IEEE Journal on Selected Areas in Communications, Volume 8

Volume 8, Number 1, January 1990

• 
  Carl A. Sunshine:
  Network Interconnection and Gateways. 4-11
• 
  Gregor von Bochmann, Pierre Mondain-Monval:
  Design Principles for Communication Gateways. 12-21
• 
  Ernst Biersack:
  Annotated Bibliography on Network Interconnection. 22-41
• 
  George Varghese, Radia J. Perlman:
  Transparent Interconnection of Incompatible Local Area Networks Using Bridges. 42-48
• 
  Robert G. Cole:
  Experience and Analysis of Network Interconnection. 49-56
• 
  Marshall T. Rose:
  Transition and Coexistence Strategies for TCP/IP to OSI. 57-66
• 
  Liba Svobodova, Philippe A. Janson, Eduard Mumprecht:
  Heterogeneity and OSI. 67-79
• 
  Koji Nakao, Sadao Obana, Satoshi Nishiyama, Toshiaki Tanaka:
  Feasibility Study for Worldwide Videotex Interworking. 80-92
• 
  Robert S. Cahn:
  ASCII Protocol Conversion Revisited. 93-98
• 
  Maria Lorenza Ferrer, François Flückiger, Giorgio Heiman, Giovanni Mirabelli, Elisabetta Pace, Enzo Valente:
  GIFT: A Multiple Gateway for File Transfer, Access, and Management. 99-106
• 
  Luciano Lenzini, Radu Popescu-Zeletin:
  From the Earth to the Sky and Back. 107-118
• 
  Unnikrishnan S. Warrier, Carl A. Sunshine:
  A Platform for Heterogeneous Interconnection Network Management. 119-126
• 
  Kenneth L. Calvert, Simon S. Lam:
  Formal Methods for Protocol Conversion. 127-142
• 
  Joshua S. Auerbach:
  TACT: A Protocol Conversion Toolkit. 143-159

Volume 8, Number 2, February 1990

• 
  Robert G. Mays:
  Applications of Defect Prevention in Software Development. 164-168
• 
  Siddhartha R. Dalal, Colin L. Mallows:
  Some Graphical Aids for Deciding When to Stop Testing Software. 169-175
• 
  Mark J. Tiedeman:
  Post-Mortems - Methodology and Experiences. 176-180
• 
  Yoshihiro Nitsu, Osamu Mizuno:
  Interactive Specification Environment for Communication Service Software. 181-188
• 
  Peng-Teng Peter Ng:
  Supporting Service Development for Intelligent Networks. 189-195
• 
  Dennis A. Christenson, Steel T. Huang, Alfred J. Lamperez:
  Statistical Quality Control Applied to Code Inspections. 196-200
• 
  Masahiro Toyama, Mamoru Sugawara, Kiyoh Nakamura:
  High-Quality Software Development System - AYUMI. 201-209
• 
  John P. Hudepohl:
  Measurement of Software Service Quality for Large Telecommunications Systems. 210-218
• 
  Robert L. Erickson, Dileep R. Saxena, Gary G. Brush:
  A View of Reliability and Quality Measurements for Telecommunications Systems. 219-223
• 
  Sinclair Guillaume Stockman, Alan Richard Todd, Gerald Anthony Robinson:
  A Framework for Software Quality Measurement. 224-233
• 
  Gilbert Le Gall, Marie-Françoise Adam, Henri Derriennic, Bernard Moreau, Nicole Valette:
  Studies on Measuring Software. 234-246
• 
  William W. Everett:
  Software Reliability Measurement. 247-252
• 
  Taghi M. Khoshgoftaar, John C. Munson:
  Predicting Software Development Errors Using Software Complexity Metrics. 253-261
• 
  Bo Lennselius, Lars Rydström:
  Software Fault Content and Reliability Estimations for Telecommunication Systems. 262-272
• 
  George L. Gentzler Jr., Nelson M. Andrews:
  Data Stability in an Application of a Software Reliability Model. 273-275
• 
  Dong-Hae Chi, Way Kuo:
  Optimal Design for Software Reliability and Development Cost. 276-282
• 
  D. Vera Edelstein, Pasquale Sullo, Lawrence A. Boguchwal:
  Making Software Engineering Happen in a Telecommunications R&D Organization. 283-290
• 
  Zenya Koono, Masahiro Soga:
  Structural Way of Thinking as Applied to Quality Assurance Management. 291-300
• 
  John L. Pence, Samuel E. Hon III:
  Software Surveillance - A Buyer Quality Assurance Program. 301-308
• 
  Weider D. Yu:
  A Modeling Approach to Software Cost Estimation. 309-314
• 
  William A. Mandeville:
  Software Costs of Quality. 315-318

Volume 8, March 1990

The March Issue of the Journal of Lightwave Technology has been prepared in Cooperation with J-SAC

Volume 8, Number 3, April 1990

• 
  Ahmed Karmouch, Luis Orozco-Barbosa, Nicolas D. Georganas, Morris Goldberg:
  A Multimedia Medical Communcations System. 325-339
• 
  Shiro Sakata:
  Development and Evaluation of an In-House Multimedia Desktop Conference System. 340-347
• 
  Ching-Hua Chow, Motomitsu Adachi:
  Achieving Multimedia Communications on a Heterogeneous Network. 348-359
• 
  Shizuo Nakano, Naofumi Nagai, Ritsuo Sawada, Osamu Miyagishi:
  Network Control Method and Human-Machine Interface Design for ISDN Multimedia Terminal. 360-367
• 
  Domenico Ferrari, Dinesh C. Verma:
  A Scheme for Real-Time Channel Establishment in Wide-Area Networks. 368-379
• 
  Wu-Hon F. Leung, Thomas J. Baumgartner, Yeou H. Hwang, Mike J. Morgan, Shi-Chuan Tu:
  A Software Architecture for Workstations Supporting Multimedia Conferencing in Packet Switching Networks. 380-390
• 
  Cosmos Andrea Nicolaou:
  An Architecture for Real-Time Multimedia Communication Systems. 391-400
• 
  Ralf Steinmetz:
  Synchronization Properties in Multimedia Systems. 401-412
• 
  Thomas D. C. Little, Arif Ghafoor:
  Synchronization and Storage Models for Multimedia Objects. 413-427
• 
  François Oguet, Christiane Schwartz, Francis Kretz, Maryse Quéré:
  RAVI, A Proposed Standard for the Interchange of Audio/Visual Interactive Applications. 428-436
• 
  Gillian Woodruff, Rungroj Kositpaiboon:
  Multimedia Traffic Management Principles for Guaranteed ATM Network Performance. 437-446
• 
  Masayuki Murata, Yuji Oie, Tatsuya Suda, Hideo Miyahara:
  Analysis of a Discrete-Time Single-Server Queue with Bursty Inputs for Traffic Control in ATM Networks. 447-458
• 
  Hyong Sok Kim, Alberto Leon-Garcia:
  A Self-Routing Multistage Switching Network for Broadband ISDN. 459-466
• 
  Aurel A. Lazar, Giovanni Pacifici, John S. White:
  Real-Time Traffic Measurements on MAGNET II. 467-483

Volume 8, Number 4, May 1990

• 
  Evaggelos Geraniotis, Behzad Ghaffari:
  Broadcast Capability of Direct Sequence and Hybrid Spread Spectrum. 489-502
• 
  Klein S. Gilhousen, Irwin M. Jacobs, Roberto Padovani, Lindsay A. Weaver Jr.:
  Increased Capacity Using CDMA for Mobile Satellite Communication. 503-514
• 
  Samuel Resheff, Izhak Rubin:
  Performance of a Coded Band-Limited Spread-Spectrum Multiple-Access Scheme Using Channel Sensing. 515-528
• 
  Ming Yin, Victor O. K. Li:
  Unslotted CDMA with Fixed Packet Lengths. 529-541
• 
  Ming-Chih Hu, Jin-Fu Chang:
  Collision Resolution Algorithms for CDMA Systems. 542-554
• 
  Sang Wu Kim:
  Stabilization of Slotted ALOHA Spread-Spectrum Communication Networks. 555-561
• 
  Joseph M. Hanratty, Gordon L. Stüber:
  Performance Analysis of Hybrid ARQ Protocols in a Slotted Direct-Sequence Code-Division Multiple-Access Network: Jamming Analysis. 562-579
• 
  Elvino S. Sousa:
  The Effect of Clock and Carrier Frequency Offsets on the Performance of a Direct-Sequence Spread-Spectrum Multiple-Access System. 580-587
• 
  Kebing Yang, Gordon L. Stüber:
  Throughput Analysis of a Slotted Frequency-Hop Multiple-Access Network. 588-602
• 
  Hajrudin O. Beca, Dorde S. Paunovic, Ilija S. Stojanovic:
  A Design Concept for Reconfigurable Mobile Radio Networks with Slow Frequency-Hopping Signaling. 603-612
• 
  Evaggelos Geraniotis:
  Effect of Worst Case Multiple Partial-Band Noise and Tone Jammers on Coded FH/SSMA Systems. 613-627
• 
  Gary D. Boudreau, David D. Falconer, Samy A. Mahmoud:
  A Comparison of Trellis Coded Versus Convolutionally Coded Spread-Spectrum Multiple-Access Systems. 628-640
• 
  Andrew J. Viterbi:
  Very Low Rate Convolutional Codes for Maximum Theoretical Performance of Spread-Spectrum Multiple-Access Channels. 641-649
• 
  Anisur Rahman, Ahmed K. Elhakeem:
  Concatenated Combined Modulation and Coding of Frequency Hopping Multiaccess Systems. 650-662
• 
  Donald C. Kemdirim, Jim S. Wight:
  DS SSMA with Some IC Realizations. 663-674
• 
  Ryuji Kohno, Hideki Imai, Mitsutoshi Hatori, Subbarayan Pasupathy:
  Combination of an Adaptive Array Antenna and a Canceller of Interference for Direct-Sequence Spread-Spectrum Multiple-Access System. 675-681
• 
  Zhenhua Xie, Robert T. Short, Craig K. Rushforth:
  A Family of Suboptimum Detectors for Coherent Multiuser Communications. 683-690
• 
  Ryuji Kohno, Hideki Imai, Mitsutoshi Hatori, Subbarayan Pasupathy:
  An Adaptive Canceller of Cochannel Interference for Spread-Spectrum Multiple-Access Communication Networks in a Power Line. 691-699
• 
  Klaus M. Dostert:
  Frequency-Hopping Spread-Spectrum Modulation for Digital Communications Over Electrical Power Lines. 700-710

Volume 8, Number 5, June 1990

• 
  John Erik Rustad, Reidar Skaug, Andreas Aasen:
  New Radio Networks for Tactical Communication. 713-727
• 
  William D. Lane, Aubrey M. Bush:
  Spread-Spectrum Multi-h Modulation. 728-742
• 
  Miroslav L. Dukic, Zoran S. Dobrosavljevic:
  A Method of a Spread-Spectrum Radar Polyphase Code Design. 743-749
• 
  Hyuck M. Known:
  Capacity and Cutoff Rate of Coded FH/MFSK Communications with Imperfect Side Information Generators. 750-761
• 
  Elvino S. Sousa, John A. Silvester:
  Optimum Transmission Ranges in a Direct-Sequence Spread-Spectrum Multihop Packet Radio Network. 762-771
• 
  Urs Grob, Arnold L. Welti, Ernst Zollinger, Roland Küng, Hans Kaufmann:
  Microcellular Direct-Sequence Spread-Spectrum Radio System Using N-Path RAKE Receiver. 772-780
• 
  Alex Goniotakis, Ahmed K. Elhakeem:
  Security Evaluation of a New Analog Speech Privacy/Scrambling Device Using Hopping Filters. 781-799
• 
  Si-Ming Pan, David E. Dodds, Surinder Kumar:
  Acquisition Time Distribution for Spread-Spectrum Receivers. 800-808
• 
  Arnold L. Welti, Ben-Zion Bobrovsky:
  Mean Time to Lose Lock for a Coherent Second-Order PN-Code Tracking Loop - The Singular Perturbation Approach. 809-818
• 
  John J. Komo, Shyh-Chang Liu:
  Maximal Length Sequences for Frequency Hopping. 819-822
• 
  Shaul Laufer, Arie Reichman:
  Convolutionally Coded Frequency-Hopping Communications with Nonideal Interleaving. 823-836
• 
  Nikos B. Pronios, Andreas Polydoros:
  On the Power Spectral Density of Certain Digitally Modulated Signals with Applications to Code Despreading. 837-852
• 
  Norman C. Beaulieu, Wendy L. Hopkins, Peter J. McLane:
  Interception of Frequency-Hopped Spread-Spectrum Signals. 853-870
• 
  Hyuck M. Kwon, Pil Joong Lee:
  Combined Tone and Noise Jamming Against Coded FH/MFSK ECCM Radios. 871-883
• 
  Paul J. Crepeau:
  Performance of FH/BFSK with Generalized Fading in Worst Case Partial-Band Gaussian Interference. 884-886
• 
  Richard A. Yost:
  On the Symbiotic Nature of Key Antijamming and Antiscintillation Functions for MFSK and DPSK Channels. 887-894
• 
  Qiang Wang, T. Aaron Gulliver, Vijay K. Bhargava:
  Probability Distribution of DPSK in Tone Interference and Applications to SFH/DPSK. 895-906
• 
  Miroslav L. Dukic, Zorka D. Stojanovic, Ilija S. Stojanovic:
  Performance of Direct-Sequence Spread-Spectrum Receiver Using Decision Feedback and Transversal Filters for Combatting Narrowband Interference. 907-914
• 
  John F. Kuehls, Evaggelos Geraniotis:
  Presence Detection of Binary-Phase-Shift-Keyed and Direct-Sequence Spread-Spectrum Signals Using a Prefilter-Delay-and-Multiply Device. 915-933
• 
  Branimir R. Vojcic, Raymond L. Pickholtz:
  Performance of Coded Direct Sequence Spread Spectrum in a Fading Dispersive Channel with Pulsed Jamming. 934-942

Volume 8, Number 6, June 1990

• 
  Charles A. Brackett:
  Dense Wavelength Division Multiplexing Networks: Principles and Applications. 948-964
• 
  Hiromu Toba, Kazuhiro Oda, Kiyoshi Nosu, Norio Takato:
  Factors Affecting the Design of Optical FDM Information Distribution Systems. 965-972
• 
  Leonid Kazovsky:
  Optical Signal Processing for Lightwave Communications Networks. 973-982
• 
  Nicholas R. Dono, Paul E. Green Jr., Karen Liu, Rajiv Ramaswami, Franklin Fuk-Kay Tong:
  A Wavelength Division Multiple Access Network for Computer Communication. 983-994
• 
  Matthew S. Goodman, Haim Kobrinski, Mario P. Vecchi, Ray M. Bulley, James L. Gimlett:
  The LAMBDANET Multiwavelength Network: Architecture, Applications, and Demonstrations. 995-1004
• 
  Ivan P. Kaminow:
  FSK with Direct Detection in Optical Multiple-Access FDM Networks. 1005-1014
• 
  Kwok-Wai Cheung:
  Acoustooptic Tunable Filters in Narrowband WDM Networks: System Issues and Network Applications. 1015-1025
• 
  Kai Y. Eng, Mario A. Santoro, Thomas L. Koch, J. Stone, W. W. Snell:
  Star-Coupler-Based Optical Cross-Connect Switch Experiments with Tunable Receivers. 1026-1031
• 
  Kurt W. Fussgaenger, Rolf H. Rossberg:
  Uni- and Bidirectional 4lambda x 560 Mb/s Transmission Systems Using WDM Devices Based on Vavelength-Selective Fused Single-Mode Fiber Couplers. 1032-1042
• 
  Bernard S. Glance, Olivier Scaramucci:
  High-Performance Dense FDM Coherent Optical Network. 1043-1047
• 
  Mon-Song Chen, Nicholas R. Dono, Rajiv Ramaswami:
  A Media-Access Protocol for Packet-Switched Wavelength Division Multiaccess Metropolitan Area Networks. 1048-1057
• 
  Kevin W. Lu, Martin I. Eiger, Howard L. Lemberg:
  System and Cost Analyses of Broad-Band Fiber Loop Architectures. 1058-1067
• 
  Nori Shibata, Kiyoshi Nosu, Katsushi Iwashita, Yuji Azuma:
  Transmission Limitations Due to Fiber Nonlinearities in Optical FDM Systems. 1068-1077
• 
  Naoki Shimosaka, Kazuhisa Kaede, Masahiko Fujiwara, Shuntaro Yamazaki, Shigeru Murata, Makoto Nishio:
  Frequency Separation Locking and Synchronization for FDM Optical Sources Using Widely Frequency Tunable Laser Diodes. 1078-1086
• 
  Terumi Chikama, Takao Naito, Shigeki Watanabe, Tetsuya Kiyonaga, Masuo Suyama, Hideo Kuwahara:
  Optical Heterodyne Image-Rejection Receiver for High-Density Optical Frequency Division Multiplexing System. 1087-1094
• 
  Pierre A. Humblet, Walid M. Hamdy:
  Crosstalk Analysis and Filter Optimization of Single- and Double-Cavity Fabry-Perot Filters. 1095-1107
• 
  Paul A. Rosher, Andrew R. Hunwicks:
  The Analysis of Crosstalk in Multichannel Wavelength Division Multiplexed Optical Transmission Systems and Its Impact on Multiplexer Design. 1108-1114
• 
  Siegfried Geckeler:
  Crosstalk Penalties in a Bidirectional Fiber-Optic WDM System. 1115-1119
• 
  Norio Takato, Toshimi Kominato, Akio Sugita, Kaname Jinguji, Hiromu Toba, Masao Kawachi:
  Silica-Based Integrated Optic Mach-Zehnder Multi/Demultiplexer Family with Channel Spacing of 0.01-250 nm. 1120-1127
• 
  Akio Sugita, Kaname Jinguji, Norio Takato, Masao Kawachi:
  Laser-Trimming Adjustment of Waveguide Birefringence in Optical FDM Components. 1128-1131
• 
  Kazuhiro Oda, Norio Takato, Toshimi Kominato, Hiromu Toba:
  A 16-Channel Frequency Selection Switch for Optical FDM Distribution Systems. 1132-1140
• 
  George J. Cannell, Alex Robertson, Robin Worthington:
  Practical Ralization of a High Density Diode-Coupled Wavelength Demultiplexer. 1141-1146
• 
  Catherine M. Ragdale, Douglas Reid, D. J. Robbins, Jens Buus, Ian Bennion:
  Narrowband Fiber Grating Filters. 1146-1150
• 
  David A. Smith, Jane E. Baran, John J. Johnson, Kwok-Wai Cheung:
  Integrated-Optic Acoustically-Tunable Filters for WDM Networks. 1151-1159
• 
  Nobuo Goto, Yasumitsu Miyazaki:
  Integrated Optical Multi-/Demultiplexer Using Acoustooptic Effect for Multiwavelength Optical Communications. 1160-1168
• 
  Markus-Christian Amann, Wolfgang Thulke:
  Continuously Tunable Laser Diodes: Longitudinal Versus Transverse Tuning Scheme. 1169-1177
• 
  Masashi Nakao, Kenji Sato, Toshio Nishida, Toshiaki Tamamura:
  Distributed Feedback Laser Arrays Fabricated by Synchrotron Orbital Radiation Lithography. 1178-1182
• 
  Gerhard Winzer, Walter Döldissen, Cornelius Cremer, F. Fiedler, Gerhard Heise, Ronald Kaiser, Reinhard März, Hans F. Mahlein, Ludwig Mörl, Hans-Peter J. Nolting, Wolfgang Rehbein, Meinrad Schienle, Georg Schulte-Roth, Günter Unterbörsch, Harriet Unzeitig, Ulrich Wolff:
  Monolithically Integrated Detector Chip for a Two-Channel Unidirectional WDM Link at 1.5 µm. 1183-1189
• 
  Haim Kobrinski, Mario P. Vecchi, Matthew S. Goodman, Evan L. Goldstein, Thomas E. Chapuran, Janet M. Cooper, Moshe Tur, Chung-En Zah, Serafin G. Menocal Jr.:
  Fast Wavelength-Switching of Laser Transmitters and Amplifiers. 1190-1202
• 
  Nunzio P. Caponio, Michele Goano, Ivan A. Maio, Marina Meliga, Gian P. Bava, Giovanni Destefanis, Ivo Montrosset:
  Analysis and Design Criteria of Three-Section DBR Tunable Lasers. 1203-1213

Volume 8, Number 7, September 1990

• 
  John R. Fox, Sam T. Jewell:
  A Broad-Band Distributed-Star Network Using Subcarrier Fiber Transmission. 1223-1228
• 
  James A. Chiddix, Herzel Laor, David M. Pangrac, Louis D. Williamson, Ronal W. Wolfe:
  AM Video on Fiber in CATV Systems: Need and Implementation. 1229-1239
• 
  Thomas E. Darcie:
  Subcarrier Multiplexing for Lightwave Networks and Video Distribution Systems. 1240-1248
• 
  Etsugo Yoneda, Koji Kikushima, Toshiyuki Tsuchiya, Ko-Ichi Suto:
  Erbium Doped Fiber Amplifier for Video Distribution Networks. 1249-1256
• 
  Mikio Maeda, Makoto Yamamoto:
  FM-FDM Optical CATV Transmission Experiment and System Design for MUSE HDTV Signals. 1257-1267
• 
  Robert Olshansky, Richard Gross, Mark Schmidt:
  Subcarrier Multiplexed Coherent Lightwave Systems for Video Distribution. 1268-1275
• 
  Stuart D. Walker, Mingxing Li, Anthony C. Boucouvalas, David G. Cunningham, Alistair N. Coles:
  Design Techniques for Subcarrier Multiplexed Broadcast Optical Networks. 1276-1284
• 
  Frederick V. C. Mendis, B. T. Tan:
  Overmodulation in Subcarrier Multiplexed Video FM Broad-Band Optical Networks. 1285-1289
• 
  Can Desem:
  Optical Interference in Subcarrier Multiplexed Systems with Multiple Optical Carriers. 1290-1295
• 
  Charles S. Ih, Wanyi Gu:
  Fiber Induced Distortions in a Subcarrier Multiplexed Lightwave System. 1296-1303
• 
  Douglas D. Tang:
  Design and Performance of a Fiber-Optic Video Distribution System Using BPSK Microwave Subcarries. 1304-1312
• 
  Norio Kanno, Katsuyoshi Ito:
  Fiber-Optic Subcarrier Multiplexing Video Transport Employing Multilevel QAM. 1313-1319
• 
  Mohsen Kavehrad, Emil Savov:
  Fiber-Optic Transmission of Microwave 64-QAM Signals. 1320-1326
• 
  Charles N. Lo, Henri E. Tohme, Richard S. Wolff:
  A Hybrid Architecture for Analog Video Broadcast and B-ISDN Services in Customer Premises Networks. 1327-1339
• 
  Kwok-Wai Cheung:
  An Evolutionary Transport Structure for Local Loop Distribution Using RF Subcarriers. 1340-1350
•