasia, (2)Universiti Kebangsaan Malaysia, Malaysia, (3)Universiti Kebangsaan Malaysia, Malaysia
2: 3TA1-2 A Closely-Packed MIMO Antenna for USB Dongle Application at WLAN Band Wenhui Huang, Minseok Han, Jaehoon Choi, Hanyang University, Korea
3: 3TA1-3 A Small Planar Inverted-F Antenna for Body-Centric Wireless Communications Zhengyi Li(1), Kazuyuki Saito(1), Masaharu Takahashi(1), Koichi Ito(1), Yi Huang(2),(1)Chiba University, Japan, (2)University of Liverpool, United Kingdom
4: 3TA1-4 Electrically Small Antenna for a Handy Terminal Tan Watanabe(1), Marie Tsurunaga(2), Yasushi Hamada(2), Takahiro Inada(2), Naobumi Michishita(1), Yoshihide Yamada(1),(1)National Defense Academy, Japan, (2)Mazda Co., Ltd, Japan
5: 3TA1-5 A Compact Antenna in Notebook PCs for Digital Terrestrial Television Reception Ning Guan, Hiroiku Tayama, Ryouhei Hosono, Hirotaka Furuya,Fujikura Ltd., Japan
3TA2: Adaptive and Smart Antennas
1: 3TA2-1 Discrete Interference Suppression in Non-Homogeneous Clutter Using D3-STMB Hybrid STAP Algorithm Xiaopeng Yang, Yongxu Liu, Teng Long,Beijing Institute of Technology, China
2: 3TA2-2 A Least Bit Error Adaptive Array for Multi-Level Modulations Satoshi Denno, Daisuke Umehara, Masahiro Morikura,Kyoto University, Japan
3: 3TA2-3 An Adaptive Array Using Pseudo-noise for Interference Suppression in ITS Communications Hiroshi Matsuda, Mitoshi Fujimoto, Toshikazu Hori,University of Fukui, Japan
4: 3TA2-4 DOA Estimation Using Adaptive Beamspace EM Algorithm Masahiro Sato, Nobuyoshi Kikuma, Hiroshi Hirayama, Kunio Sakakibara,Nagoya Institute of Technology, Japan
5: 3TA2-5 Array Configuration Conversion Method Using CSS Processing for DOA Estimation Takuya Ohara, Nobuyoshi Kikuma, Hiroshi Hirayama, Kunio Sakakibara,Nagoya Institute of Technology, Japan
3TA3: Small Antennas 2
1: 3TA3-1 Beam Switched Antenna by Phase Difference Feed Kenta Abe(1), Hiroyuki Arai(1), Tsutomu Mitsui(2), Nobuyasu Takemura(2),(1)Yokohama National University, Japan, (2)Samsung Yokohama Research Institute, Japan
2: 3TA3-2 A Card-Type RFID Antenna with a T-Type Matching Circuit for Bandwidth Enhancement Keisuke Noguchi(1), Tetsuo Moroya(2), Motoo Mizusawa(1), Shin-ichi Betsudan(1), Shigeru Makino(1), Takurou Sasaki(3),(1)Kanazawa Institute of Technology, Japan, (2)Kanazawa Technical College, Japan, (3)Mitsubishi Electric Corporation, Japan
3: 3TA3-3 Design Equation for Self Resonant Structures of Very Small Normal - Mode Helical Antennas Quoc Dinh Nguyen(1), Naobumi Michishita(1), Yoshihide Yamada(1), Koji Nakatani(2),(1)National Defense Academy, Japan, (2)The Yokohama Rubber Co. Ltd, Japan
4: 3TA3-4 Significance of Ground Plane Size and Height in Small PIFA Hattan F. AbuTarboush(1), Rajagopal Nilavalan(1), Thomas Peter(1), S. W. Cheung(2),(1)Brunel University, United Kingdom, (2)The Hong Kong University, Hong Kong
5: 3TA3-5 Integrated Dual-Dipole Antenna for WiMax Operation in the Laptop Shun-Yun Lin(1), Yuan-Chih Lin(2), Jian-Rong Wu(1), Wen Shiang Chen(1),(1)Cheng Shiu University, Taiwan, (2)National Taipei University, Taiwan
3TA4: Antenna Array 1
1: 3TA4-1 Dual Circularly Polarized Concentric Array Radial Line Slot Antenna Fed by Rotating Modes from Front and Back Sides for Satellite Application Hideki Ueda(1), Jiro Hirokawa(1), Makoto Ando(1), Shuichi Koreeda(2), Osamu Amano(2),(1)Tokyo Institute of Technology, Japan, (2)NEC/Toshiba Space Systems, Ltd.,
2: 3TA4-2 Analysis of a Large Scale Low-Profile Narrow-Wall Slotted Waveguide Array by Parallel MoM Using Higher Order Basis Functions under MPI Circumstance Hong-Wei Zhang(1), Xun-Wang Zhao(1), Yu Zhang(1), Chang-Hong Liang(1), Hang Su(2),(1)Xidian University, China, (2) Lanzhou University, China
3: 3TA4-3 Optimization of Radiation Pattern for Narrow-wall Slotted Waveguide Arrays Using HOBBIES Weixin Zhao(1), Daniel Garcia-Donoro(2), Yu Zhang(3), Xunwang Zhao(3), Tapan Sarkar(1)(1)Syracuse University, USA, (2)University Carlos III of Madrid, Spain, (3)Xidian University, China
4: 3TA4-4 A Cross Polarization Suppressed Sequential Array for a Primary Radiator of a Parabolic Antenna Kazuki Ikeda(1), Keigo Sato(1), Ken-ichi Kagoshima(1), Shigeki Obote(1), Atsushi Tomiki(2), Tomoaki Yoda(2),(1)Ibaraki University, Japan, (2)Institute of Space and Astronautical Science, Japan
5: 3TA4-5 Proposal and Preliminary Study of a Partially Driven Array Antenna Using Transmission Line Coupling Hiroyuki Hosono, Kenji Saegusa, Tadashi Takano,Nihon University, Japan
6: 3TA4-6 A Hybrid Method of PEC-TDS and CBF for Electromagnetic Radiation from Array Jie Yang(1), Feng Yang(1), Jun Ouyang(1), Biao Li(2), Xianfa Tang(2),(1)University of Electronic Science and Technology of China, China, (2)Academy of Engineering and Physics, China
3TB1: Millimeter Wave and Sub-Millimeter Wave Antennas 1
1: 3TB1-1 Compact Triple Band Antenna for the Aircraft Communications Application Jun Ouyang(1), Feng Yang(1), Biao Li(2), Xianfa Tang(2),(1)University of Electronic Science and Technology of China, China, (2)China Academy of Engineering and Physics, China
2: 3TB1-2 An E-Band Partially-Corporate Feed Slot Array with Laminated Quasi Double-Layer Waveguide Structure and PMC Terminations Miao Zhang, Jiro Hirokawa, Makoto Ando,Tokyo Institute of Technology, Japan
3: 3TB1-3 Design of Circularly Polarized Patch Antennas with Coaxial Feed through a Silicon Chip KimHuey Koh, Takuichi Hirano, Jiro Hirokawa, Makoto Ando,Tokyo Institute of Technology, Japan
4: 3TB1-4 Optimization of Microstrip-to-Slot Transition for Ultra-Wideband Bulk LTSA Damri Radenamad, Akira Hirose,The University of Tokyo, Japan
5: 3TB1-5 Bandwidth of Multi-Port Microstrip-to-Waveguide Transitions in Millimeter-Wave Band Kunio Sakakibara(1), Daisuke Takagi(1), Kazuyuki Seo(2), Nobuyoshi Kikuma(1), Hiroshi Hirayama(1),(1)Nagoya Institute of Technology, Japan, (2)Nippon Pillar Packing Co., Ltd., Japan
3TB2: Dual Band Antennas
1: 3TB2-1 Design of Dual-Band E-Shaped Patch Antennas by Using the Multi-Conductor Transmission Line Mode Theory Keisuke Noguchi(1), Harish Rajagopalan(2), Yahya Rahmat-Samii(2),(1)Kanazawa Institute of Technology, Japan, (2)University of California, Los Angeles, United States
2: 3TB2-2 Dual Band Planar Fractal Dipole Antenna for RFID Application Mohamad Kamal A Rahim, Nasrun Osman, Maisarah Abu, Sharifah Hafizah Syed Ariffin, Muhammad Ramlee Kamaruddin,Universiti Teknologi Malaysia, Malaysia
3: 3TB2-3 A Compact Monopole Antenna for WLAN Operation Wen-Shan Chen, Yu-Ming Huang and Po-Yuan Chang,Southern Taiwan University, Taiwan
4: 3TB2-4 2-Port Dual Band PIFA with Improved Isolation Andrey S. Andrenko,Fujitsu Laboratories Ltd., Japan
5: 3TB2-5 Development of a Dual Band Antenna from Finite Ground Coplanar Wave Guide Trishna Mandal, Gijo Augustin, K. J.Vinoy,Indian Institute of Science, India
3TB3: Multi-Band Antennas
1: 3TB3-1 A Study of a Multi-band Antenna Using a Coupling Phenomenon Kenji Saegusa, Tetsuya Oshino, Jun Kato, Tadashi Takano,Nihon University, Japan
2: 3TB3-2 Design and Simulation of a Slotted Diamond-Shaped Patch Antenna with Modified Ground Plane Ismahayati Adam(1), Ping Jack Soh(2), Nur Baya Mohd Hashim(1), Mohd Fareq Abdul Malek(1), Guy A. E. Vandenbosch(2),(1)Universiti Malaysia Perlis, Malaysia, (2)Universiteit Leuven, Belgium
3: 3TB3-3 A Multiband Monopole Antenna with Modified Fractal Loop Parasitic Chatree Mahatthanajatuphat, Norakamon Wongsin, Prayoot Akkaraekthalin,King Mongkut's University of Technology North Bangkok, Thailand
4: 3TB3-4 A Novel Antenna Design for WLAN/WIMAX Dual-Mode Notebook Tseng Eway(1), Lin Albert(2), Chiou Kelvin(2), Hsiao Allen(2),(1)National Cheng Kung University, Taiwan, (2)Advanced-connectek Inc, Taiwan
5: 3TB3-5 A 4x4 60 GHz LTCC SIW Cavity Array Antenna Junfeng Xu(1), Zhining Chen(1), Xianming Qing(1), Wei Hong(2),(1)Institute for Infocomm Research, Singapore, (2)Southeast University, China
3TB4: Wideband Antennas 2
1: 3TB4-1 Estimating Antenna Bandwidth Using the Bandwidth Potential and Q Value Techniques Jussi Rahola,Optenni Ltd., Finland
2: 3TB4-2 Bandwidth Enhancement of Two-element Diversity Antenna with Hybrid Coupler Masato Komatsu, Hiroyuki Arai,Yokohama National University, Japan
3: 3TB4-3 Frequency Characteristic Analysis of the Efficiency of a MIMO Array Antenna with a Matching Circuit Atsuhiro Kagaya, Kenichi Kagoshima, Shigeki Obote,Ibaraki University, Japan
4: 3TB4-4 Impedance Characteristics of an Antenna Apertured in Metal Housing Wall of Electronic Equipment Fukuro Koshiji, Kohji Koshiji,Tokyo University of Science, Japan
5: 3TB4-5 Design of E-Patch Conformal Antenna on Conical Surface through Space Mapping Optimization Xuan Luo(1), Feng Yang(1), Jun Ouyang(1), Haijing Zhou(2),(1)University of Electronic Science and Technology of China, China, (2)Institute of Applied Physics and Computational Mathematics, China
6: 3TB4-6 Experimental Confocal Imaging for Breast Cancer Detection Using Bow-Tie Antenna Array Shinichi Kubota(1), Xia Xiao(2), Nobuo Sasaki(1), Akihiro Toya(1), Takahiro Kouzaki(1), Maiko Hanada(1), Takamaro Kikkawa(1),(1)Hiroshima University, Japan, (2)Tianjin University, China
3TC1: Antenna Measurements 1
1: 3TC1-1 Calibration of Impedance Measurement of a Balanced Antenna Using the S-Parameter Method Shohei Konya, Takayuki Sasamori, Teruo Tobana, Yoji Isota AkitaPrefectural University, Japan
2: 3TC1-2 Spatial Fading Emulation Technique - OTA Throughput Measurements of Multi Antenna Reception Terminals Alessandro Scannavini, Lars J. Foged, Meryam Abou El Anouar, Nicolas Gross, John Estrada, Francois ChauvetSatimo
3: 3TC1-3 Antenna Effects in Ultra Wideband Impulse Radio Transmission Sathaporn Promwong, Thawatchai SereewattanapongKing Mongkut's Institute of TechnologyLadkrabang, Thailand
4: 3TC1-4 Estimation Method of EUT Reflection Coefficient in TRP Measurement Sysytem Using a Spheroidal Coupler Tasuku Teshirogi, Takashi Kawamura, Aya Yamamoto, Toru Sakuma, Yasuhiko NagoAnritsu Corporation, Japan
5: 3TC1-5 Electromagnetic Measurement Activities at CRC of OIT Dau-Chyrh ChangOriental Institute of Technology, Taiwan
3TC2: Antenna Measurements 2
1: 3TC2-1 Loss Factors in Parallel-Plate Slot-Array Antennas on a Copper-Clad Dielectric Substrate in the Millimeter-Wave Band Yuanfeng She, Jiro Hirokawa, Makoto AndoTokyo Institute of Technology, Japan
2: 3TC2-2 Thru-Line (TL) Calibration Technique for On-Wafer Measurement Takuichi Hirano, Kenichi Okada, Jiro Hirokawa, Makoto AndoTokyo Institute of Technology, Japan
3: 3TC2-3 A Radiation Measurement System by Using Optical Feeding Ryouhei Hosono, Ning Guan, Naoki KimuraFujikura Ltd, Japan
4: 3TC2-4 Influence of Source Antenna Beamwidth on Far-Field Measurement Method Using Numerical Compact Range Ryo Yamaguchi, Kazuhiro Komiya, Keizo ChoNTT Docomo, Inc., Japan
5: 3TC2-5 Gain Determination of Small UHF RFID Antenna Structures Rainer Kronberger(1), Volker Wienstroer(1), Barbara Friedmann(2)(1)Cologne University of Applied Sciences, Germany (2)Noretec GmbH & Co. KG, Germany
3TC3: Millimeter Wave and Sub-Millimeter Wave Antennas 2
1: 3TC3-1 Size Reduction of the Waveguide Feed Circuit for a Millimeter-Wave Dipole Antenna on a Thick Resin Layer on the Back Side of a Silicon Chip at 60GHz Tomoya Suzuki(1), Jiro Hirokawa(1), Yasutake Hirachi(2), Makoto Ando(1)(1)Tokyo Institute of Techonology, Japan (2)AMMSYS. Inc., Japan
2: 3TC3-2 Design of a 45-Degree Linearly-polarized Hollow-Waveguide Slot Two-dimensional Array Antenna with a Full-Corporate-Feed Circuit in the Lower Layer Takashi Tomura, Yohei Miura, Miao Zhang, Jiro Hirokawa, Makoto AndoTokyo Institute of Technology, Japan
3: 3TC3-3 Bandwidth Enhancement of Microstrip Comb-Line Antenna Fed from Both Ends Atsushi Kunita(1), Kunio Sakakibara(1), Kazuyuki Seo(2), Nobuyoshi Kikuma(1), Hiroshi Hirayama(1)(1)Nagoya Institute of Technology, Japan (2)Nippon Pillar Packing Co., Ltd., Japan
4: 3TC3-4 Measured Performance of Microstrip-Line-Fed Broadband Waveguide Aperture Antenna Shintaro Yano, Kunio Sakakibara, Nobuyoshi Kikuma, Hiroshi HirayamaNagoya Institute of Thechnology, Japan
5: 3TC3-5 DOA Estimation Using Subarray Dividing and Interpolated ESPRIT Algorithm for Multi-Circle Conical Conformal Array Tengda Liu(1), Feng Yang(1), Peng Yang(1), Jun Ouyang(1), Haijing Zhou(2)(1)University of Electronic Science and Technology of China, China (2)Institute of Applied Physics and Computational Mathematics, China
3TC4: Antennas with Metamaterials 2
1: 3TC4-1 Pattern Synthesis of a Waveguide Slot Array Antenna for a Fixed Wireless Access System Teppei Tanabe, Miao Zhang, Jiro Hirokawa, Makoto AndoTokyo Institute of Technology, Japan
2: 3TC4-2 Design of a Broadband and High Gain Antenna with an Inhomogeneous and Uni-Period Structure for Ku-band Applications Jui-Hung Chen, Chun-Yih Wu, Ta-Chun Pu, Hung-Hsuan LinIndustrial Technology Research Institute, Taiwan
3: 3TC4-3 Multi-band Dipole Antenna Incorporated with Single-Band Square-Patch AMC M. Abu, M.K.A. Rahim, F. Ismail, S.H.S. Ariffin, S.K.S. Yusof and M.R. KamarudinUniversity Teknologi Malaysia, Malaysia
4: 3TC4-4 Comparative Study of Different Shape of Periodic Patch Electromagnetic Band Gap Structure for Planar Antenna Application O. Ayop, M.K.A Rahim, M.R. Kamarudin, S.H.S Arifin, S.K.S YusofUniversiti Teknologi Malaysia, Malaysia
5: 3TC4-5 A Leaky-Wave Antenna Using a Composite Right/Left Handed Transmission Line Tommy Wong, Chi Hou Chan, Quan XueCity University of Hong Kong, China
6: 3TC4-6 SAR Reduction on a Portable Device Using an Intelligent Metamaterial Hsin-Lung Su(1), Yi-Jen Wang(2), Ken-Huang Lin(2), Chin-Yih Wu(3), Hung-Hsuan Lin(3)(1)National Pingtung Institute of Commerce, Taiwan (2)National Sun Yat-San University, Taiwan (3)Industrial Technology Research
3TD1: Remote Sensing
1: 3TD1-1 Modified Decomposition Technique for Polarimetric SAR Image Analysis Toshifumi Moriyama, Hiroaki MatsushitaNagasaki University, Japan
2: 3TD1-2 Optimization of STC for Collecting Terrain Information Sang-Ik Lee, Byeong-Yong Park, Soon-Gyu Yi, Seong-Ook ParkKorea Advanced Institute of Science and Technology, Korea
3: 3TD1-3 Extraction of Underwater Laver Cultivation Area by SAR Polarimetric Entropy Eun Sung Won, Kazuo OuchiNational Defense Academy, Japan
4: 3TD1-4 Polarimetric SAR Observation in Non-Spherical Rain Drop Environments Hiroaki Yasuma, Hajime FukuchiTokyo Metropolitan University, Japan
5: 3TD1-5 Highly Integrated Uniplanar Rectenna Operation Without Reflecting Plate for 2.45 GHz Wireless Power Transmission Fang Zhang, Jong-Chul LeeKwangwoon University, Korea
3TD2: Remote Sensing and Other Propagations
1: 3TD2-1 Theoretical and Experimental Study on Statistics of Electromagnetic Fields above Concrete Random Rough Surface Model J. Honda(1), K. Uchida(1), S. Yokota(1), T. Matsunaga(1), K.-Y. Yoon(2)(1)Fukuoka Institute of Technology, Japan (2)Keimyung University, Korea
2: 3TD2-2 Quantitative Evaluation in Terms of BER of the WBAN System at the ISM Band Yudai Satoh(1), Isamu Kon(1), Takayuki Sasamori(1), Teruo Tobana(1), Youji Isota(1), Masaharu Takahashi(2), Toru Uno(3)(1)Akita Prefectural University, Japan (2)Chiba University, Japan (3)Tokyo University of Agriculture and Technology, Japan
3: 3TD2-3 Design of a Resonant Microwave Absorber Dong-Uk Sim(1), Jong-Hwa Kwon(1), Sang-II Kwak(1), Hyung-Do Choi(1), Seong-Ook Park(2)(1)Electronics and Telecommunications Research Institute, Korea (2)Korea Advanced Institute of Science and Technology, Korea
4: 3TD2-4 Equivalent Circuit Modelling of RF MEMS Series DC-Contact Switch and Actuated Voltage Analysis Shijie Liu, Jie Zhang, Wenquan CheNanjing University of Science & Technology, China
5: 3TD2-5 Reflection Loss Performance of Triangular Microwave Absorber Nornikman Hassan, Mohd Fareq Abd Malek, Ping Jack Soh, Azremi Abdullah al-Hadi, A. IsmahayatiUniversiti Malaysia Perlis, Malaysia
3TD3: Mobile and Indoor Propagations 2
1: 3TD3-1 Optimal Location and Number of Access Points based on Ray-Tracing and Particle Swarm Optimization Seok-Youl Yang, Dong-Wook Seo, Noh-Hoon MyungKorea Advanced Institute of Science and Technology, Korea
2: 3TD3-2 Hearing Aid Compatibility Improvement for Mobile Phones. Sangha Lee(1), Minsu Kim(1), Hyungchul Kim(1) ,Austin Kim(2), Jhon Lee(2), Douglas Kim(2), Jungho Park(2), Youngoo Yang(1)(1)Sungkyunkwan University, Korea (2)Samsung Electronics, Korea
3: 3TD3-3 Arrival Angular Profile at Base Station in Micro Cell for Mobile Communications Hideki Omote, Yoshichika Ohta, Yousuke Sugita, Teruya FujiiSoftbank Telecom Corp., Japan
4: 3TD3-4 New Prediction Method Using Visibility Factor for Path Loss between Mobile Terminals in Residential Area at Micro-wave Band Wataru Yamada, Motoharu Sasaki, Naoki Kita, Takatoshi SugiyamaNTT Corporation, Japan
5: 3TD3-5 Delay Profile Model in 700MHz Band for Road to Vehicle and Vehicle to Vehicle Communications Hisato Iwai, Ippei SugaeDoshisha University, Japan
3TD4: Other Propagations
1: 3TD4-1 RCS Characteristics of the Electromagnetic Gradient Surfaces Manjoong Ko, Yohan Lim, Youngjoong YoonYonsei University, Korea
2: 3TD4-2 Ground-to-Air Propagation in a Dense Jungle Mauro AssisFluminense Federal University, Brazil
3: 3TD4-3 Design and Development of Fork Waveguide Output Multiplexers Ayesha Kosar Khan, Rabia Nazir, Noor M. SheikhUniversity of Engineering and Technology Lahore, Pakistan
4: 3TD4-4 Characteristic Evaluation of Dual Polarized 4x4 MIMO through Propagation Measurement Yuki Hirota, Shinobu Nanba, Yoji KishiKDDI R&D Laboratories Inc., Japan
5: 3TD4-5 Rain Attenuation Statistics and Yearly Variability of Ka and Ku Band Satellite Signals Obtained for Twenty Years in Japan Yasuyuki MaekawaOsaka Electro-Communication University, Japan
6: 3TD4-6 Phase Distortion Due to the Antennas in UWB-IR Pongsan Klaiudom, Thawatchai Sereewattanapong, Mochai Chamchoy, Sathaporn PromwongKing Mongkut's Institute of Technology Ladkrabang, Thailand
3TE1: High-Frequency Techniques and Time Domain Techniques
1: 3TE1-1 Application of the Complex Source Point Method for Analyzing the Diffraction of an Electromagnetic Gaussian Beam by a Cylinder Using UTD Concepts T. Lertwiriyaprapa(1), K. Phaebua(2), C.Phongcharoenpanich(2), M. Krairiksh(2),(1)King Mongkut's University of Technology North Bangkok, Thailand, (2)King Mongkut's Institute of Technology Ladkrabang, Thailand
2: 3TE1-2 FDTD Analysis of PEC Wire in Contact with Surface Impedance Boundary Condition Takuji Arima(1),(2), Soichi Watanabe(1), Toru Uno(2),(1)National Institute of Information and Communications Technology, Japan, (2) Tokyo University of Agriculture and Technology, Japan
3: 3TE1-3 Analysis of Electromagnetic Backscattering by Rotating Flat Blades Ik-Hwan Choi, Ho Lim, Dong-Wook Seo, Ky-Ung Bae, Noh-Hoon Myung,Korea Advanced Institute of Science and Technology, Korea
4: 3TE1-4 Improvements in the Marching-on-in-Degree Method for Time Domain Integral Equations Zicong Mei(1), Yu Zhang(2), Tapan Sarkar(1),(1)Syracuse University, USA, (2)Xidian University, China
3TE2: Computational Electromagnetics2
1: 3TE2-1 Improvement on the Invalidation in NURBS MOM-PO Method Kai Huang(1), Zhi-Li He(1), Xun-Wang Zhao(1), Chang-Hong Liang(1), Hang Su(2),(1)Xidian University, China, (2)Lanzhou University, China
2: 3TE2-2 Analysis of Complex Antennas Using Iterative Vector Fields with UTD Method Zhi-Li He(1), Kai Huang(1), Xun-Wang Zhao(1), Chang-Hong Liang(1), Hang Su(2),(1)Xidian University, China, (2)Lanzhou University, China
3: 3TE2-3 Fast FDTD Analysis Using OFDM Pulse for Multi-Antenna Systems Obara Mitsuharu, Naoki Honma,Iwate university, Japan
4: 3TE2-4 Spectral-Domain Formulation of Electromagnetic Scattering from Circular Cylinder Located near Periodically Corrugated Surface Koki Watanabe,Fukuoka Institute of Technology, Japan
5: 3TE2-5 Effects of Vibrating Lossless Dielectric on EM Fields: Numerical Simulation in One Dimension Mingtsu Ho, Yung-Chin Lin, Fu-Shun Lai, Yao-Han Chen,WuFeng University, Taiwan
3TE3: Other Electomagnetic Wave Theories
1: 3TE3-1 The Design of Miniature Electromagnetic Band Gap (EBG) Ground Plane Wen-Shan Chen, Bau-Yi Lee,Southern Taiwan University, Taiwan
2: 3TE3-2 Transmission Area through the Small Aperture Backed by Lossy Cavity Jong-hwan Lee(1), Hyuk-woo Son(1), Ji-whan Ko(2), Young-ki Cho(1),(1)Kyungpook National University, Korea, (2)Kumoh National Institute of Technology
3: 3TE3-3 Electromagnetic Scattering by a Two-Dimensional Periodic Array of Small Resonant Apertures Young-ki Cho(1), Ji-whan Ko(2), Hyun-sung Hong(1), Jong-hwan Lee(1), S. W. Nam(3),(1)Kyungpook National University, Korea, (2)Kumoh National Institute of Technology, Korea, (3)Seoul National University, Korea
4: 3TE3-4 Eigenmode Analysis of Propagation Constant for a Transmission Line with Dummy Metals on a Si CMOS Substrate Yuya Ono, Takuichi Hirano, Kenichi Okada, Jiro Hirokawa, Makoto Ando,Tokyo Institute of Technology, Japan
5: 3TE3-5 Metamaterials Cavity Resonator with Simultaneously Shorten Length and Width Fan-Yi Meng(1),(2), Fang Zhang(1), Qun Wu(2), Jong-Chul Lee(1),(1)Kwangwoon University, Korea, (2)Harbin Institute of Technology, China
3TE4: Mobile and Indoor Propagations and Millimeter and Optical Wave Propagations
1: 3TE4-1 Calculation of the Field Distribution in a Railway Tunnel in Presence of Train Using Integrative Modelling Technique Shi Pu, Jun-Hong Wang, Yu-Jian Li,Beijing Jiaotong University, China
2: 3TE4-2 Considerations on Indoor Propagation Concerning to Wideband Wireless LAN System Yuto Nakatsu, Hirokazu Takeno, Tomotsugu Hasegawa, Manabu Omiya,Hokkaido University, Japan
3: 3TE4-3 Radio Wave Propagations through Floors in the Adjacent of a High-Speed Indoor Wireless Local Area Network Office Environment Hirokazu Takeno, Yuto Nakatsu, Tomotsugu Hasegawa, Manabu Omiya,Hokkaido University, Japan
4: 3TE4-4 Estimation of the Electromagnetic Fields Distribution due to Mobile Radio in a Typical Aircraft Cabin Using Large Scale FDTD Analysis S. Hiraiwa(1), T. Hikage(1), T. Nojima(1), S.Futatsumori(2), A. Kohmura(2), N.Yonemoto(2),(1)Hokkaido University, Japan, (2)Electronic Navigation Research Institute, Japan
5: 3TE4-5 Monte Carlo Modelling of Optical Radiation Propagation in Stochastic Scattering Media Boris Kargin,Novosibirsk state university, Russian Federation
6: 3TE4-6 Numerical Examination of EM Wave Shadowing by Human Bodies Between Transmitter and Receiver Mitsuhiro Yokota(1), Tatsuya Ikegami(1), Yoshichika Ohta(2), Teruya Fujii(2),(1)University of Miyazaki, Japan, (2)Softbank Mobile Corp., Japan
3TF1: MIMO Radio Channels & Mobile Radio Communication Systems 1
1: 3TF1-1 Effect of Spacing and Radiation Pattern of Antenna Elements on Capacity in Near-Field MIMO System Dalin Zhang, Toshikazu Hori, Mitoshi Fujimoto,University of Fukui, Japan
2: 3TF1-2 Evaluation on Input Characteristics of Multi Antennas for Mobile Radio Terminal Close to Human Hands Takumi Hiraoka(1), Kazuyuki Saito(1), Masaharu Takahashi(1), Koichi Ito(1), Yoshiaki Amano(2), Masayuki Nakano(2), Hiroyasu Ishikawa(2),(1)Chiba University, Japan, (2)KDDI R&D Laboratories Inc., Japan
3: 3TF1-3 A Consideration of Channel Capacity of Near-Field MIMO Using Parasitic Elements Gen Matsui, Hiroshi Hirayama, Nobuyoshi Kikuma, Kunio Sakakibara,Nagoya Institute of Technology, Japan
4: 3TF1-4 Experimental Study on Blind MIMO Transmission by Using ICA Kohei Sugai, Hiroyoshi Yamada, Kentaro Nishimori, Yoshio Yamaguchi,Niigata University, Japan
5: 3TF1-5 Optimum Decision Rule for Fixed Relay Pairing Selection Application John F. An, Lider Pan,National Taiwan Ocean University, Taiwan
3TF2: Satellite Communication Systems and Other Systems
1: 3TF2-1 Antenna Array Feed of Minimum Power Consumption by Adopting the Optimum Amplifier Selection Takayuki Nakanishi, Kazunari Kihira, Tamotsu Nishino, Yoshihiko Konishi,Mitsubishi Electric Corporation, Japan
2: 3TF2-2 Investigation of a Low Profile Phased Array for Mobile Ku-Band Satcom Terminals Teng Wah Ang(1), Ying Ying Huang(1), Kwok Kee Chan(2),(1)DSO National Laboratories, Singapore, (2)Chan Technologies Inc., Canada
3: 3TF2-3 A Multi-Purpose, Multi-Frequency Shuttlecock Antenna for CubeSats Robert LehmensiekCape Peninsula University of Technology, South Africa
4: 3TF2-4 Design of a Low Power UWB CMOS LNA for UWB System Yohan Jang, Nackgyun Sung, Jaehoon ChoiHanyang University, Korea
5: 3TF2-5 Efficiency Improvement of Wireless Power Transfer Via Magnetic Resonance Using the Third Coil Noriaki Oodachi(1), Hiroki Kudo(1), Kenichiro Ogawa(1), Hiroki Shoki(1), Shuichi Obayashi(1), Tasuku Morooka(2),(1)Toshiba Corporation, Japan, (2)Toshiba Research Consulting Corporation, Japan
3TF3: MIMO Radio Channels & Mobile Radio Communication Systems 2
1: 3TF3-1 MIMO Sensor ~ Experimental Channel Characterization in Indoor Environment Naoki Honma(1), Takashi Sugiura(1), Kentaro Nishimori(2), Hiroaki Sato(1), Yoshitaka Tsunekawa(1),(1)Iwate University, Japan, (2)Niigata University, Japan
2: 3TF3-2 MIMO Sensor - Effectiveness of Distributed MIMO Antenna Configuration Kentaro Nishimori(1), Yuta Koide(1), Naoki Honma(2), Daiki Kuwahara(1), Hiroyoshi Yamada(1), Hideo Makino(1),(1)Niigata University, Japan, (2)Iwate University, Japan
3: 3TF3-3 MIMO Channel Capacities of Polarized / Spatial Multiplexing with Human Effect to a Mobile Terminal in Suburban Area Yoshiaki Amano(1), Masayuki Nakano(1), Hiroyasu Ishikawa(1), Tomoyuki Onoda(2), Masaharu Takahashi(3), Koichi Ito(3),(1)KDDI R&D Laboratories Inc., Japan, (2)KDDI Corporation, Japan, (3)Chiba University, Japan
4: 3TF3-4 PAPR Reduction Method Based on Significant-Bit Scrambling for MIMO Vector-Coding Systems Yasuto Ando, Osamu Muta, Hiroshi, Furukawa,Kyushu University, Japan
5: 3TF3-5 Study on DOA/DOD Estimation Using a Quasi MIMO System Kazuhiro Kaneko, Takahiro Aoyagi, Hiroyoshi Yamada, Yoshio YamaguchiNiigata University, Japan
3TF4: EMC/EMI Simulations & Measurements and MIMO Radio Channels & Mobile Radio Communication Systems
1: 3TF4-1 Analytical Prediction of Shielding Effectiveness of Rectangular Enclosures with Rectangular Apertures under Normal Incidence Weiye Zhong(1), Zhongxiang Shen(2),(1)Shanghai Astronomical Observatory, China, (2)Nanyang Technological University, Singapore
2: 3TF4-2 Channel Selective RF Receiver with Spectrum Sensing System Kyoung-Joo Lee(1), Hee-Jong Lee(2), Jun Lee(2), Jongsik Lim(2), Young-Sik Kim(1), Sang-Min Han(2),(1)Korea University, Korea, (2)Soonchunhyang University, Korea
3: 3TF4-3 Performance Evaluation of Primary-Secondary Transmission in Actual Indoor Environments Tomoki Murakami, Riichi Kudo, Takeo Ichikawa, Masato Mizoguchi,NTT Corporation, Japan
4: 3TF4-4 BER Performance of Nonregenerative MIMO Relaying System with Phase Control Atsuki Mizuno, Daisuke Uchida, Hiroyuki AraiYokohama National University, Japan
5: 3TF4-5 Proposal of De-Noise and Forward Relay Transmission Scheme under Interference Condition Kosuke Kinami(1), Naoki Honma(1), Kentaro Nishimori(2),(1)Iwate University, (2)Niigata University, Japan

 

Copyright (c) by IEICE