1999 IEEE International Conference

on Communications

6-10 June, 1999

Vancouver, British Columbia, Canada

Conference Record

Volume 1 of 3

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Table of Contents

Volume 1

Session SI: Antenna

Sl.l

Space-Time Processing for Broadband Multi-channel Communication Systems Using Smart

Antennas at Both Transmitter and Receiver 1I-Tai Lu, Joon-Sang Choi, Polytechnic University, USA

S1.2

Analysis of Hybrid Selection/Maximal-Ratio Combining in Rayleigh Fading 6Moe Z Win, Jack H. Winters, AT&T Labs - Research, USA

S1.3

A Robust DOA-based Smart Antenna Processor for GSM Base Stations 11

Alexander Kuchar, Manfred Taferner, Wolfgang Rauscher, Martin Strasser, GUnther Pospischil,Ernst Bonek, Technische Universit&t Wien, Austria; Michael Tangemann, Cornells Hoek, Alcatel

Corporate Research Center, Germany

S1.4

Semi-Blind Separation and Detection of Co-Channel Signals 17

Juha Laurila, Klaus Kopsa, Robert Schiirhuber, Ernst Bonek, Institutfiir Nachrichtentechnik undHochfrequenztechnik, Austria

S1.5

Correlated Interference Analysis in CDMA Multi-Antenna Systems 23

Halim Yanikomeroglu, Elvino S. Sousa, University of Toronto, Canada

S1.6

In-building Radio Distribution Using a "Saturated" Distributed-Antenna Architecture - Universal

Radio-power and Delay-spread Statistics 29

Gang Zhou, Haiyun Tang, Kam Y. Lau, University ofCalifornia, Berkeley, USA

S1.7

Multiple Antenna Arrays for Transmitter Diversity and Space-Time Coding 36

Robert W. Heath, Jr., Arogyaswami Paulraj, Stanford University, USA

S1.8

Joint Beamforming and Handoff for Traffic Improvements in Wireless Networks 41

Javad Razavilar, 3COM Inc., USA; Farrokh Rashid-Farrokhi, Bell Labs, Lucent Technologies, USA;K. J. Ray Liu, University ofMaryland, USA

Session S2: Multiuser Receivers and Interference Mitigation

S2.1

An Iterative Multi-user Decoder with Soft-interference Cancellation 46

Ron W. Kerr, P. S. Guinand, Michael Moher, Communications Research Centre, Canada

S2.2

Bit Error Probability Analysis of Linear Receivers for CDMA Systems 51

Markku Juntti, Matti Latva-aho, University of Oulu, Finland

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S2.3

Pilot-aided Adaptive MMSE Receivers for DS/CDMA 57

Giuseppe Caire, Institut EURECOM, France; Urbashi Mitra, The Ohio State University, USA

S2.4

Multiuser Channel Estimation for Detection of Cochannel Signals 63

Stephen J. Grant, James K. Cavers, Simon Fraser University, Canada

S2.5

Multistage Multiuser Decision Feedback Detection for DS-CDMA 68

Graeme Woodward, University ofSydney, Australia; Rapeepat Ratasuk, Michael L. Honig,

Northwestern University, USA

S2.6

Optimal Detection of a BPSK Signal with Unsynchronized Co-channel Interferers 73

Raymond Kwan, Cyril Leung, University ofBritish Columbia, Canada

S2.7

Multistage Interference Cancellation with Diversity Reception for QPSK Asynchronous

DS/CDMA System over Multipath Fading Channels 78

Jianfeng Weng, Guoqiang Xue, Tho Le-Ngoc, Sofiene Tahar, Concordia University, Canada

Session S3: Turbo Codes

S3.1

Turbo Code Performance on Rician Fading Channels 83

Jinhong Yuan, Branka Vucetic, The University ofSydney, Australia

S3.2

Performance of Turbo Trellis-Coded Modulation (T-TCM) on Frequency-Selective Rayleigh

Fading Channels 88

Nguyen Hoang Ha, The University ofManitoba, Canada; R. M. A. P. Rajatheva, Asian Institute of

Technology, Thailand

S3.3

Interleaver Design for Turbo Codes Based on the Performance of Iterative Decoding 93

Johan Hokfelt, Ove Edfors, Torleiv Maseng, Lund University, Sweden

S3.4

Performance of Turbo Codes on Frequency-Selective Rayleigh Fading Channels with Joint Data

and Channel Estimation 98

Nguyen Hoang Ha, Ed Shwedyk, The University ofManitoba, Canada

S3.5

Joint Source-Turbo Coding and its Application for Real-Time Low-Bit-Rate Speech Transmission 103

Hong Xiao, Wen Feng, Branka S. Vucetic, The University ofSydney, Australia

S3.6

Transfer Function Bounds on Turbo Codes Performance in the Rician Fading Channel 108

Fulvio Babich, Francesco Vatta, Universita di Trieste, Italy; Guido Montorsi, Politecnico

di Torino, Italy

S3.7

Turbo Decoding Using Convolutional Self Doubly Orthogonal Codes 113

Christian Cardinal, David Haccoun, Ecole Polytechnique de Montreal, Canada; Francois Gagnon,Nairn Batani, Ecole de Technologic Superieure, Canada

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Session S4: ABR Traffic Control in ATM Networks

S4.1

A Scalable Consolidation Algorithm for Point-to-Multipoint ABR Flow Control in ATM Networks 118

Dong-Ho Kim, You-Ze Cho, Kyungpook National University, Korea; Yoon-Young An, Yul Kwon,Electronics and Telecommunications Research Institute, Korea

S4.2

QoS Based ABR Service under the PF Based Flow Control Scheme 124

Tamer Dag, loannis Stavrakakis, Northeastern University, USA

S4.3

Dual Dimensional ABR Control Scheme Using Predictive Filtering of Self-similar Traffic 129

Sven A. M. Ostring, Harsha Sirisena, Irene Hudson, University of Canterbury, New Zealand

S4.4

Feedback Consolidation and Timeout Algorithms for Point-to-Multipoint ABR Service 135

Hung-Shiun Alex Chen, Klara Nahrstedt, University ofIllinois at Urbana-Champaign, USA

S4.5

Offered Load Estimation in a Multimedia Cable Network System 140

Firass Abi-Nassif Whay Chiou Lee, Motorola Inc., USA; loannis Stavrakakis,

Northeastern University, USA

S4.6

Cell Loss Effect on QoS for MPEG Video Transmission in ATM Networks 147

Liren Zhang, David Chow, Chee Hock Ng, Nanyang Technological University, Singapore

S4.7

Bandwidth Allocation of Variable Bit Rate Video in ATM Networks Using Radial Basis Function 152

S. A. Youssef, I. W. Habib, T. N. Saadawi, The City College ofNew York, USA

Session S5: OFDM and Multicarrier Radio Systems I

S5.1

Fast Frequency Correction for DQPSK-OFDM in the 60 GHz Indoor Environment 157

DirkSommer, Gerhard P. Fettweis, Dresden University of Technology, Germany

S5.2

A Multiple Access Scheme for LMDS, Based on OFDM, O-CDMA and Sectorized Antenna 162

Junsong Li, Mohsen Kavehrad, The Pennsylvania State University, USA

S5.3

Effect of Carrier Frequency Offset on the Performance of an MC-CDMA System and its

Countermeasure Using Pulse Shaping 167

Younsun Kim, Sooyong Choi, Chulwoo You, Daesik Hong, Yonsei University, Korea

S5.4

Analysis of Two Digital Adaptive Pre-Correctors for Nonlinearity in OFDM Systems 172

Gianni Redaelli, M. Corvino, V. Paderni, CEFRIEL, Italy; A. Spalvieri, Politecnico di Milano, Italy;

A. Leva, Alcatel Telecom, Italy; D. Colonna, Elettronica Industriale, Italy

S5.5

Blind Frequency Synchronization for OFDM Systems with Pulse Shaping 178

V. B. Manimohan, W. J. Fitzgerald, Cambridge University, UK

IX

S5.6

Channel Equalization for Wireless OFDM Systems with ICI and ISI 182

YiSun, The City College ofNew York, USA; Lang Tong, Cornell University, USA

S5.7

A COFDM - based Radio for HDR LOS Networked Communications 187

PaulH. Moose, Naval Postgraduate School, USA; David Roderick, Cypress Semiconductor, USA;

Richard North, SPAWAR System Center, USA; Michael Geile, Nova Engineering, USA

Session S6: QoS and Performance Issues in Advanced Communications

S6.1

Modified Fair Queueing for Finite Buffer in ATM Networks

Arthur M. 0. Lai, Danny H. K. Tsang, Hong Kong University of Science & Technology, PRC

S6.2

Performance-driven Adaptive Admission Control for Multimedia ApplicationsYin Bao, Lucent Technologies Inc., USA; Adarshpal S. Sethi, University ofDelaware, USA

S6.3

Supporting RSVP in a Differentiated Service Domain: an Architectural Framework and a

Scalability AnalysisAndrea Detti, Stefano Salsano, CoRiTeL, Italy; Marco Listanti, Luca Veltri, University of Rome, USA

S6.4

New Global Networks and Issues in Network Performance and QoSTerufumi Shinomiya, Takanori Hayashi, Hideyo Murakami, Nippon Telegraph and TelephoneCoproration, Japan

S6.6

An Intelligent Synchronization Platform with QOS Guarantees for Multimedia Communications

Maria C. Yuang, Bird C. Lo, Po L. Tien, Yu G. Chen, National Chiao Tung University, ROC

S6.7

A Predictive Adaptive Scheme to Support QoS Guarantees in Multimedia Wireless Networks

AbdulRahman Aljadhai, Taieb Znati, University ofPittsburgh, USA

S6.8

Quality of Service Analysis of a Wireless ATM Network Access Point

F. E. Garcia-Palacios, A. Marshall, S. Sezer, D. Chieng, The Queen's University ofBelfast, UK

Session S7: Last Mile Technologies

S7.1

Asynchronous Zipper 231

Frank SjOberg, Rickard Nilsson, Mikael Isaksson, Per Odling, Per Borjesson, Luled University ofTechnology, Sweden

S7.2

Effect of Bridged Taps on Channel Capacity at VDSL Frequencies 236

Amanda Wang, Samir Kallel, The University of British Columbia, Canada; Jean-Jacques Werner,

Bell Laboratories, USA

S7.3

Orthogonality Division Multiple Access LTI Transmit Filters for ISI-Channels 246

Ahmed F. Shalash, New Jersey Design Center, USA; Keshab K. Parhi, University of Minnesota, USA

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.199

.204

.211

.216

.221

.226

S7.4

An Early-Late Timing Recovery Scheme for Filter-Bank Based Multicarrier Transmission 251J. Louveaux, L. Vandendorpe, L. Cuvelier, UCL Communications and Remote Sensing Lab, Belgium;T. Pollet, Alcatel Telecom, Belgium

S7.5

On the Next Generation of High-Speed Voiceband Modems 256Nirmal Warke, Murtaza Ali, Texas Instruments Inc., USA

S7.6

Relationship between Physical and Higher Layer Errors in HFC Communication Network 261

Liang C. Chu, Georgia Institute ofTechnology, USA; Mani Subramanian, Broadband

Telecommunications Center

S7.7

A Comparison of MAC Protocols for Hybrid Fiber/Coax Networks: IEEE 802.14 vs. MCNS 266

N. Golmie, F. Mouveaux, D. Su, National Institute ofStandards and Technology, USA

Session S8A: Topics in Communications Software

S8A.1

Issues in Service Creation for Future Open Distributed Processing Environments 273

P. P. Demestichas, N. P. Polydorou, A. K. Kaltabani, N. I. Liossis, S. Kotrotsos, E. C. Tzifa,M. E. Anagnostou, National Technical University ofAthens, Greece

S8A.2

Design for Testability of Communication Protocols that SupportCoordination Loss 278

Antonio A. F. Loureiro, Osvaldo S. F. de Carvalho, Federal University ofMinas Gerais, Brazil;Samuel T. Chanson, Hong Kong University ofScience and Technology, China; Son T. Vuong,

University ofBritish Colombia, Canada

S8A.3

A Generic API for Quality of Service Networking Based on Java 285

Andreas Kassler, Holger Christein, Peter Schulthess, University of Ulm, Germany

S8A.4

Performance Scalability of Switching System Software 290

Amitabh Mishra, Lucent Technologies Inc., USA

S8A.5

WAY: A Resource Allocation Scheme for Packet Switched Wireless Networks 296

C, F. Chiasserini, A. Bianco, Politecnico di Torino, Italy

Session S8B: Tactical Communications

S8B.1

An Area Efficient Surviving Paths Unit for the Viterbi Algorithm 300

Dariush Dabiri, LSI Logic Co., USA; Ian F. Blake, HewlettPackard Labs, USA

S8B.2

Performance Study of an FFH/BFSK Clipper Receiver with Multitone Jamming over a Rician-Fading

Channel 305

Kah C. Teh, Centerfor Wireless Communications, Singapore; Alex C. Kot, Kwok H. Li,

Nanyang Technological University, Singapore

XI

S8B3

Multitone Interference of Fast FH/MFSK Systems over Ricean Fading Channels 309Chen Jiang, Jiangzhou Wang, The University ofHong Kong, PRC

Session S9: Mobile Internet

S9 1

Multicasting Along Meshes in Ad-hoc Networks 314

EwertonL Madruga J J Garcia-Luna-Aceves, University of California Santa Cruz, USA

S9 2

IP Mobility Support over Wireless ATM 319Youngsong Man, Youngyuk Kim, Soongsil University, Korea, Yong Jin Kim, Gunn Hwang, ETRI Korea

S9 3

Improving End-to-End Performance of TCP Using Link-Layer Retransmission over

Mobile Internetworks 324Jackson W K Wong, Victor C M Leung, The University ofBritish Columbia, Canada

S9 4

Improving TCP Performance over Multi-Slot GSM 329Joshua S A Liew, C W Ang, K F Ho, Centre for Wireless Communications, Singapore

S9 5

Mobility and QoS support for IPv6-based Real-Time Wireless Internet Traffic 334Girish Chiruvolu, Anshul Agrawal, Marc Vandenhoute, Alcatel USA, USA

S9 6

Mobile Internet Telephony Protocol An Application Layer Protocol for Mobile Internet

Telephony Services 339Wanjiun Liao, National Taiwan University, Taiwan

S9 7

Simple DCT-Based Speech Coder for Internet Applications 344Cheuk Fai Kwong, Wing Man Pang, Hon Cheung Wu, Keang-Po Ho, The Chinese University ofHong Kong, PRC

Session S10: Architecture

S101

Fuzzy/Neural Congestion Control for DS-CDMA/FRMA Cellular Systems 349Chung-Ju Chang, Terng-Yuan Liu, Fong-Ching Ren Scott Shen, National Chiao TungUniversity, Taiwan

S102

Coverage and Capauty Analysis for the Multi-layer CDMA Macro/Indoor-Pico Cells 354Daehyoung Hong, Seungwook Choi, Jaeweon Cho, Sogang University, Korea

S103

Performance Evaluation of a Tree-Based Rerouting Architecture in a Wireless Local Access Network 359A Lambardo, G Morabito, S Palazzo, G Schembra, Universita di Catania, Italy

S104

Issues in the Design of Future Mobile Communication Systems 364P P Demestwhas, E C Tzifa, V P Demesticha M D Louta, D Karagiannis M E IheologouNational Technical University ofAthens, Greece

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S10.5

Performance Evaluation of the IS-136 DCCH Reverse Access Channel Mechanism 369Ghassan Nairn, NORTEL, Canada; Luis Orozco Barbosa, University of Ottawa, Canada

SI 0.6

A Superimposition Algorithm for Application-Aware Adaptation in Mobile Computing 375

Antonia A. F. Loureiro, Osvaldo S. F. de Carvalho, Geraldo R.. Mateus, Federal University ofMinasGerais, Brazil; Samuel T. Chanson, Hong Kong University ofScience and Technology, China;Son T. Vuong, University ofBritish Columbia, Canada

Session Sll: Traffic Modeling and Applications

SI 1.1

Multifractal Analysis and Modeling of Long-Range-Dependent Traffic 382

Jianbo Gao, Izhak Rubin, University of California, Los Angeles, USA

S11.2

Modeling Superposition of Many Sources Generating Self Similar Traffic 387

Ronald G. Addie, University ofSouthern Queensland, Australia; Timothy D. Neame, Moshe Zukerman,

The University ofMelbourne, Australia

Sll.3

Interpolation Approximations for MIGI°° Arrival Processes 392

Konstantinos P. Tsoukatos, Armand M. Makowski, University ofMaryland, USA

S11.4

Automated Modeling of Broadband Network Data Using the QTES Methodology 397

Gerasimos Klaoudatos, Nortel Networks, Canada; Michael Devetsiklotis, loannis Lambadaris,

Carleton University, USA

SI 1.5

Performance Analysis and Estimation of Call Admission Policy Parameters for Multiple Traffic

Classes in Wireless ATM Networks 404

Mohamed M. Abdallah, Mahmoud T. El-Hadidi, Khaled M. El-Sayed, Cairo University, Egypt

S11.6

Automatized Traffic Model Generation for Rapid Measurement-Based Network Simulation 411

Cathy Fulton, NetQoS, USA; San-qi Li, University of Texas, USA

SI 1.7

Call Admission Control in the Presence of Point-to-Multipoint Best Effort Connections 416

Giilgun Alpan, Eitan Altman, Hedi Magroun, INRIA, France; Daniel Kofman, E.N.S.T., France

Session S12: Coding Techniques

S12.1

Bit-Estimate Based Soft Decoding for Vector Quantization over Channels with

Intersymbol Interference 421

Mikael Skoglund, Royal Institute of Technology, Sweden

S12.2

Convolutional Spectral Shaping 426

Daeyoung Kim, M. Vedat Eyuboglu, Motorola Internet and Networking, USA

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S123

Asymptotic Performance of Product Codes 431

David Rankin T Aaron Gulliver, University of Canterbury, New Zealand

S124

Layered Space-Time Codes for Wireless Communications Using Multiple Transmit Antennas 436

Da-shan Shiu, JosephM Kahn, University of California, Berkeley, USA

S125

Generalized Low Density (Tanner) Codes 441

J Boutros G Zemor Ecole Nationale Supeneure des Telecommunications, France O Pothier,

Laboratoire d'electronique Philips, France

S126

Joint Source-Channel Decoding of Entropy Coded Markov Sources over Binary Symmetric Channels 446

K P Subbalakshmi, Jacques Vaisey, Simon Fraser University, Canada

512 7

Reconfigurable Two-Stage Trellis Reed-Solomon Decoding 451

James J Kosmach, Motorola, USA, Stephen B Wicker, Cornell University, USA

S128

Error-Correcting Source Decoding vs Channel Coding in Noisy Image Transmission 456

Kalman Cinkler, Karl Dirk Kammeyer, University of Bremen, Germany

Session S13: QoS Routing Techniques for B-ISDN

513 1

On Implementation Architecture for Achieving QoS Provisioning in Integrated Services Networks 461

Yiwei Thomas Hou, Takeo Hamada, Tomohiko Taniguchi, Fujitsu Laboratories ofAmerica, USA,

Dapeng Wu, H Jonathan Chao, Polytechnic University, USA, Zhi-Li Zhang, University ofMinnesota, USA

S13 2

A Packet-Switched WDM Network Using Multi-Wavelength Selectivity 469

Jieh-Chian Wu, National Kaohsiung First University ofScience and Technology, ROC

S13 3

Efficient Load Balancing for UBR Traffic in ATM Networks 474

Hongbiao Zhang, Ascend Communications Inc, USA, Imrich Chlamtac, Andrds Faragd, Universityof Texas - Dallas, USA

S134

A Practical Approach to Minimizing Delays in Internet Routing 479

J J Garcia-Luna-Aceves, Snnivas Vutukury, University of California Santa Cruz, USA

William T Zaumen, Sun Microsystems, Inc, USA

S135

Fuzzy Metric Approach for Routing in B-ISDN 484

Emad Aboelela, University ofMiami USA Christos Douhgens, University of Piraeus Gieece

S13 6

QoS Aware Routing Schemes Based on Hierarchal Load-Balancing for Integrated Services

Packet Networks 489

C Casetti, R Lo Cigno, M Melha, Politecnico di Torino, Italy

xiv

S13.7

Performance Analysis of a Hybrid Approach for Destination Address Resolution in ClosedMulticast Networks 494

Cathy W. Chan, Soung C. Liew, The Chinese University ofHong Kong, Hong Kong

Session S14: OFDM and Multi-Carrier Radio Systems II

S14.1

Symbol Time Offset Estimation in Coherent OFDM Systems 500Daniel Landstrom, Per Odling, Per Ola Borjesson, Lund University, Sweden; Sarah Kate Wilson,

Jan-Jaap van de Beek, Lulea University, Sweden

S14.2

Performance of MC-CDMA Systems in Non-independent Rayleigh Fading 506

Junhyun Park, Jooeung Kim, Sooyong Choi, Namsin Cho, Daesik Hong, Yonsei University, Korea

S14.3

Peak-to-Average Power Ratio Reduction of an OFDM Signal Using Partial Transmit Sequences 511

Leonard J. Cimini, Jr., Nelson R. Sollenberger, AT&T Labs - Research, USA

S14.4

Throughput Analysis for a Packet Radio Network Using Rate Adaptive OFDM Signaling 516

Zhong Ye, Gary J. Saulnier, Kenneth S. Vastola, Rensselar Polytechnic Institute, USA;Michael J. Medley, Air Force Research Laboratory, USA

S14.5

Low Complexity Adaptive Beamforming and Power Allocation for OFDM over Wireless Networks 523

Masoud Olfat, K. J. Ray Liu, University ofMaryland, USA; Farrokh Rashid-Farrokhi, Bell Labs,Lucent Technologies, USA

S14.6

A Novel Algorithmic Synchronization Technique for OFDM based Wireless

Multimedia Communications 528

M. Jankiraman, Ramjee Prasad, Delft University ofTechnology, Netherlands

S14.7

Transmitter Diversity for OFDM Systems and Its Impacts on High-Rate Wireless Networks 534

Ye (Geoffrey) Li, Justin Chuang, Nelson R. Sollenberger, AT&T Labs Research, USA

Session S15: Signal Processing for Wireless Communications I

S15.1

Adaptive T-Algorithm in MLSD/MLSDE Receivers for Fading Channels 539

H. Zamiri-Jafarian, S. Pasupathy, University of Toronto, Canada

S15.2

Spatial Equivalence Classes for CDMA Array Processing 544

Bernard Mulgrew, Catherine Z. W. Hassell Sweatman, John S. Thompson, Peter M, Grant,

University ofEdinburgh, UK

S15.3

Spatial-Temporal CDMA Receiver Structures for Rayleigh Fading Channels 549

Steven D. Blostein, Ruifeng Wang, Queen's University, Canada

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S15 4

An Adaptive Pilot Symbol-Aided MMSE Receiver in Fading Channels 555

Seong Rag Kim, Young Gyun Jeong, In-Kyeong Choi, Seoyoung Lee, ETRI Korea

S15 5

Design of Pulse Shaping OFDM/OQAM Systems for High Data-Rate Transmission over

Wneless Channels 559Helmut Bolcskei, Vienna University ofTechnology, Austria Pierre Duhamel Rima Hleiss Ecole Natumale

Supeneure des Telecommunications, France

S156

Compensation of Non-Linear Distortion with Memory in Multi-Code CDMA Systems 565

Keun-Sik Jin, Yoan Shin, Sungbin Im, Soongsil University, Korea

S157

An Automatic Recognition Algorithm for Spectrum Monitoring Applications 570

Christian Dubuc, Daniel Boudreau, Francois Patenaude, Communications Research Centre, CanadaRobert Inkol, National Defense, Canada

Session S16A: Information Transport Using Optical Architecture

S16A1

PPP Extensions for IP/PPP-HDLC over SONET-SDH/WDM 575Thomas D Ndousse, Srikanta P R Kumar, National Indtitute of Standards and Technology, USA

S16A2

A Stream-Based Reconfigurable Router Prototype 5 81David C Lee, Scott J Harper Peter M Athanas, Scott F Midkiff, Virginia Polytechnic Institute

and State University, USA

S16A3

The Multi-Token Inter-Arrival Time (MTIT) Access Protocol for Supporting IP over WDMRing Network 586Andrea Fumagalli, Imnch Chlamtac, The University of Texas at Dallas, USA, James Cat,MCI Worldcom, USA

S16A4

The Value of Optical Bypass in Reducing Router Size in Gigabit Networks 591Jane M Simmons, Adel A M Saleh, AT&TLabs - Research, USA

Session S16B: Infrared Access

S16B1

Rate-Adaptive Modulation Techniques foi Infrared Wireless Communication 597Luciano Diana JosephM Kahn University of California Beikeley, USA

S16B2

Indoor Wireless Infrared Local Access, Multi-spot Diffusing with Computer Geneiated HologiaphicBeam-Splitters 604S Jivkova, M Kavehrad The Pennsylvania State University, USA

S16B3

Rate Adaptive Indoor Infrared Wireless Communication Systems Using Repeated and PuncturedConvolutional Codes

609Tomoaki Ohtsuki Science University of Tokyo, Japan

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S16B4

Power-Efficient Coded Modulation and Precodmg Schemes for Wireless Infrared Communications 614

HyuncheolPaik, Samsung Electronics Co, LTD, Korea

Session S17A: Management of Wireless Networks

S17A 1

Adaptive Location Management in Wireless Mobile Communications 619

Jiann-Liang Chen Jyh Wei Wu, National Dong-Hwa Univeisity, Taiwan

S17A2

Implementation Issues and Performance Evaluation of Intelligent Network Services in PCS Networks 625

Luis Serrano Ernesto Quiroz, Centro de Investigacwn Cientifica y de Educacwn Superior de Ensenada,Mexico, Luis Orozco-Barbosa, University of Ottawa Canada

S17A3

A CORBA Framework for QoS-Guaranteed Multicast Service in Wireless ATM Netwoiks 630

Longsong Lin, NEC USA Inc, USA, Lih-Chyau Wuu, Chun-Yeh Tsai, Yau-Te Huang, Ruel-Yau Liu,

National Yunhn Univeisity ofScience and Technology, ROC

Session S17B: Enterprise Network Management

S17B 1

A Policy Based Networking Architecture for Enterprise Networks 636

Yuji Nomura, Akua Chugo, Motomitsu Adachi Fujitsu Laboratories Ltd, Japan, Masahito Tonumi

Fujitsu Ltd, Japan

S17B2

Design and Implementation of a Web-based Internet/Intranet Mail Server Management System 641

Jae-Young Kim James Won KiHong, POSTECH, Korea

S17B3

Internet Protocol Conformance Testing by Using a TTCN Based Protocol Integrated Test System 646

Jianping Wu, Jianguo Wang, Tsmghua University Beijing, PRC

Session S18: Internet

S18 1

Reliable Multicasting in the Internet Expenence with the IRMA Architecture 651

Kang-WonLee, Vanduvur Bharghavan, Univeisity ofIllinois at Urbana-Champaign, USA

S182

MESH-R Large-Scale, Reliable Multicast Transport 657

Matthew T Lucas, Alfred C Weaver, University of Virginia, USA Bert J Dempsey University ofNorth Carolina at Chapel Hill, USA

S183

DCBT An Efficient Multicast Aichitecture for Wide Scale and Large GioupMultimedia Communications 665

WonTae Kim, YongJin Park, Hanyang University, Korea

S184

PCP A Bandwidth Guaranteed Transport Service for IP Networks 671

Flaminio Borgonovo, Antonio Capone, Luigi Fratta, Mario Marchese, Chiara Peti wh

Politecnico di Milano Italy

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S18.5

Converting Web Pages into Well-Formed XML Documents 676

H. Ouahid, A. Karmouch, University ofOttawa, Canada

S18.6

Admission Control of Traffic-Shaped Rate Monotonic Scheduler for Bursty Sources 681

Tsern-Huei Lee, Yaw-Wen Kuo, National Chiao Tung University, ROC

S18.7

A Layered QoS Multicast Protocol 687

JongWon Choe, YuJinLim, Sookmyung Women's University, Korea

Author Index

Volume 2

MN02: Quality of Service Mini-Conference

Session QOS1B: Scheduling & Resource Management

QOS1B.2A Programmable Switch Architecture for Achieving Flexible Quality of Service 693

Sungwon Ha, Vaduvur Bharghavan, University ofIllinois at Urbana-Champaign, USA

QOS1B.3

Dynamic Quality-of-Service Framework for Video in Broadband Networks 698

D. Reininger, D. Raychaudhuri, M. Ott, NEC USA, USA

QOS1B.4Dynamic Resource Scheduling for Variable QoS Traffic in W-CDMA 703

Ozgiir Giirbiiz, Henry Owen, Georgia Institute of Technology, USA

QOS1B.5

Experiments on QoS Adaptation for Improving End User Speech Perception over

Multi-hop Wireless Networks 708

Tsuwei Chen, Mario Gerla, Manthos Kazantzidis, Yuri Romanenko, Ilya Slain, University of California,Los Angeles, USA

Session QOS2: Advances in QoS

QOS2.3On Modeling Concurrent Heavy-Tailed Network Traffic Sources and its Impact upon QoS 716

P. M. Fiorini, BMC Software, USA

QOS2.4A Packet Eligible Time Calculation Mechanism for Providing Temporal QoS Multicast Routing 721

Ye Ge, Jennifer Hou, Hung-Ying Tyan, The Ohio State University, USA

QOS2.5An Optimal QoS- Guaranteed Multicast Routing Algorithm with Dynamic Membership Support 727

W. Melody Moh, San Jose State University, USA; Bang Nguyen, Novellus Systems, Inc., USA

xvui