DECEMBER 6-9,1992

INFORMATONSO.aUOTT -.

ORLANDO

COMMUNICATION FOR GLOBAL USERS

IEEE GLOBAL TELECOMMUNICATIONSCONFERENCE • ORLANDO • FLORIDAIncluding a Communications Theory Mini-Conference

ICC

Sponsored by theIEEE Communications Society•nd the Orlando IEEE Section

Conference Record

Volume

123

Day

MONDAY

TUESDAY

WEDNESDAY

Sessions

1-18

19-36B

37-54

Pages

1-648

649-1254

1255 -1920

IEEE COMMUNICATIONS SOCIETY

GLOBECOMIEEE

36A.03 Self-Optimizing Window Row Control in High Speed Data NetworksLorne G Mason, Ke-Qiang Liao, INRS-Telecommunications, Canada 1224

36A.04 Intelligent Bridges and Routers - A Proposal for the LAN/MAN/B-ISDNEnvironment

Markus Burak, GMD FOKUS, Germany 1234

SESSION 36BKnowledge-Based Network ManagementHALF

ORGANIZER: Yuval Lirov, Salomon Brothers Inc., USACHAIRPERSON: Yuval LirovSPONSOR: Communications System Engineering

Network Operations & Management

Oral Presentation

36B.01 Network Operators Advice and Assistance (NOAA): A Real-Time TrafficRerouting Expert SystemR. M. Goodman, Barry Ambrose, Hayes Latin, Systems Technology Pacific Bell,USA, Sandee Finnell, Southern California Network, USA, CaliforniaInstitute of Technology, USA 1240

36B.02 Virtual Path Trace Function for Effective Administration of ATM NetworksH. Matsunaga, Y. Kanayama, Hiromi Ueda, NTT Transmission Systems Lab,Japan 1245

36B.03 Customization of Network Surveillance Expert SystemsAndrzej Bieszczad, Bell Northern Research, Canada, Tony White,Carleton University, Canada 1250

Author Index Follows page 1254.

Volume IIISESSION 37VLSI and Communications

ORGANIZER: Gerhard Fettweis, Teknekron Communications Systems, USACHAIRPERSON: Gerhard FettweisSPONSOR: Signal Processing & Communication E

Communication Theory

Oral Presentation

37.01 A Novel Constraint Length 13 Viterbi Decoder Based on the IterativeCollapse AlgorithmF. Daneshgaran, K. Yao, M. Mondin, Univ. of California-Los Angeles,USA 1255

37.02 Boosting the Implementation Efficiency of Viterbi Decoders by NovelScheduling SchemesStefan Bitterlkh, Herbert Dawid, Heinrich Meyr, Aachen University ofTechnology, Germany 1260

37.03 A VLSI Architecture for a Single-Chip 5-Mbaud QAM ReceiverRobindra B. Joshi, Babak Daneshrad, Henry Samueli, Univ. ofCalifornia-Los Angeles, USA 1265

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37.04 Carrier Recovery for a Passband PS-FSE in a Single-Chip V.32 ModemDion M. Funderburk, Motorola Digital Signal Processing, USA, Peter J.McLane, Queen's University, Canada 1269

37.05 A VLSI Sequencer Chip for ATM Traffic Shaper and Queue ManagerH. Jonathan Chao, Necdet Uzun, Bellcore, USA 1276

37.06 ALI: A Versatile Interface Chip for ATM SystemsPhilippe Oechslin, Ecole Polytech Fed de Lausanne, Switzerland,Vijay P. Kumar, AT&T Bell Laboratories, USA, Horng-Dar Lin, Jay O'Neill,Edward Ouellette, AT&T Bell Laboratories, USA 1282

37.07 Look-Ahead Techniques Applied to Recursive Filters with SaturationBernd Koppenhofer, University of Ulm, Germany 1288

37.08 A Compiler for Communication Network Interface CircuitsTong-Bi Pei, Digital Equipment Corp., USA, Charles Zukowski,Columbia University, USA 1293

SESSION 38Neural Networks for Communications and Signal Processing

ORGANIZER: Nirwan Ansari, New Jersey Institute of Technology, USACHAIRPERSON: Nirwan AnsariSPONSOR: Communications System Engineering

Signal Processing & Communication E

Oral Presentation

38.01 An Echo Canceller Based on the Multi layer LTBP Neural NetworkYang Dali, Beijing Univ of Posts & Telecomm., China 1298

38.02 Performance of a Neural Net used as Admission Controller in ATM SystemsPhuoc Tran-Gia, O. Gropp, University ofWurzburg, Germany 1303

38.03 Frame Adaptive Vector Quantization with Neural NetworksRosa Lancini, Fabio Perego, CEFRIEL, Italy 1310

38.04 Image Transmission Based on Neural Network ApproachesWail Refai, N. Zaibi, G. Kane, University ofTulsa, USA 1315

38.05 Characterizing DSO-rate Traffic Using Neural NetworksBen P. Yuhas, Charles M. Humphries, Bellcore, USA 1319

38.06 A Neural Strategy for Optimal Multiplexing of Circuit- and Packet-SwitchedTrafficR. Bolla, Franco Davoli, P. Maryni, T. Parisini, University of Genoa,Italy 1324

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SESSION 39Wireless Local Area Communications

ORGANIZERS: Rob Ziegler, Bellcore, USAT. Rappaport, Virginia Polytechnic Institute, USA

CHAIRPERSON: T. RappaportSPONSOR: Radio Communications

Oral Presentation

39.01 A Near-Far Resistant Sliding Window Decorrelating Algorithm for Multi-UserDetectors in DS-CDMA SystemsS. S. H. Wijayasuriya, G. H. Norton, J. P. McGeehan, University ofBristol, UK 1331

39.02 Error Probability and Near-Far Resistance of Minimum Mean Squared ErrorInterference Suppression Schemes for CDMAU. Madhow, Michael L. Honig, Bellcore, USA 1339

39.03 Capture In Multiple Access Lightwave Networks Employing Direct DetectModulationsK-C Chen, C-H Lee, National Tsing Hua University, Taiwan 1344

39.04 Simulative Evaluation of a Decentralized Packet Synchronization Algorithmfor Short Range Mobile Radio NetworksDirk Hubner, Simon Hoff, Aachen University of Technology, Germany 1349

39.05 A Variant of the CSMA Protocol Suitable for a Mobile Radio LANKee C. Chua, National University of Singapore, Singapore 1354

39.06 Using LLC Type 1 and LLC Type 3 Services to Communicate through aHybrid Network with Mobile DevicesT. Val, M. Misson, A. Freitas, Equipe Reseaux et Protocoles, France 1359

SESSION 40Transport Protocols for Video & Multimedia

ORGANIZERS: D. Raychaudhuri, David Sarnoff Research Ctr., USAJ. D. Zdepski, David Sarnoff Research Ctr., USA

CHAIRPERSON: D. RaychaudhuriSPONSOR: Multimedia Services & Terminals

Data Communications Systems

Oral Presentation

40.01 MHTP - A Multimedia High-Speed Transport ProtocolJ.-H. Huang, S.-H. Lee, National Taiwan University, Taiwan 1364

40.02 HeiTP:A Transport Protocol for ST-IILuca Delgrossi, C. Halstrick, RalfG Herrtwich, Heinrich Stuttgen,IBM European Networking Center, Germany 1369

40.03 A Flexible and Robust Packet Transport Protocol for Digital HDTVD. Raychaudhuri, R. Siracusa, J. Zdepski, K. Joseph, David SarnoffResearch Center, USA 1374

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40.04 Flow Synchronization ProtocolJulio Escobar, Debra Deutsch, Craig Partridge, BBN Systems &Technologies Corp, USA 1381

40.05 A Signaling Protocol Supporting Multi-Media and Supplementary ServicesPatrick Hellemans, Alcatel Bell Telephone Research Ctr, Belgium,Marcel Mampaey, Alcatel Bell Telephone Research Cnt, Belgium, HowardBussey, Steven Minzer, Bellcore, USA 1388

40.06 Parallel TCP for High Performance Communication SubsystemsOdysseas G. Koufopavlou, Martina Zitterbart, IBM Research Division,USA 1395

SESSION 41Radio Resource Management in Personal CommunicationsSystems

ORGANIZERS: L Cimini, AT&T Bell Laboratories, USAJ. C-I Chuang, Bellcore, USA

CHAIRPERSON: L. CiminiJ. C-I Chuang

SPONSOR: Communication TheoryRadio Communications

Oral Presentation

41.01 Design Options for the Radio Access Network of Third Generation LandMobile SystemsDavide Grillo, Fondazione Ugo Bordoni, Italy, S. T. S. Chia, BTLaboratories, UK 1400

41.02 Analysis of Handoff Algorithms Using Nonstationary Signal StrengthMeasurementsRajiv Vijayan, Jack M. Holtzman, Rutgers University, USA 1405

41.03 A Channel Interleave Assignment Strategy for Personal CommunicationServicesYang Jun, Shixin Cheng, Southeast University, China 1410

41.04 Reuse-Partitioning Combined with Traffic Adaptive Channel Assignment forHighway Microcellular Radio SystemsMagnus Frodigh, Royal Institute of Technology, Sweden 1414

41.05 Performance Issues and Algorithms for Dynamic Channel AssignmentJustin C. Chuang, Bellcore. USA 1419

41.06 Dynamic Resource Allocation in Line-of-Sight MicrocellsReinaldo A. Valenzuela, AT&T Bell Laboratories, USA 1425

SESSION 42ANext Generation Undersea Communications SystemsHALF

ORGANIZERS: T. Ito, NTT, JapanN. S. Bergano, AT&T Bell Laboratories, USAA. F. Mitchell, BT Laboratories, United Kingdom

CHAIRPERSON: N. S. BerganoSPONSOR: Optical Communications

Transmission SystemsAsia & Pacific

Oral Presentation

42A.01 Evolution of Optical Amplifier Submarine SystemsMamoru Aiki, Shigeru Saito, Takeshi Ito, NTT Transmission Systems Lab,Japan 1431

42A.02 Prospects Brought by Optical Amplifiers in Repeaterless SubmarineSystemsP. M. Gabla, J. L. Chabert, F. X. Ollivier, Alcatel CIT, France 1436

42A.03 Optical Amplifier Transmission for Long-Distance Submarine Cable SystemShu Yamamoto, Hiroharu Wakabayashi, KDD R&D Laboratories, Japan 1440

42A.04 Predicting the Performance of Long-Haul Undersea Systems with ComputerModelsSimon F. Carter, J. V. Wright, A. F. Mitchell, BT Laboratories, UK 1445

SESSION 42BTechniques for Modeling Large High Speed NetworksHALF

ORGANIZER: Victor Frost, University of Kansas, USACHAIRPERSON: Victor FrostSPONSOR: Communications System Engineering

Computer Communications

Oral Presentation

42B.01 A "Hi-Lo" Markov Chain Model for Multimedia Traffic in ATM NetworksEmilie T. Saulnier, GE Research & Development, USA, Kenneth S. Vastola,Rensselaer Polytechnic Inst, USA 1450

42B.02 On the Efficient Simulation of Large Communication Networks UsingImportance SamplingMichael Devetsikiotis, J. Keith Townsend, North Carolina StateUniversity, USA 1455

42B.03 On the Amount of Bandwidth Allocated to Virtual Paths in ATM NetworksRaifO. Onvural, Y. C. Liu, IBM, USA 1460

42B.04 Libra: A Distributed Routing Algorithm for Large Internets/ . J. Garcia-Luna-Aceves, SRI International, USA 1465

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SESSION 43Switching Software, Architecture & Performance

ORGANIZER: Daryl Eigen, Siemens Stromberg-Carlson, USACHAIRPERSON: Daryl EigenSPONSOR: Communication Switching

Oral Presentation

43.01 An Efficient High-Speed Packet Switching With Shared Input BuffersE. Del Re, Romano Fantacci, Universita di Firenze, Italy 1472

43.02 A Control Algorithm for 3-Stage Non-blocking NetworksDeepak Rana, IBM TJ. Watson Research Center, USA 1477

43.03 SAMOA: A Cell Based Optical ATM System Using TCM Transmission Mode for theUser Network InterfaceAndre Jaillard, Jean F. Queniat, France Telecom, France 1482

43.04 Analysis of the M and M2 Routings in Circuit-Switched NetworksEric W. M. Wong, Tak-Shing P. Yum, Kit-Man Chan, Chinese University ofHong Kong, Hong Kong 1487

43.05 Effects of Cascading on the Performance of a Switching SubsystemYurdaer Doganata, Zinnur Doganata, IBM TJ. Watson Research Center,USA 1495

43.06 A General Unified Model for Performance Analysis of Multicast SwitchingXing Chen, I. Lambadaris, J. F. Hayes, Concordia University, Canada 1498

SESSION 44Teletraffic Analysis and Performance Evaluation of B-ISDN

ORGANIZERS: Thomas Chen, GTE Laboratories, Inc. USAIoannis Stavrakakis, University of Vermont, USA

CHAIRPERSON: G. Ramamurthy, NEC Research Institute, Inc., USASPONSOR: Computer Communications

Communications System Engineering

Oral Presentation

44.01 Approximate Analysis of Discrete-time Tandem Queueing Networks withCustomer LossD. Park, Harry G. Perros, North Carolina State University, USA 1503

44.02 A Call Traffic Model for Integrated Services Digital NetworksFrank Brochin, Bell Northern Research Japan, Japan, Eric Pradel,Ecole Nat Sup des Telecomm de Paris, France 1508

44.03 A Gaussian Traffic Model for a B-ISDN Statistical MultiplexerR. G. Addie, M. Zukerman, Telecom Australia Research Lab, Australia 1513

44.04 Heavy Traffic Multiplexing Behavior of Highly-Bursty HeterogeneousSources & Their Admission Control in High-Speed NetworksKhosrow Sohraby, IBM TJ. Watson Research Center, USA 1518

44.05 Spectral Analysis of Packet Loss Rate at Statistic Multiplexer forMultimedia ServicesHong-Dah Sheng, San-qi Li, University of Texas at Austin, USA 1524

44.06 Effect of On/Off Distributions on the Cell Loss Probability in ATM NetworksZ. Zhang, Anthony S. Acampora, Columbia University, USA 1533

44.07 Statistical Multiplexing of Correlated Slow Traffic SourcesIoannis Stavrakakis, University of Vermont, USA 1540

44.08 Methodologies for Bandwidth Allocation, Transmission Scheduling, andCongestion Avoidance in Broadband ATM NetworksK. Sriram, AT&T Bell Laboratories, USA 1545

SESSION 45Modernizing Telecommunications Networks Accent onEastern Europe

ORGANIZER: Istwan Frigyes, Technical University of Budapest, HungaryCHAIRPERSON: Istwan FrigyesSPONSOR: Europe, Africa & Middle East

Oral Presentation

45.01 Present State and Future Plans of Telecommunications in Central andEastern EuropeGyula Sallai, Hungarian Telecommunications Co., Hungary 1552

45.02 Telecommunications Switching In Poland - Present Status and FutureProspectsAndrzej Jajszczyk, Queen's University, Canada, W. Kabacinski,Technical University ofPoznan, Poland 1557

45.03 What Technology of Switching Systems to Adopt in Central and EasternEurope (CEE) Countries?Andrzej Zielinski, Jozef Michna, Institute of Telecommunications,Poland 1562

45.04 Microwave Telecommunications in Hungary: Development Results & ModernizationPlansTibor Berceli, Csaba Kantor, Technical University of Budapest,Hungary 1569

45.05 Satellite Communications in Eastern EuropeF. Stranak, PTT Research Institute, Czecholovakia 1574

45.06 The Introduction of Optical Telecommunication in HungaryGeorge Lajtha, Hungarian Telecommunications Co., Hungary 1578

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SESSION 46Optical Switching

ORGANIZER: Rick Schiffler, BellSouth Telecommunications, USACHAIRPERSON: Niel Ransom, BellSouth Telecommunications, USASPONSOR: Communication Switching

Oral Presentation

46.01 EGS Switching Networks Based on Free-space Digital OpticsT. J. Cloonan, G. W. Richards, H. S. Hinton, F. B. McCormick, A. L.Lentine, AT&T Bell Laboratories, USA, S. J. Hinterlong, AT&T BellLaboratories, USA, R. L. Morrison, J. M. Sasian, S. L. Walker, AT&T BellLaboratories, USA 1583

46.02 Optical Cross-Connection Configuration Based on FDM TechnologiesY. Tada, Nori Shibata, Osamu Ishida, Kiyoshi Nosu, Hiroyuki Ishii,NTT Laboratories, Japan 1588

46.03 The "Staggering Switch": An "Almost-all" Optical Packet SwitchZygmunt Haas, AT&T Bell Laboratories, USA 1593

46.04 Nonblocking Conditions for Multi-Log (2N) Multiconnection NetworksY. Tscha, Kyoon Ha Lee, Inha University, Australia 1600

46.05 Tree Architectures for Photonic SwitchingAndrzej Jajszczyk, H.T. Mouftah, Queen's University, Canada 1605

SESSION 47High-Speed LANs and MANs

ORGANIZER: C. Bisdikian, IBM Research Division, USACHAIRPERSON: C. BisdikianSPONSOR: Data Communications Systems

Computer Communications

Oral Presentation

47.01 EQEB - A Multi-Channel Extension of the DQDB Protocol With TunableChannel AccessKwokwai Cheung, Victor W. Mak, Bell Communications Research, USA 1610

47.02 Applying the Single-Node DQDB Analytical Model to Network-WidePerformance AnalysisWen Jing, Michael Paterakis, University of Delaware, USA 1618

47.03 An Optimal Bandwidth Allocation Algorithm for Remote Bridging of FDDINetworks Across B-ISDNG. Bianchi, CEFRIEL, Italy, F. Borgonovo, Politecnico di Milano, Italy,VUtorio Trecordi, CEFRIEL, Italy 1623

47.04 Analysis of an M/G/l/N Queue with Vacations and its Application toFDDI Asynchronous Timed-Token Service SystemsIzhak Rubin, James C-H. Wu, Univ. of California-Los Angeles, USA 1630

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47.05 A Local Fairness Algorithm for the MetaRing, and its Performance StudyJeane Chen, IBM TJ. Watson Research Center, USA, Israel Cidon,Israel Institute of Technology, Israel, Yoram Ofek, IBM TJ. WatsonResearch Center, USA 1635

47.06 A Scheme for Remote LAN Bridging across SMDS MANsAhmed N. Tantawy, Martina Zitterbart, IBM TJ. Watson ResearchCenter, USA 1642

47.07 2nd-Order Markov Approximation of the Slot-Occupancy Pattern in a DQDBNetworkMarco Conti, E. Gregori, L. Lenzini, CNR-Instituto CNUCE, Italy 1647

47.08 Performance of Exhaustive Cycle-Gated Access in High Speed Bus NetworksKenneth S. Vastola, Irfan AH, Rensselaer Polytechnic Inst, USA 1652

SESSION 48Trends in Field Reliability and Performance Analysis

ORGANIZER: Ari Jain, Bellcore, USACHAIRPERSON: Ari JainSPONSOR: Quality Assurance Management

Oral Presentation

48.01 A Model for Circuit UnavailabilityDaniel R. Jeske, AT&T Bell Laboratories, USA 1657

48.02 Availability Issues in the Design of Self-Healing NetworksAnne M. Elvidge, Graham A. Cope, BT Laboratories, UK 1662

48.03 Fast and Highly Precise Measuring Method for Subscriber LinesHirohumi Masukawa, Yuuichi Takahashi, Hitachi Ltd, Japan, ChiakiIchikawa, Yasunori Ogura, NTT, Japan 1667

48.04 A Methodology to Improve Switching System Software Service Quality andReliabilityJohn P. Hudepohl, Will Snipes, Northern Telecom. USA, Tim Hollack,Wendell Jones, Bell Northern Research, USA 1671

48.05 Customer Partnering: A Success StoryWilliam A. Hoberg, Lisa L. Kasmar, Sherman Tor an, AT&T NetworkSystems, USA 1679

48.06 An Analytical Hierarchy Process Approach to the Analysis of Quality inTelecommunication SystemsChristos Douligeris, Ian Pereira, University of Miami, USA 1684

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SESSION 49Advances in Standardization of Low-Rate Signal Processing

ORGANIZERS: S. Dimolitsas, COMSAT, USAM. Sherif, AT&T Bell Laboratories, USAR. Fish. Bellcore, USA

CHAIRPERSON: S. DimolUsasR.Fish

SPONSOR: Multimedia Services & TerminalsSignal Processing & Communication E I Communication Theory

Oral Presentation

49.01 Video and Multimedia Performance Evaluation - A Beginning PerspectiveC. A. Adesanya, A. M. Lessman, J. R. Rosenberger, Bellcore, USA 1689

49.02 A Digital Modulation Method for Terrestrial Digital TV Broadcasting UsingTrellis Coded OFDM and Its PerformanceMasafumi Saito, Shigeki Moriyama, Osamu Yamada, Japan BroadcastingCorp, Japan 1694

49.03 Fascimile Compression Through Demodulation in Packet NetworksJ. D. Tomcik, Mark C. Gruensfelder, Mostafa H. Sherif, Clifford L. Sayre.David B. Ramsden, AT&T Bell Laboratories, USA 1699

49.04 Performance of CCITT's 16 kbit/s LD-CELP Algorithm with Non-Voice SignalsSpiros DimolUsas, Franklin L. Corcoran, John G. Phipps Jr., COMSATLaboratories, USA 1704

49.05 Subjective Performance of CCITT's 16 kbit/s LD-CELP Algorithm with VoiceSignalsColin South, BT Laboratories, UK, Paolino Usai, CSELT, Italy 1709

49.06 Test Vertification of LD-CELP: An Objective Measurement Approach for aNon-Bit Exact StandardF. T. Johansen, Norwegian Telecom Research, Norway, Richard V. Cox, AT&TBell Laboratories, USA 1714

49.07 New Reference Condition for Very Low Bit Rate Voice Coder EvaluationBUI Cotton, Bellcore, USA 1719

SESSION 50Operations of CCS Networks and ISDN in the 90's

ORGANIZERS: Cengiz Akgun, Bellcore, USADavid J. Granfors, Bellcore, USAArnold Davis, BellSouth Telecommunications, USA

CHAIRPERSON: Cengiz AkgunSPONSOR: Network Operations & Management

Communication Switching

Oral Presentation

50.01 Using Software Fault Insertion to Improve CCS Network OperationsMing-Yee Lai, Chi-Ming Chen, Cindy Hood, Dileep Saxena, Bellcore, USA 1723

50.02 Analysis of Congestion Onset Thresholds for CCITT SS7 NetworksD. R. Manfield, University of Queensland, Australia, M. Zukerman,Telecom Australia Research Lab, Australia 1730

50.03 Analysis of CCSN/SS7 Link Traffic Engineering AlgorithmsJeremy S. Kagan, Allen Weingarten, Bellcore, USA 1735

50.04 SCP Architecture with High AvailabilityAtsushi Nakamura, Toshiro Tanaka, NTT Communication Switching Lab,Japan 1741

50.05 Equal Access for Other CountriesKenn Moisey, Jack Pendleton, U. S. Intelco Networks Inc., USA 1746

50.06 Interfacing Access Networks to Exchanges: - The ETSI V5 ApproachAlex Gillespie, BT Laboratories. UK 1754

SESSION 51Coding and Modulation

ORGANIZERS: Peter Galko, University of Ottawa, CanadaN. Beaulieu, Queen's University, Canada

CHAIRPERSON: Peter GalkoSPONSOR: Communication Theory

Oral Presentation

51.01 Unequal Error Protection of Data Using Trellis-Coded ModulationHong Y. Chung. AT&T Bell Laboratories, USA 1759

51.02 On Construction of Bandwidth Efficient, Low Complexity, and High CodingGain 8-PSK Modulation CodesShu Lin, Sandeep Rajpal, Do Jun Rhee, University of Hawaii at Manoa,USA 1764

51.03 Trellis-Coded Phase/Frequency Modulation with Equal Usage of SignalDimensionsAloknath De, McGill University, Canada, Iwao Sasase, Ke'io University,Japan, Peter Kabal, McGill University, Canada 1769

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51.04 Address Decomposition for the Shaping of Multi-dimensional SignalConstellationsP. Kabal, A. K. Khandani, McGill University, Canada 1774

51.05 Iterative Decoding for Multilevel Codes Using Reliability InformationThomas Woerz, Joachim Hagenauer, German Aerospace Research Est (DLR),Germany 1779

51.06 Performance Evaluation of Trellis-Coded Modulation SchemesSergio Benedetto, M. Mondin, G. Montorsi, Politecnico di Torino,Italy 1785

51.07 Theoretical Performance Comparison Between Reference-based Coherent BPSKand BCH Coded Differential BPSKM. Li, A. Bateman, J. P. McGeehan, University of Bristol, UK 1791

SESSION 52Modeling and Simulation of Wireless PCN Channels

ORGANIZERS: K. Sam Shanmugan, University of Kansas, USAPhilip Balaban, AT&T Bell Laboratories, USA

CHAIRPERSON: K. Sam ShanmuganTed Rappaport, Virginia Polytech Inst. & State Uni, USA

SPONSOR: Communications System EngineeringRadio Communications

Oral Presentation

52.01 An Investigation of Wireless Personal Communication Systems: MicrocellCo-channel Interference Modelling and Outage Probability AnalysisYu-Dong Yao, SPAR Aerospace Limited, Canada, Asrar U. H. Sheikh,Carleton University, Canada 1797

52.02 Differential Detection of PSK signals Frequency Selective RayleighFading ChannelPaul Ho, Weiwan Liu, Simon Fraser University, Canada 1802

52.03 Trellis Coding of 7t/4 QPSK Signals for AWGN and Fading ChannelsPaul Ho, Tony Chan, Simon Fraser University, Canada 1807

52.04 Trellis Coding with Diversity for DS-SS CDMA Communication Over IndoorRadio ChannelsJuan M. Bargallo, James A. Roberts, University of Kansas, USA 1813

52.05 Dual Diversity Combining and Equalization for Indoor Radio ChannelsTushar Shah, K. Sam Shanmugan, University of Kansas, USA 1819

52.06 Simulation of Bit Error Performance and Outage Probability of 7t/4 DQPS inFrequency-Selective Indoor Radio Channels Using a Measurement-based ChannelModelBerthold Thoma, Theodore S. Rappaport, Michael D. Keitz, VirginiaPolytech Inst & State Univ, USA 1825

52.07 Importance Sampling Methodologies for Simulation of Communication Systemswith Adaptive Equalizers and Time-Varying ChannelsWael A. Al-Qaq, Michael Devetsikiotis, J. Keith Townsend, NorthCarolina State University, USA 1830

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SESSION 53Microwave Radio Systems for Future TelecommunicationsNetworks

ORGANIZERS: M. Joindot, CNET, FranceY. Nakamura, NTT, Japan

CHAIRPERSON: M. JoindotY. Nakamura

SPONSOR: Radio Communications

Oral Presentation

53.01 S/DMS Transportnode SONET Radio 4/40Iwan D. Jemczyk, S. H. Blakey. H. K. Chou, B. W. Godfrey. B. Hughes,Bell Northern Research. Canada, J. D. McNicol, Bell NorthernResearch, Canada, E. M. Sich, Bell Northern Research, Canada 1835

53.02 A New 32QAM Modem for Doubling Transmission Capacity in 40 MHzChannelling PlansP. Balducci. M. holla, L. Rossi, A. Spalvieri, Alcatel-Telettra,Italy 1840

53.03 Coherent Non-Regenerative Repeater Digital Microwave Radio System FieldTestKazuji Watanabe, Tadashi Shirato, Osarnu Kagami, NTT RadioCommunication System Lab, Japan 1846

53.04 Angle and Space Diversity:Experimental ComparisonD. DiZenobio, G. Santella, Fondazione Ugo Bordoru, Italy, S. Candeo,1SPT, Italy. D. Mandich. Telettra, Italy 1851

53.05 Computer-Aided Modeling for Interference Analysis in Urban AreasTakeshi Mizuike, Fumio Watanabe, K. Minamisono, Youji Kishi, KDD R&DLaboratories, Japan, Toshinari Kimura, Telecomet, Inc 1858

53.06 Error Rate Performance of QAM and QPRS Systems in Adjacent and CochannelInterference with Frequency Selective FadingJ. R. Cruz, University of Oklahoma, USA, M. Tahernezhadi, NorthernIllinois University, USA 1865

53.07 A High Capacity Fully Digitalized Modulator for Digital RadiosTadashi Shirato, Takashi Okada, NTT Radio Communication Systems Lab,Japan 1870

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SESSION 54Next Generation Lightwave System

ORGANIZERS: Y. K. Park, AT&T Bell Laboratories, USAZ. Haas, AT&T Bell Laboratories, USA

CHAIRPERSON: Stuart Wagner, Bellcore, USASPONSOR: Optical Communications

Oral Presentation

54.01 Design and Operation of Transmission Lines Containing Er-doped FiberAmplifier RepeatersKoh-ichi Aoyama, Yoshiaki Yamabayashi, Kazuo Hagimoto, NTTTransmission Systems Lab, Japan 1875

54.02 High Bit-Rate Optical Soliton CommunicationPeter A. Andrekson, Chalmers University of Technology, Sweden,NAnders Olsson, AT&T Bell Laboratories, USA 1880

54.03 Trellis Coded Stokes Parameter Modulation in Coherent OpticalCommunicationsMitsuzo Hohjo, Hiroyuki Yashima, Jouji Suzuki, Saitama University,Japan 1886

54.04 Architecture and Protocol of a Passive Optical Packet-SwitchedMetropolitan/Wide Area Network Using WDMAC-S Li, MS Chen, Franklin Fuk-Kay Tong, IBM TJ. Watson ResearchCenter, USA 1891

54.05 Bimodal Throughput,Nonmonotonic Delay .Optimal Bandwidth Dimensioning.andAnalysis of Receiver Collisions Li A Single-Hop WDM Local Lightwave NetworkFelling Jia, B. Mukherjee, University of California, USA 1896

54.06 Extension of Classical Rearrangeable and Non-Blocking Networksto the Wavelength DimensionJacob Sharony, Thomas E. Stern, Columbia University, USA,Kwok-wai Cheung, Bellcore. USA 1901

54.07 Reconfigurability of Multi-Star Based Lightwave LANsAura Ganz, Bo Li, Laurent Zenou, University of Massachusetts, USA 1906

54.08 A Comparative Study of Architectures for Deflection RoutingAbhijit K. Choudhury, AT&T Bell Laboratories, USA 1911

Author Index Follows page 1920.

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