The 10th InternationalSymposium on Personal,

Indoor and MobileRadio Communications

(PIMRC99)

Proceedings / 3

September 12-15, 1999Asia and Pacific Trade Center (ATC)

Osaka, Japan

UB/TIB Hannover120 903 296

89

A8-5 An Overview of Wideband CDMA for Third Generation Mobile Communications 200(Invited) Prasad, Ramjee, Aalborg University, Denmark

Digital BroadcastingSession Chair: Moriyama, Shigeki

Bl-l The Real-Time Signal Processing System for the Digital Broadcasting with OFDM Method 201Ohta. Hiroki. M.P.T., Itami, Makoto, Science University of Tokyo, and Tsuzuku, Aiichiro, M.P.T., Japan

Bl-2 Optimization of DAB/DVB Networks for Wireless Personal Services with Limited Frequency Band 206Ligeti, Agnes and Kim, Seong - Lyun, Royal Institute of Technology, Sweden

Bl-3 A Study on Mobile Reception of an OFDM Signal under SFN Environment 211Itami, Makoto, Nakamura. Tohru. Teramoto. Taro, Hatakeyama, Shinya. Science University of Tokyo, Ohta, Hiroki, Com-

munications Research Laboratory,M.P. T., and Itoh, Kohji, Science University of Tokyo, Japan

Bl-4 A Study on Diversity Reception of OFDM Signal Using Pilot Symbol Assisted Channel Estimation 217Teramoto, Taro, Shima, Takahiro, Itami, Makoto and Itoh, Kohji, Science University of Tokyo, Japan

Bl-5 A Flexible Hardware Implementation for Bidimensional FIR Filters Using FIFOS and FPGA Logic 222Franchina, Luisa and Marietti, Piero, Lniversity of Roma, Italy

B2 Adaptive Array IISession Chair: Nossek, Josef A.

B2-1 On the Downlink Beamforming Problem 227(Invited) Nossek, Josef A. and Utschick. Woljgang, Munich University of Technology, Germany

B2-2 A Symbol Rate Multi-User Downlink Beamforming Approach for WCDMA 228Joham, Michael, Utschick, Wolfgang and Nossek, Josef A., Munich University of Technology, Germany

B2-3 CDMA Downlink Beamforming for Frequency Selective Channels 233Thompson. J. S., The University of Edinburgh. Hudson, J. E., Nortel Networks, Grant, P. M. and Mulgrew, B., The Uni-

versity of Edinburgh, UK

B2-4 IMT-2000 Transmit Diversity Concepts 238Wichman, Risto and Hottinen, Ari, Nokia Research Center, Finland

B2-5 Handset Antenna Diversity for Downlink Co-Channel Interference Rejection 243Braun, Christian, Allgon Mobile Communications AB, Nilsson, Martin, Allgon System AB & Royal Institute of Technolo-

gy, and Beckman, Claes, Allgon System AB, Sweden

B3 Interference Cancellation ISession Chair: Murata, Hidekazu

B3-1 Interference Cancellation in Single-Layer and Hierarchical W-CDMA Cellular Structures 248Shikh-Bahaei, M. R. and Aghvami, A. H., King's College London, UK

B3-2 Array-Based and Joint Detection Methods for the TDD Mode of UTRA 253Anton-Haro, Carles, Mestre, Xavier and Fonollosa, Javier R., UPC, Spain

B3-3 An Improved Multi-Stage Variable Group Hybrid Multi-User Interference Cancellation Scheme for CDMASystems 258

Ang, Kay Wee, University of Alberta & CWC, Canada, and Krzymien, Witold A., Centre for Wireless Communications,

Singapore

IV

B3-4 On Interference Reduction for Random Packet Data Access in Wideband CDMA Systems 264]Vu, Chiung - Shien, ITRI. Taiwan

B3-5 Interference Canceller In Narrow-Band CDMA Systems Using Magnetostatic Wave Filter 270Tanaka, Hiroaki, Kochi, Tetsuya, Nakanishi, Motoi, Matsuzaki, Hiroyasu, Nishimura, Tetsu, Ishikawa, Yohei, Murata

Manufacturing Co.,Ltd., and Kohno, Ryuji, Yokohama National University, Japan

B4 Wireless ATM ISession Chair: Ushirokawa, Akihisa

B4-1 Connection Control and Mobility Management in an Ad-hoc Wireless ATM Multihop LAN 275Xu, Bangnan and Walke, Bernhard. Aachen University of Technology, Germany

B4-2 Delay Adaptive Rate-Based Traffic Scheduling Algorithm for Wireless ATM Services 280Yae, B. H., Kim, H. S.. Electronics and Telecommunications Research Institute, and Lee, S. C, Hankook Aviation Universi-

ty, Korea

B4-3 PNNI-Based Handoff Rerouting Approach for Large Scale Wireless ATM Networks 286Li, G. R., Chua, K. C. and Bensaou. B., National University of Singapore. Singapore

B4-4 Analysis of a Slotted DS-CDMA System to Guarantee QoS Requirements in Wireless Packet (ATM) Net-works 292Chang, Sung Cheol and Sung, Dan Keun, Korea Advanced Institute oj Science & Technology, Korea

B4-5 Performance Evaluation of Table-Driven and On-Demand Ad Hoc Routing Protocols 297Lee, Sung - Ju, UCLA, Toh, Chai - Keong, Georgia Tech, and Gerla, Mario, UCLA, USA

B5 Coding ISession Chair: Oka, Ikuo

B5-1 A SISO Algorithm for Reed-Solomon Codes 302Ponnampalam, Vishakan and Vucetic. Branka, University of Sydney, Australia

B5-2 Efficient Codes Constructed on the Basis of Reed-Solomon Codes and Their Applications 307Hada, Tom and Kasahara. Masao, Kyoto Institute of Technology, Japan

B5-3 Coding for Limiter-Discriminator Based CPM Transceivers in a Rayleigh, Fast Fading Channel 312Asano, D. K., Shinshu University, Japan, Pasupathy, S., University of Toronto, Canada, and Kohno, R., Yokohama

National University, Japan

B5-4 Compressed Image Transmission with Multicode CDM Utilizing Source-Channel Coding 317Sanada, Yukitoshi and Araki, Kiyomichi, Tokyo Institute of Technology, Japan

B5-5 A Wireless Image Transmission System Using Hierarchical Multilevel QAM 322Nakanishi, Jumpei, Morimoto, Masakazu, Okada, Minoru and Komaki, Shozo, Osaka University, Japan

B6 Radio Resource Management IISession Chair: Tasaka, Syuji

B6-1 On Hard/Soft Handoff and Macrodiversity in a CDMA Mobile System 327Ferriis, Ramon and Diaz, Pilar, UPC, Spain

B6-2 System Level Modeling and Simulation of Mobile Radio Scenarios Including Terminal Mobility 332Meurer, Michael and Schmalenberger, Ralph, University of Kaiserslautern, Germany

B6-3 A Novel Erlang Capacity Evaluation Procedure for Cellular Radio Networks 337Pirinen, Pekka, University of Oulu, Finland

B6-4 Effect of Bandwidth and Spreading Codes on Spectrum Utilization of Spectrally Overlaid CDMA Systems342

Kang, Chang Soon and Shin. Sung Moon, ETRI. and Sung, Dan Keun, KAIST, Korea

B6-5 Fair Coexistence of DECT and PHS Working in the Same Frequency Band in Fixed Wireless Access Net-works 347Mangold, Stefan, Siebert, Matthias and Kiesel. Carsten, Aachen University of Technology, Germany

B7 OFDM ISession Chair: Umehira, Masahiro

B7-1 Synchronization and Channel Estimation for an OFDM-Based Wireless Modem 353Paik, Jong Ho. You, Hwan Young, Song. Hyoung Kyu, Lee. Chid Dong, Korea Electronics Technology Institute, and Jeon,

Won Gi, Clio, Yong Soo, Chung-Ang University, Korea

B7-2 Linearized Constant Peak-Power Coded OFDM transmission for Broadband Wireless Access Systems 358Uwano, Shuta, Matsumoto, Yoichi. NTT Network Service Systems Laboratories, Mizoguchi, Masato. NTT Access Network

Service Systems Laboratories, and Umehira. Masahiro. NTT Network Service Systems Laboratories, Japan

B7-3 Novel Pilot Patterns for Channel Estimation in OFDM Mobile Systems over Frequency Selective FadingChannels 363Garcia, Ma Julia Ferndndez-getino. Pdez-Borrallo, Jose M. and Zazo. Santiago, Universidad Politecnica de Madrid, Spain

B7-4 Performance of a Sub-Carrier Transmission Power Controlled OFDM System for High Quality Data Trans-mission 368Maeda. Noriyuki, Sampei. Seiichi and Morinaga. Norihiko, Osaka University, Japan

B7-5 Performance of a Combined OFDM-Equalization Strategy for High Performance Radio Local Area Networks373

Armour, Simon. Nix, Andrew. Hafezi, Pejman and Bull, David, University of Bristol, UK

B8 Poster Session ISession Chair: Harada, Hiroshi

B8-1 MMSE Narro'wband and Multiaccess Interference Rejection in DS/CDMA Asynchronous Multipath FadingChannels 378Buzzi, Stefano, Lops, Marco, Universitd degli Studi di Napoli, and Tulino, Antonia M., Seconda Universitd degli Studi di

Napoli, Italy

B8-2 Frequency/Amplitude Detector for Digital FM Data Communications in Multipath Environment 383Sdnche-Perez, Ramon and Casajiis-Quiros, F. Javier, Universidad Politecnica de Madrid, Spain

B8-3 Modelling and Simulation of a DLL in a BPSK DS-SS Communication System 388Bourdel, S., Campo. E., Andrieux, L. and Melet, P., LAAS-CNRS & ERT ICARE, France

B8-4 Channel Compensation for Preamble-Assisted DAPSK in Mobile Radio Communications 395Liu, Der - Zheng and Wei, Che - Ho, National Chiao Tung University, Taiwan

B8-5 Narrowband IF Filter Detection of Digital FM Signals Using Limiter-Discriminator with Sequence Estima-tion and Its Adjacent Channel Interference Characteristics 400Iwanami, Yasunori, Nagoya Institute of Technology, Japan

VI

B8-6 Performance of Combined DDLL and AGC Loop for Direct-Sequence Spread-Spectrum Systems 405Su. Szu - Lin and Yen, Nan - Yang, National Cheng Kung University, Taiwan

B8-7 Wireless CATV System with Subcarrier Multiplexing Using Infrared Communications 410Tanaka, Yuichi and Nakagawa, Masao. Keio University, Japan

B8-8 Improving Bit Error Rate Performance Using Pilot Symbol Assisted Modulation 415Okamoto, Eiji, Li. Huan - Bang, Tanaka, Masato and Wakana, Hiromitsu, MPT, Japan

B8-9 Performance Analysis of Dual-Mode Selective Repeat ARQ Mechanism for Wireless Data Service 420Park, Seong - Soo. ETRL Song, Young - Jae. KyungHee University, Cho, Dong - Ho, KAIST, and Song, Pyung -Jung,

ETRI, Korea

B8-10 Finger Assignment Scheme lor Two-Dimensional Rake Receivers in a Wideband Fading Channel 425Woo, Tai - Kuo. National Defense Management College, Taiwan

B8-11 Design and Performance of a CE-CPSK Modulated Direct-Sequence Spread Spectrum Transceiver 430Mok, Jin - Dam, Electronics and Telecommunications Research Institute, Kim, Seong - Cheol, Woosong University, Chung,

Hee - Chang, Electronics and Telecommunications Research Institute, and Lee, Yeonwoo, Korea University, Korea

B8-12 Joint TCM and Turbo Coding for Wry Low-Bit-Rate Multimedia Wireless Transmissions over Bandwidth-Limited Channels 435Xiao, Hong, Vucetic, Branka and Ponnampalam, Vishakan, Sydney University. Australia

B8-13 A Novel Interference-Free CDMA System 440Fan, Pingzhi. Southwest Jiaotong University. China, Suehiro, Naoki. University of Tsukuba, and Kuroyanagi, Noriyoshi,

Tokyo Engineering University, Japan

B8-14 Error-Correcting Performance of BCH Codes Using Two Novel Interleaving Schemes over Rayleigh FadingChannel 445Yuan. Dongfeng. Wang. Chengxiang, Zhang. Lijun and Yao. QJ, Shandong University, China

B8-15 Error-Correcting Performance of the (2, 1, 3) Convolutional Code Using Different Interleaving Schemes overRayleigh Fading Channels 450Yuan, Dongfeng, ]\'ang, Chengxiang and Yao, Qj. Shandong University, China

B8-16 M-QAM Digital Symbol Timing Synchronization in Flat Rayleigh Fading Channels 455Nezami, Mohamed K. and Sudhakar, R.. Florida Atlantic University, USA

B8-17 Low Complexity Digital DC-Offset Compensation in Cellular/PCS Mobile Communication Systems 459Held, Ingolf Meyer, Raimund, Chen, Albert and Huber, Johannes, Philips Semiconductors, Germany

B8-18 Local Packing DDCA Algorithm with Maximum Packing Call Acceptance/Rejection Criterion for HandoffPrioritization in Mobile Microcellular Networks 464

Cruz-Perez, Felipe A., Lara-Rodriguez, Domingo and Lara, Mauricio, CINVESTAV-IPN, Mexico

B8-19 DDCA Algorithms with Channel Reassignments Strategies for Mobile Microcellular Systems 469

Hernandez-Valdez, Genaro. UAM-A, Cruz-Perez, Felipe A., Lara-Rodriguez, Domingo and Lara, Mauricio,

CINVESTAV-IPN, Mexico

Satellite BroadcastingSession Chair: Ogawa, Akira

Cl-l Random Access Control Scheme for Spread Spectrum FDMA Satellite Communications System 474Kazama, Hiroshi and Nagase, Fumiaki, NTT Network Innovation Laboratories, Japan

VII

Cl-2 A New Demodulation Technique Suited to Satellite Payloads for Multi-Media Personal Communications 479Morlet, Catherine, ENST & Alcatel Space Industries, Buret, Isabelle, Alcatel Space Industries, and Boucheret, Marie -

Laure, ENST, France

Cl-3 Micro/Macro/Megacell Overlaying Type Multi-Layered Cellular System Using a Sharing Band with a LEOSatellite System 484Kojima, Fumihide, MPT. Sampei. Seiichi and Morinaga. Norihiko, Osaka University, Japan

Cl-4 A Channel Assignment Strategy without Handoff Failure for the Low Earth-Orbit Satellite CommunicationSystems 489Su, Szu - Lin and Tsai. Chia - Sheng, National Cheng Kung University, Taiwan

Cl-5 LEO Satellite Networks: Ethernet or ATM? 494Maloo, Sunil, Sheeshia, Sami, Xhafa. Ariton and Tonguz. Ozan K., State University of New York at Buffalo, USA

C2 Multi Carrier CDMASession Chair: NG, Tung Sang

C2-1 A Flexible MC-2D-CDMA Communication System under Rayleigh Fading Channel 498Xiao, Lei and Liang, QJnglin, Peking University. China

C2-2 Performance Sensitivity of Quasi-Synchronous, Multicarrier DS-CDMA Systems due to Carrier FrequencyDisturbance 503Yip, Kun - Wah and Ng, Tung - Sang. The University of Hong Kong, Hong Kong

C2-3 Design of Minimum Peak-to-Average Power Ratio Sequences for OFDM Based Spread Spectrum Systems508

Attallah. S. and Lim. T.J.. Centre for Wireless Communications. Singapore

C2-4 Application of the VLC Parallel Transmission Technique to Motion Vector Transmission 513Kasai, Takashi, Sanada. Yukitoshi and Araki, Kiyomichi, Tokyo Institute of Technology, Japan

C2-5 Improvement of the Directionally Constrained Adaptive Array for Application to OFDM-CDMA Systems518

Kikuma, Nobuyoshi, Uraguchi. Takeshi and Inagaki, Naoki, Nagoya Institute of Technology, Japan

C3 Synchronization ISession Chair: Morelos - Zaragoza, Robert

C3-1 On the Effect of Interpath Interference on DS Signal Code Acquisition Performance 523Iinatti. Jari, University of Oulu, Finland and Kerhuel, Samuel, University of Rennes, France

C3-2 Median Filter Assisted Frequency Synchronization Algorithms for Hop-Wise Estimated Frequency HoppingSystem 528Pouttu, Ari, University of Oulu and Juntti, Juhani, Finnish Air Force Headquarters, Finland

C3-3 A Base Band DLL with 2 Times Chip Rate Sampling in CDMA Systems 533Tao, Zhang, Zhaocheng, Wang and Ito, Noriyoshi, Oki Techno Centre (Singapore) Pte Ltd., Singapore

C3-4 A Virtual Prescaler PLL Frequency Synthesizer by Multi-Programmable Divider 538Sumi, Yasuaki, Tottori SANYO Electric Co.,Ltd., Obote, Shigeki, Kitai, Naoki, Ishii, Hidekazu, Furuhashi, Ryousuke,

Itoh, Yoshio and Fukui, Yutaka. Tottori University. Japan

C3-5 QPSK Modem Design, Symbol Synchronization and Carrier Tracking Optimized for Frequency HoppingSpread Spectrum 542Ishii, Satoru, Futaba Corporation & Yokohama National University, Hoshikuki, Atsushi, Futaba Corporation and Kohno,

Ryuji, Yokohama National University, Japan

VIII

C4 Wireless ATM IISession Chair: Kobayashi, Takehiko

C4-1 Optimum Technique for WATM Error Control in Indoor Environment 547Park, Ki .Sik, Hankuk Aviation University, Kang. Young Heung, Kunsan National University, Kim, Jong Won, ETRI and

Cho, Sung Joon, Hankuk Aviation University, Korea

C4-2 Performance Simulation of a Hybrid Multilevel Error Control for Wireless ATM Networks 553Lin, He, Long, Ding Quan and Chung, Ko Chi, National University of Singapore, Singapore

C4-3 Adaptive Hybrid ARQ Scheme with Turbo Codes on Rayleigh and Rician Fading Channels for Wireless

ATM Networks 558Kim, Jung - Woo and Yoon, ll'on - Sik. AJOU University, Korea

C4-4 An Adaptive Hybrid FEC/ARQ Scheme for Wireless ATM System 563Sim, Ji - Seob and Yoon. ll'on - Sik. AJOU University. Korea

C4-5 Code Performance of Multimedia ATM Transission with Interleaving in Slow Rician Fading 568Michelson, A. M.. GTE Government Systems. Lewis, A. M.. Basch, B. E., GTE Laboratories,Inc. and Levesque, A. H.,

WPI. USA

C5 Turbo CodeSession Chair: Vucetic, Branka

C5-1 Application of Low Complexity Serially Concatenated Convolutional Codes for EDGE Circuit Switched Data573

Nefedov. Nikolai. Nokia Group & Helsinki University of Technology, Finland

C5-2 A Code Matched Interleaver Design for Turbo Codes 578Feng, Wen, Yuan, Jinhong and Vucetic, Branka, The University of Sydney, Australia

C5-3 Performance Evaluation of Turbo-Code with Periodically Inserted Deterministic Trellis States 583Nakajima, Shigeo and Sato, Eiichi, Niigata Institute of Technology, Japan

C5-4 Application of Orthogonal Frequency Division Multiplexing with Concatenated Turbo Trellis Coded Modula-tion for WATM 588Jayalath, A. D. S., Rajatheva, R.M.A. P. and Ahmed, K. M., Asian Institute Technology, Thailand

C5-5 Performance of Interference Cancellation Techniques for Turbo Coded CDMA Systems over Fading Chan-nels 593Kwon, Hyuck - Chan and Whang, Keum - Chan, Yonsei University, Kim, Ki - Jun, LG Information & Communica-

tions,Ltd., Korea

C6 Radio Resource Management IIISession Chair: Miyake, Makoto

C6-1 Cochannel Interference in Urban Microcellular Environments with Multiple Reuse Patterns 598Cruz-Perez, Felipe A., Lara-Rodriguez, Domingo and Lara, Mauricio, CINVESTAV-IPN, Mexico

C6-2 Symmetric and Asymmetric Traffic in Multitier Cellular Systems 603Iera, Antonio, University of Reggio Calabria, Molinaro, Antonella, University of Messina and Marano, Salvatore, University

of Reggio Calabria, Italy

C6-3 Spectrum Resource Management in the Era of Commercial Radiocommunications; the Lessons of Korea • 608Kim, Han - Joo and Chang-hee, Hyun, ETRI, Korea

IX

C6-4 Radio Resource Allocation Scheme with Data Flow Controls 613

Yamamoto, Kazushi, Murai, Hideshi and Miyake, Makoto, Mitsubishi Electric Corporation, Japan

C6-5 Frequency Allocation with Genetic Algorithms 618

Lieska, Kai, Laitinen, Erkki, University of Oulu and Lanteenmdkl, Jaakko, VTT-Information Technology, Finland

Equalization ISession Chair: Sato, Yoichi

C7-1 A New Blind Demodulation Method for QAM Systems 623

(Invited) Takanashi, Katsuhiko and Sato, Yoichi, Toho University, Japan

C7-2 A Study on Improvement of Broadband Radio Channel Characteristics Using MMSE Adaptive Equalization

Technique 631

Park, Seung - Keun, Jung. Hee - Chang, Electronics and Telecommunications Reserch Institute, Yoon, Young - Seok and Ha,

Deock - Ho, Pukyong National University, Korea

C7-3 Single Carrier Modulation Scheme Employing a List-Output Viterbi Equalizer with a Metric-Criteria Com-

bining Scheme 636

Kubo, Hiroshi, Tanada, Kazuo, Mitsubishi Electric Corporation, Iwase, Atsushi, Mitsubishi Electric Micro-computer Ap-

plication Software Co.Ltd., Hayashi, Shuichi, Igarashi. Hideki and Miyake. Makoto, Mitsubishi Electric Corporation, Japan

C7-4 Expanded Trellis MLSE Receiver for Flat Fading Channels 641

Auer, Gunther. Povey, Gordon J. R. and Laurenson, David I.. The University of Edinburgh, UK

C7-5 Comparison of Two Blind Sequence Estimations 646

Furuya, T., Sato, }"., Toho University, Kajihara, N, Nakaya, S.. Yamauchi. T.. Inuo, T, RIVCP-NEC Laboratory and

Higuchi, T., Electrotechnical Laboratory, Japan

C8 Poster Session IISession Chair: Chiba, Isamu

C8-1 An Algorithm for Noise Subspace Based Mobile User Tracking 651

Karttunen, P., Helsinki University of Technology, Finland

C8-2 Terminal Antennas Design and the Absorption in the Human Head 656

Zeinali. Anahid, Allgon Mobile Communications AB, Sweden

C8-3 Design and Realization of a Wireless Real-Time LAN Transceiver 661

Franchina, Luisa, University of Rome "La Sapienza", Italy

C8-4 Novel Microstrip Control Devices for Radio Communications Systems 666

Drozdovskaia, Lioudmila, Moscow Power Engineering Institute, Russia and Drozdovski, Nikolai, Villanova University, USA

C8-5 Analysis of Control Factor of High-Density Traffic Considering Call Service Failure for IMT-2000 System

670

Park, IVoogoo, Park, Yongjik, Electronics and Telecommunications Research Institute and Lee, Sangho, Chungbuk National

University, Korea

C8-6 Performance Improvement for Voice/Data FRMA 674

Yeh, Sheng - Cheng, Van Nung Institute of Technology, Wu, Jung - Shyr and Liang, Yuan - Cheng, National Central Uni-

versity, Taiwan

C8-7 A Smart Antenna System Based on the Extreme Eigen-Solution for a Wideband CDMA Channel 679

Kwon, Seyong, Hanyang University, Oh, Injeong, LGIC, Choi, Seungwon, Hanyang University, Lee, Kyeong Soo and Lee,

Kyung Joon, Korea Telecom Ftreetel, Korea

C8-8 Simple Blind Beamforming Algorithms Based on Power Maximization for DSSS CDMA Systems 684

Cheun, Kyungwhoon and Kim, Youhan. Pohang University of Science and Technology, Korea

C8-9 A New Multiple Access Scheme to Ensure Security in CDMA-Based Wireless LANs 691

Kim, Youngkook and Bahk. Saewoong, Seoul National University, Korea

C8-10 Characterization of Indoor Radio Channel for HIPERLAN at 5 GHz 696

Kumar, Santhosh P. T., Farhang-Boroujeny. B., Ng, C. S. and Uysal, S., National University of Singapore, Singapore

C8-11 Performance of Acquisition Using Antenna Array in the DS-SS System 701

Yang, Yoonoh, Corporate Institute of Technology, Park. Heegul. Sin, Hong - Sup, LG Information & Communications,Ltd.,

Korea and Choi. Jinho. University of South Australia, Australia

C8-12 Performance Analysis of Diamond-Shaped Urban Microcellular Systems 706

Chung, Jae Hoon, Korea Advanced Institute of Science and Technology, Cho, Ho Shin, ETRI and Sung, Dan Keun, Korea

Advanced Institute of Science and Technology. Korea

C8-13 A New Approach to Fading: Weibull Model 711

Taneda, Marcelo Agustim, Takada, Jun-lchi and Araki, Kiyomichi, Tokyo Institute of Technology, Japan

C8-14 Improving Transmission Performance Using Smart Antennas for High-Speed Wireless Access Systems — 716

Takatori, Yasushi. Cho, Keizo. Nishimori, Kentaro and Hori. Toshikazu. Nippon Telegraph and Telephone Corporation,

Japan

C8-15 Digital Matched Filter Implementation on FPGA for a Shift-Orthogonal Finite-Length Sequence 721

Malsumoto, Takahiro, Tanada. Yoshihiro. Yamaguchi University. Satoh, Kiminori and Nagasawa, Youji, Kagoshima Uni-

versity, Japan

C8-16 Zone Construction for PPM/CDMA-Based Non-Directed Line-of-Sight Indoor Infrared Wireless Communica-

tion System 726

Funabiki, Makoto, Miyamoto, Shinichi. Osaka University, Hirohashi. Kazutoshi, HITS Laboratories,Inc. and Morinaga,

Norihiko, Osaka University. Japan

C8-17 Angle Diversity Reception in ISM-Band Wireless LAN Systems under Man-Made Noise Environment — 731

Yoshizawa. Kensuke, Miyamoto. Shinichi and Morinaga. Norihiko, Osaka University, Japan

C8-18 Visualization of Wireless Communication Systems and Its Performance on Maximal Ratio Combining Mac-

rodiversity 736

Wang, Ji - Bing, Zhao, Ming. Li. Gang and Yao, Yan, Tsinghua University, China

C8-19 Radio Channel Characterization for Indoor and Urban Geolocation at Different Frequencies 740

Beneat, Jacques, Pahlavan, Kaveh and Krishnamurthy, Prashant, Worcester Polytechnic Institute, USA

C8-20 Line of Sight Coverage for Residential Broadband Wireless Access in the LMDS Bands 745

Teo, Koon Hoo, Edwards, Keith, Smith, Adrian, Hu, Lan and Watkins, Mark, Nortel Networks Corporation, Canada

Networking ISession Chair: Aghvami, Hamid

Dl-l Effect of MT's Power ON/OFF State Management on Mobile Communication Networks Based on IS-41 750

Chung, Yun Won, KAIST, Chung, Min Young, ETRI, Kwon, Sun Jong and Sung, Dan Keun, KAIST, Korea

Dl-2 Sparse Mode Multicast as a Mobility Solution for Internet Campus Networks 755

Mihailovic, Andre], Shabeer, Mohammed and Aghvami, A. Hamid, King's College, UK

XI

Dl-3 Analytical Framework for Handoff in Non-Homogeneous Mobile Data Networks 760Hatami, A., Krishnamurthy, P.. Pahlavan. K., Worcester Polytechnic Institute, USA, Ylianttila, M., Makela, J. and

Pichna, R., University of Oulu, Finland

Dl-4 Performance Evaluation of TCP over Mobile IP 765Fikouras, N. A., Malki, K. El. Cvetkovic, S. R. and Smythe. C. The University of Sheffield. UK

Dl-5 Multicast Routing Protocols for Avoiding Congestion in Ad Hoc Wireless Network 770Takasugi, Koichi and Kubota. Shuji. NTT Network Innovation Laboratories. Japan

Adaptive Array IIISession Chair: Kikuma, Nobuyoshi

D2-1 Application of Adaptive Fan Filters in DOA Estimation of Broadband Signals 775Ghavami, Mohammad and Kohno, Ryuji. Yokohama National University. Japan

D2-2 A New Spatio-Temporal Equalization Method without DOA Information 780Hayashi. Kazunori and Hara. Shinsuke. Osaka University. Japan

D2-3 Subband Realization of Space-Time Adaptive Processing for Mobile Communications 785Yang, Kehu, ATR Adaptive Communications Research Laboratories, Japan, Zhang, Yimin, Villanova University, USA, and

Mizuguchi, Yoshihiko, ATR Adaptive Communications Research Laboratories, Japan

D2-4 A Simplified Adaptive Array Antenna System for FH/SS Indoor Radio Communications 792Mochizuki, Hiroki, Sugiyama, Tomonori. Toshiba Tec Corporation, and Kohno, Ryuji, Yokohama National University,

Japan

D2-5 A DMI Based Beamforming Method Using the Auxiliary Vector for Antenna Array DS-CDMA Systems 797Choi, Jinho, University of Soush Australia, Australia

Interference Cancellation IISession Chair: Lilleberg, Jorma

D3-1 Performance Analysis and Comparison of Linear Multisensor and Multiuser Detectors 802(Invited) Juntti, Markku, Nokia Telecommunications, and Lilleberg. Jorma, Nokia Mobile Phones, Finland

D3-2 Two-Stage Beamforming for Multiuser Detection in CDMA Systems 807Lei, Zhongding and Lim, Teng Joon, Centre for Wireless Communications, Singapore

D3-3 Interference Reduction Characteristics of Two Base Stations Placed at High Locations Using Adaptive Arraysfor Microcell Environment 812

Nishimori, Kentaro, Cho, Keizo. Takatori. Yasushi and Hori, Toshikazu, Nippon Telegraph and Telephone Corporation,

Japan

D3-4 High Power Interference Suppression Technique Using Adaptive Array Antenna for DS/CDMA Reverse Link

817Watanabe, Katsumi, Sampei, Seiichi and Morinaga. Norihiko, Osaka University, Japan

D3-5 Multi-Sensor Multi-User Receiver in Asynchronous CDMA Systems 822Haifeng, Wang and Lilleberg, Jorma, Nokia Mobile Phones, Finland

D4 Wireless LAN ISession Chair: Perreira, Jorge

D4-1 The Role of Hiperlan in Universal Personal Communications 826Eardley, Philip L. and Wisely, David R.. BT labs, UK

XII

D4-2 Multiple Zone Construction and Countermeasure against Shadowing for Non-Directed Line-Of-Sight IndoorInfrared Wireless Communication System 831Hirayama, Yoshiyasu, Miyamoto, Shinichi, Osaka University, Sakai, Masahisa, HITS Laboratories, Inc., and Morinaga,

Norihiko, Osaka University, Japan

D4-3 Modulation Candidates for LMDS/LMCS Broadband Wireless System 836Hu. Lan Teo, Koon Hoo, Nortel Networks, Canada

D4-4 Reuse of Security Associations for Improving Handover Performance 841Cheng. Yi. Ericsson Radio Systems. Sweden

D4-5 WASS-Wireless ATM Security System 845Patiyoot. Danai and Shepherd. S.J., University of Bradford, UK

Coding IISession Chair: Asano, David

D5-1 A Trellis Coding Scheme with Multiple Pairs of Delay Processors and Signal Mappers 851Lin, Mao-chao, Ueng, Yeong - Luh. National Taiwan University, and Wang, Jia - Yin, Industrial Technology Research In-

stitute, Taiwan

D5-2 Cycle Slip Cancelling System Consisting of Phase Shift Keying Modulation and Viterbi Decoding 857Yoshikawa, Hideki, Suzuka National College of Technology. Oka. Ikuo and Fujiwara, Chikato, Osaka City University,

Japan

D5-3 Parallel and Serial Concatenated Codes on Fading Channels 862Yuan, Jinhong, Feng. Wen and Vucetic. Branka. The University of Sydney. Australia

D5-4 On the Performance of the (2, 1, 3) Convolutional Code Using a Novel Interleaving Scheme and the Com-parison with Interleaved BCH Code over Rayleigh Fading Channels 867Yuan, Dongfeng. Yao. QJ and Wang, Chengxiang, Shandong University. China

D5-5 Efficient Block and Convolutional Coding of GMSK 871Asano, D. K., Shinshu University, Japan, and Pasupathy, S., University of Toronto, Canada

D6 Power Control ISession Chair: Zander, Jens

D6-1 A Novel Distributed Power Control Algorithm Based on Partial Centralized Parameters in Cellular CDMANetwork 876Zheng, Hongming, Xu. Pingping and Bi, Guangguo, Southeast University, China

D6-2 Power Control Scheme for CDMA Systems with Multibeam Antenna 880Hara, Yoshitaka and Chiba, Isamu, Mitsubishi Electric Corporation, Japan

D6-3 Combining of Power Commands Received from Different Base Stations during Soft Handoff in CellularCDMA Systems 885Hashem, Bassam and Secord, Norman, Nortel Networks, Canada

D6-4 Performance Bounds for Joint Power Control & Link Adaption for NRT Bearers in Centralized (Bunched)Wireless Network 890Zander, Jens, Royal Institute of Technology, Sweden

D6-5 A Two-Mode Algorithm for Combined Power Control and Base Station Assignment 895Kim, Seong - Lyun, Royal Institute of Technology, Sweden

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D7 OFDM IISession Chair: Fiebig, JJwe - Carsten

D7-1 A New pre-DFT Space Diversity Reception System for Coded OFDM 900Inoue, Yuji, Hashizume, Atsumori, Okada. Minoru and Komaki. Shozo, Osaka University, Japan

D7-2 A Feasibility Study of 16QAM-OFDM Transmission Scheme under the Standard Model for the MultimediaMobile Access Communication Systems 905Harada, Hiroshi, Kamio, Yukiyoshi and Hamaguchi, Kiyoshi, Communications Research Laboratory, MPT, Japan

D7-3 Broadband OFDM/DS-CDMA Packet Transmission in Frequency Selective Fading Channel 911Hanada, Y., Abeta, S., Sawahashi, M. and Adachi, F., NTT Mobile Communication Network, Inc., Japan

D7-4 A New Frequency Offset Compensation Scheme for Orthogonal Polarization and Frequency Division Multi-plexing Using Correlation Matrix 916Ido.Jun, Mitsubishi Electric Co., Okada. Minoru and Komaki. Shozo, Osaka University, Japan

D7-5 A Study on the Performance of OFDM System LLsing a Precoder for Reducing a Dynamic Range of Trans-mission Signals 924Sawaumi, Chiemi, Yokohama National University, Kanaya, Fumio. Shonan Institute of Technology, and Kohno, Ryuji, Yoko-

hama National University. Japan

D8 Wideband CDMASession Chair: Mohr, Werner

D8-1 WCDMA Network Planning Case with Hierarchical Cell Structures 929Heiska. Kari, Hacker. Achim. Sipild. Kari and Laiho-Steffens, Jaana, Nokia Telecommunications, Finland

D8-2 Comparison of the Performance of Conventional and FIR-Type Rake Receivers for a DS-CDMA System • 935Doyle, K., Widdowson, T. and Moss.J., BT Laboratories. UK

D8-3 Dimensioning Rules for CDMA Systems 940Cordier. Christophe and Hoz, Alejandro de. Alcatel Corporate Research Center, France

D8-4 Analytical Analysis of Transmit Diversity in WCDMA on Fading Multipath Channels 946Sandell. Magnus. Bell Labs. Lucent Technologies. UK

D8-5 Advanced WGDMA Radio Network Simulator 951Hamdldinen. Seppo. Nokia Research Center, Holma. Harri and Sipild, Kari, Nokia Telecommunications, Finland

EI Dynamic Channel Assignment ISession Chair: Akaiwa, Yoshihiko

El-l New Channel Assignment Schemes and Handoff Study in Multi-Channel CDMA Cellular Systems 957Wu, Jung - Shyr, National Central University, Hwang, Bor - Jiunn, Van Nung Institute of Technology, and Chung, Jen -

Kung, National Central University, Taiwan

El-2 Maintaining High Capacity for Centralized DC A with Limited Measurements and Signaling 962

Berg, Miguel, Royal Institute of Technology, Sweden

El -3 Dynamic Self-Forming Techniques for Mobile Wireless Networks 967

Lu, Ning H., ITT A/CD, USA

El-4 Dynamic Channel Assignment Strategies with Channel Exclusion Zones and Violation to the Reuse Patternfor Microcellular Environments 972Cruz-Perez, Felipe A., Lara-Rodriguez, Domingo and Lara, Maurico, CINVESTAV-IPN, Mexico

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