1999 IEEE International Conferenceon Communications

6-10 June, 1999

Vancouver, British Columbia, Canada

Conference Record

Volume 3 of 3

universjtAtsbibliothekhannover

TECHNISCHEINF0RMATI0NSBI8LI0THEK

IEEE

Networkingthe World

IEEE COMMUNICATIONS SOCIETY

ICC

GLOBECOM

Session S35; Distributed Management

S35.1

An Infrastructure for Distributed and Dynamic Network Management Based on Mobile

Agent TechnologyDamianos Gavalas, Mohammed Ghanbari, Mike O'Mahony, University ofEssex, UK;Dominic Greenwood, Fujitsu Telecommunications Europe Ltd., UK

S35.2

An Enhanced Network Architecture to Support Replicated HLR Databases - Prototype Designand Experimental Performance AnalysisTodd Sinclair, Dipak Ghosal, University of California, Davis, USA

S35.3

A Reliable CORBA-Based Network Management SystemTong Luo, Tony Confrey, GTE Labs, USA; K. S, Trivedi, Duke University, USA

S35.4

Component-Based Policy Deployment for Service Level Differentiation in ConvergingCommunication Networks

Shinya Arao, Andreas Kind, Jan Nicklisch, NEC Europe Ltd, Germany; Masahiko Honda,NEC Corp., Japan

S35.5

Using Modular Code Processes for Network Device Management with Automated Boot-TimeDevice RegistrationDominic P. A. Greenwood, Fujitsu Telecommunications Europe Ltd., UK

S35.6

Dynamic Agent-Based Prioritized Connection Admission for Stressed Networks

Cory C. Beard, Victor S. Frost, The University ofKansas, USA

S35.7

Study of Security Management System based on Client/Server Model

Soon Choul Kim, Young Su Choi, Jin Wook Chung, SungKyunKwan University, Korea

Author Index

Volume 3

Session S36: Multiaccess II

S36.1

Performance Evaluation of Reverse Link for Speech and Data Traffic in CDMA-Based IMT-2000 1409

Bub-Joo Kang, ETRI, Korea

S36.2

Short Range Radio Based Ad-hoc Networking: Performance and Properties 1414

Per Johansson, Ericsson Radio Systems AB, Sweden; Niklas Johansson, UlfKorner,Lund Institute of Technology, Sweden; Johannes Elg, Goran Svennarp, Ericsson

Mobile Communications AB, Sweden

S36.3

Multimedia CDMA Wireless Network Design: the Link Layer Perspective 1421

Yuan-Chi Chang, David Tse, David G. Messerschmitt, University of California, Berkeley, USA

xxix

1362

1367

1374

1388

,1393

.1398

.1403

S36.4

Efficient Integration of Multi-Rate Traffic for 3rd Generation DS-CDMA Systems 1426Mo-Han Fong, Vijay K. Bhargava, University of Victoria, Canada

S36.5

Call Admission on the Uplink of a CDMA System Based on Total Received Power 1431

Joy Kuri, Paul Mermelstein, INRS-Telecommunications, Canada

S36.6

Semi-Analytical Methodology for Assessing CDMA Forward Link Erlang Capacity 1437Wen- Yi Kuo, Lucent Technologies, USA

S36.7

A Distributed Dynamic Call Admission Control that Supports Mobility of Wireless Mullimcdia Users 1442ln-Soo Yoon, Byeong Gi Lee, Seoul National University, Korea

S36.8

Prediction Based Access Control in Integrated Voice/Data CDMA Systems 1447Cristina Comaniciu, Narayan B. Mandayam, Rutgers University, USA

Session S37: ATM Switch Architecture

S37.1

Next-Generation Broadband Switching Router System Architecture for FutureMultimedia-Oriented Internet: Design and Analysis 1452Geng-Sheng Kuo, Po-Chang Ko, National Central University, ROC

S37.2

Non-Blocking Folded Architectures for Multirate ATM Switching Fabrics 1458Wojciech Kabacinski, Potnan University of Technology, Poland

S37.3

The Impact of Rate Mismatch in ATM Switch Design 1463Cathy Fulton, NetQoS, USA; San-qi Li, University of Texas, USA; Arthur Lin,Shasta Networks, USA

S37.4

A Cost-Effective Design for ATM Switching Fabrics 1468Nian-Feng Tzeng, Kiran Ponnuru, Kemathat Vibhatavanij, University of SouthwesternLouisiana, USA

S37.5

Optical WDM Grouped Links and Dynamic Bandwidth Sharing for Scalable 3-Stage ATMSwitching Systems 1473Kohei Nakai, Eiji Oki, Naoaki Yamanaka, NTT Network Service Systems Utboraumes. Japan

S37.6

Design and Implementation of High-Speed Symmetric Crossbar Schedulers 147KJames Hurt, Andrew May, Xiaohan Zhu, Bill Lin, University of California. Sun thejto. I'SA

S37.7

Hierarchical Buffer Management for ATM Switches MK4Nol Rananand, COMSATLaboratories, USA

S37.8

Implementation of the Signaling Protocol for the Prototype IMT-2CXX) ATM hxchanju- 1 AWJeong Ju Yoo, Hyun Cheon Shin, Jae Hoon Yoo, Yoon Ju Lee, Hyeong Ha Ue. Eln tnmu \and Telecommunications Research Institute, Korea

Session S38: Equalization and Synchronization

S38.1

A QRD-LSL Smoothing Algorithm for Adaptive Equalization 1495Jenq-Tay Yuan, Fu Jen Catholic University, ROC

S38.2

Equalization and Rake Detection in Wideband ISI Channels: Towards Rapprochement 1504Paul G. Flikkema, Northern Arizona University, USA; Ryuji Kohno, Yokohama NationalUniversity, Japan

S38.3

The Effect of Synchronization Errors on MC-CDMA Performance 1510Heidi Steendam, Marc Moeneclaey, University of Ghent, Belgium

S38.4

Near Optimal PLL Design for Decision Feedback Carrier and Timing Recovery 1515Dan Raphaeli, Oded Yaniv, Tel Aviv University, Israel

S38.5

Joint Linear Timing and Carrier Phase Estimation of DS-CDMA Multiuser Communications 1521Cha'o-Ming Chang, National Tsing Hua University, Taiwan; Kwang-Cheng Chen, NationalTaiwan University, ROC

S38.6

Hybrid Sequential Acquisition Schemes for Noncoherent Chip-Asynchronous DS/SS Systems 1526Gurudutt S. Hosangadi, Carl W. Baum, Clemson University, USA

S38.7

Blind Equalization Algorithms with Automatic Constellation Phase Recovery for Dual-Mode

CAP-QAM Reception 1531Lee M. Garth, Jian Yang, Jean-Jacques Werner, Bell Labs, Lucent Technologies, USA

S38.8

Direct Blind MMSE Channel Equalization Based on Second Order Statistics 1537

Junqiang Shen, Auburn University, USA; Zhi Ding, University ofIowa, USA

Session S39: Advances in Reliable Multimedia Wireless Networks

S39.1

Performance Analysis of Least Load Multicast Routing for Single Rate Loss Networks 1542

Chi-Chung Cheung, City University ofHong Kong, Hong Kong; Danny H. K. Tsang, HKUST;Sanjay Gupta, Motorola; Hon-Wai Chu, Open University ofHong Kong, Hong Kong

S39.2

An Alarm Correlation and Fault Identification Scheme based on OSI Managed Object Classes 1547

Jaesung Choi, Myungwhan Choi, Sogang University, Korea; Sang-Hyuk Lee, KoreaTelecom, Korea

S39.3

The Effect of Channel Memory on Retransmission Protocols for Low Energy WirelessData Communications 1552

John D. Choi, Kimberly M. Wasserman, Wayne E. Stark, University ofMichigan, USA

S39.4

Architecture and Signaling Protocols for Wireless CATM Networks 1557

Huey-Ing Liu, Fu Jen Catholic University, ROC

xxxi

S39.5

Security Implications of Adaptive Multimedia Distribution1563

Thomas M. Parks, David A. Kassay, Clifford J. Weinstein, Massachusetts Institute of

Technology, USA

S39.6

Multihop Wireless IEEE 802.11 LANs: A Prototype Implementation . .1S68

Ying-DarLin, Yu-Ching Hsu, Kuan-Wen Oyang, Dong-Su Yang, NationalChiao Tung

University, Taiwan; Tzu-Chieh Tsai, National Chengchi University,Taiwan

S39.7

A Multiobjective Hybrid Genetic Algorithm for the Capacitated Multipoint Network

Design Problem1373

Chi-ChunLo, Wei-Hsin Chang, National Chiao-Tung University, Taiwan

S39.8

Minimum Cost Traffic Shaping: A User's Perspective on Connection Admission Control 1577

Matthias Falkner, Michael Devetsikiotis, loannis Lambadaris, Carleton University, Canada

Session S40A: Antenna Diversity, Beamforming and Smart Antennas

S40A.

A Beamformer for CDMA with Enhanced Near-Far Resistance 1583

Henrik Hansen, Tech. University of Denmark, Denmark; Sofiene Affes, Paul Mvimel.stem.

University du Quebec, Canada

S40A.2

Chip-Level Beamforming vs. Symbol-Level Beamforming in Coherent CDMA AdaptiveAntenna Array Systems . 1588

KyungHi Chang, HyungRae Park, ETRI, Korea

S40A.3

Performance of Antenna Diversity Reception with Correlated Rayleigh Fading Signals . . 1 .W

Liquan Fang, Guoan Bi, Alex C. Kot, Nanyang Technological University, Singapore

S40A.4

Sensitivity Analysis of the Performance of a Diversity Receiver 1598J. F. Diouris, University of Nantes, France; S. McLaughlin, University ofEdinburgh. Scotland.

J. Zeidler, University of California, San Diego, USA

Session S40B: Radio Propagation and Channel Impairments

S40B.1

On the Capacity Formula for Multiple Input-Multiple Output Wireless Channelsa Geometric Interpretation 1MBPeter F. Driessen, University of Victoria, Canada; G. J. Fosrhim. Bell Uihs.Lucent Technologies. USA

S40B.2

Full 360° A/.imuth Angle Wideband Propagation Modeling for an Urban Line ol SightMicroccllular Environment I60K

Hassan M. EL-Sallabi, Wei Zhang, Kimmo Kalliola, Perm Vaintkatnen, Helsinki Um\risii\of Technology, Finland

S40B.3

An Efficient Multipath Channel Estimator for DS-CDMA Systems 1613Getian Ye, Guoan Bi, Nanyang Technological University, Singapore

S40B.4

Joint Optimization of Radio Repeater Location and Linking in WLL Systems with 2.3 GHzFrequency Band 1617Sung Ki Park, Geun Sik Bae, DACOM Corporation, Korea; Pyeong-Jung Song, ETRI, Korea

Session S41: Applications of Coding for Storage

S41.1

A High Rate Coding System for Magnetic Recording 1622/. R. Cruz, The University ofOklahoma, USA; Runsheng He, Marvell Semiconductor, Inc., USA

S41.2

Application of Erasure Error Correction to Concatenated Partial-Response Channel Code 1627Naoya Kobayashi, Hideki Sawaguchi, Masaharu Kondo, Seiichi Mita, Hitachi Ltd., Japan

S41.3

Soft-Output Decoding for Concatenated Error Correction in High-Order PRML Channels 1632Hideki Sawaguchi, Seiichi Mita, Hitachi Ltd., Japan

S41.4

Turbo Decoding forPR4: Parallel versus Serial Concatenation 1638Tom Souvignier, Mats Oberg, Paul H. Siegel, Jack K. Wolf, University of California,San Diego, USA; Arnon Friedmann, Quantum Corporation, USA;Robert E. Swanson, Seagate Technology, USA

S41.5

A Rate 16/17 Punctured MTR Block Code 1643

Pervez M. Aziz, Necip Sayiner, Viswanath Annampedu, Lucent Technologies-Bell Laboratories, USA

S41.6

Interleaved Parity Check Codes and Reduced Complexity Detection 1648Zi-Ning Wu, J. M. Ciofft, Stanford University, USA; Peter A. McEwen, Kelly K. Fitzpatrick,Quantum Corporation, USA

S41.7

A Rate 8/9 Sliding Trellis Code with Stationary Detector for Magnetic Recording 1653

Borivoje Nikolic, University of California, Davis, USA; Michael Leung, Leo Fu,Texas Instruments, USA

S41.8

Convolution Codes with Optimized Distance Spectrum for the EPR4 and EEPR4 Channels 1658Miroslav Despotovic, Vojin Senk, University ofNovi Sad, Yogoslavia; Bartolomeu F. Uchoa Filho,DT-FEC-UNICAMP, Brazil

Session S42: Wireless Multimedia I

S42.1

A Mobile Telecommunication Network Architecture for the Multimedia Age 1663

Tsuguo Kato, Tomohiro Ishihara, Masaaki Wakamoto, Masafumi Katoh, Akira Hakata,

Fujitsu Laboratories Ltd., Japan; Adel Rouz, Fujitsu Europe Telecom, UK

xxxiu

S42.2

Power Allocation in a Multimedia CDMA Wireless System with ImperfectPower Control 1668

F. Santucci, F. Graziosi, University ofLAquila, Italy

S42.3

AMultibeam Medium Access Scheme for Multiple Services in Wireless Cellular Communications 1673

Jung-Lin Pan, Stephen S. Rappaport, PetarM. Djuric, State University ofNew York. USA

S42.4

Parallel Transmission Framework for Layered Coded Multimedia Data over Spectrally

Shaped Channels1678

H. Zheng, K. J. R. Liu, University of Maryland, USA

S42.5

Performance ofEnhanced Multi-code Spread Slotted ALOHA (EMCSSA) with Voice and Data 1683

Siamak Dastangoo, Lucent Technologies, USA; Branimir R. Vojcic, GWU, USA

S42.6

Multi-layered Architecture for Home Multimedia Digital Wireless LAN1690

Rajugopal Gubbi, ShareWave, Inc., USA

S42.7

Data and Voice Integration in DR-TDMA for Wireless ATM Networks1696

Jean-Francois Frigon, Henry C. B. Chan, Victor C. M. Leung, University of British

Columbia, Canada

S42.8

Supporting Video/Image Applications in a Mobile Multihop Radio Environment UsingRoute Diversity 1701

Nitin Gogate, Fujitsu Network Communications, USA; Shivendra S. Panwur. Polytechnic

University, USA

Session S43: Optical System Design

S43.1

Multistage WDM Passive Access Networks: Design and Cost Issues 1707

Guido Maier, Mario Martinelli, Elio Salvadori, CoreCom, Italy: Achille Fatluvina,Politecnico di Milano, Italy

S43.2

A New Node Architecture for Scalable WDM Optical Networks 1714

Jason P. Jue, Biswanath Mukherjee, University ofCalifornia, USA; Debasish Dana,Indian Institute of Technology, India

S43.3

An Algorithm for Virtual Topology Design in WDM Optical Networks under

Physical Constraints 1719Ji Yon Youe, Seung-Woo Seo, Seoul National University, Korea

S43.4

Minimizing Electronic Multiplexing Costs for Dynamic Traffic in Unidirectional

SONETRing Networks 1724

Randy Berry, Eytan Modiano, Massachusets Institute of Technology. USA

S43.5

Polarization Mode Dispersion in Single-Mode Optical Fibers: Time and Impulse Response 1731Cristian Francia, Universitd di Parma, Italy; Dennis Penninckx, ALCATEL CorporateResearch Center, France

S43.6

Design of Gain-Clamped Doped-Fibre Amplifiers for Optimal Dynamic Performance 1736Alberto Bononi, Lorenzo Barbieri, Universitd di Parma, Italy

S43.7

Fast Computation of Maximum Time Interval Error by Binary Decomposition 1741Stefano Bregni, CEFRIEL, Italy; Stefano Maccabmni, Politecnico di Milano, Italy

Session S44: Mobility Management

S44.1

Impact of Random User Motion on Locating Subscribers in Mobile Networks 17460. K. Tonguz, S. Mishra, R. Josyula, D. M. Grasso, State University ofNew York at Buffalo, USA

S44.2

A New Mobility Model for Performance Evaluation of Future Mobile Communication Systems 1751Enrico Jugl, Technische UniversitUt Ilmanau, Germany; Holger Boche, Heinrich-Hertz-Institutfiir Nachrichtentechnik Berlin GmbH, Germany

S44.3

Ad-Hoc Mobility Management with Randomized Database Groups 1756ZygmuntJ. Haas, Ben Liang, Cornell University, USA

S44.4

Effects of Call Arrival Rate and Mobility on Network Throughput in Multi-Cell CDMA 1763Robert G. Akl, Manju V. Hegde, Paul S. Min, Washington University, USA

S44.5

Optimal Replication of Location Information in Mobile Networks 1768Govind Krishnamurthi, Arun K. Somani, Iowa State University, USA; Stefano Chessa,Universitd di Pisa, Italy

S44.6

Speed Estimation in Wireless Systems Using Wavelets 1773Ravi Narasimhan, Donald C. Cox, Stanford University, USA

S44.7

A Network Architecture for Global Wireless Position Location Services 1779

Satyabrata Chakrabarti, Amitabh Misra, Lucent Technologies, USA

S44.8

Location Estimation in CDMA Systems: Enhanced Measurement on Pilot Channels 1784Pi-Chun Chen, Rutgers University, USA

Session S45: ATM Switch - Rate Control and Scheduling

S45.1

A Unified ABR Flow Control Approach for Multiple-stage Ingress/Egress-queueing ATM Switches 1789

Wing Cheong Lau, Y. T. Wang, Bell Laboratories, Lucent Technologies, USA

xxxv

S45.2

Traffic Regulation in Cross-Path ATM Packet Switch for End-To-End Qualityol

Service Guarantees 1797

M. C. Chan, Philip P. To, Tony T. Lee, The Chinese University of Hong Kong. Hong Kong

S45.3

Bandwidth Assignment with QoS Guarantee in Scalable ATM Switches 1802

Soung Y. Liew, Tony T. Lee, Cathy W. Chan, The Chinese University of Hong Kong.Ilong Kong

S45.4

Performance Evaluation of AAL2 Switching Nodes and a Network Using Them 1807

Hiroshi Saito, NTTMultimedia Networks Laboratories, Japan

S45.5

A New Fast Cell Re-sequence Mechanism for Multipath ATM Switches 1814

Jeong Won Heo, Dan Keun Sung, KAIST, Korea

S45.6

Feedback Picture Sequence Control for Real-Time MPEG Video Transfer Through

ATM Networks 1819

Chikara Ohta, Masakatu Morii, The University of Tokushima, Japan

S45.7

Designing Efficient Benes and Banyan Based Input-Buffered ATM Switches 1826

Rajendra V. Boppana, The University of Texas at San Antonio, USA; ('. S. RaglunriuUa.The Aerospace Corporation, USA

S45.8

Real-Time Adaptive Bandwidth Allocation for ATM Switches .. . 1831

Manju V. Hegde, Otto Schmid, H. Saidi, Paul S. Min, Washington University, USA

Session S46: Performance Analysis

S46.1

A General Approach for Evaluating the Outage Probability in Microcellular Mobile Radio Systems 1836

A. Annamalai, University of Victoria, Canada; C. Tellamhura, Monush University, Australia

S46.2

Comparison of Simple Tail Distribution Estimators .1841

JdzefBfrd, Zaldn Heszberger, Technical University of Budapest, Hungary

S46.3

Adaptive Channel Selection in Frequency-Selective Fading Hnvironmcnt 184*Osamu Muta, Yoshihiko Akaiwa, Kyushu University, Japan

S46.4

Performance Analysis of Reuse Partitioning with Mobile Users 1852Peter II. J. Chong. C. Leung, University of British Columbia. Canada

S46.5

Throughput Analysis of a Hybrid Error Control with Early-Stop ARO Scheme lorWireless ATM

'

1X59

Q. L. Ding, He Lin, National University ofSingapore. Singapore

S46.6

A Closed Form Expression for the Average SNR When Combining an Arbitrary Numberof Diversity Branches with Non-Identical Rayleigh Fading Statistics 1864Laurence B. Milstein, University of California, San Diego, USA; Ning Kong, TRW SystemsInformation & Technology Group, USA

S46.7

A Novel Delay-and-Queuing Data Size-Based Medium Access Control Protocol forBroadband Wireless ATM 1869Hijin Sato, Tom Terashima, Shinya Otsuki, NTT Wireless Service Systems Laboratories, Japan

Session S47: Wireless ATM

S47.1

Link Quality Control for Wireless ATM Networks 1874

Jiirg Meierhofer, Urs P. Bernhard, Swiss Federal Institute ofTechnology, Switzerland

S47.2

Punctured Convolutional Codes for Supporting PCS Access to ATM Networks 1880Melbourne Barton, Bellcore, USA

S47.3

A Non-Disruptive Handoff Protocol with Dynamic Channel Reservation for "WirelessATM Networks 1885

Tsang-Ling Sheu, Chih -Hsin Lee, National Sun Yat-Sen University, Taiwan; Bo Li, Hong KongUniversity ofScience and Technology, Hong Kong

S47.4

Improved Handover Mechanism in Wireless ATM 1890

Dongho Cho, Korea Advanced Institute of Science and Technology, Korea; Sungchun Park,Young-Jae Song, Kyunghee University, Korea; Sungwon Lee, Mediacomm Inc., Korea;

Jung- Won Yang, Yong-Bae Dhong, Korea Electronics Technology Institute, Korea

S47.5

Efficient Bandwidth Allocation for Integrated Services in Broadband Wireless ATM Networks 1896H, Liu, L, Dittmann, U. Gliese, P. Danielsen, Technical University ofDenmark, Denmark

S47.6

A Framework for Analyzing Path Optimization Schemes for Inter-Switch Handoff inWireless ATM Networks 1901

Victor C. M. Leung, W. S. Vincent Wong, University ofBritish Columbia, Canada;

Henry C. B. Chan, Hong Kong Polytechnic University, Hong Kong

S47.7

Implementation of the Magic WAND Wireless ATM Modem 1906G. A. Awater, D. J. R. van Nee, Lucent Technologies, Bell Laboratories, Netherlands

Session S48: CDMA and Spread Spectrum

S48.1

Variable Dwell-Time Code Acquisition for FFH/MFSK Spread Spectrum Systems underBand Multitone Jamming and White Gaussian Noise 1912

Wern-Ho Sheen, Huan-Chun Wang, Chun-Chieh Tseng, National Chung Cheng University, Taiwan

XXX.V11

S48.2

A Non-Coherent Tracking Scheme for the RAKE Receiver That Can Cope with

Unresolvable Multipath 1917VolkerAue, Gerhard P. Fettweis, Dresden University ofTechnology, Germany

S48.3

Up-link Analytical Outage Evaluation for Slow Frequency Hopping Mobile Radio Systems 1922M. Chiani, A. Conti, O. Andrisano, University of Bologna, Italy

S48.4

Fast Acquisition Method for DS-CDMA Systems that Employ Asynchronous Base Stations 1928Sundamrajan Sriram, Srinath Hosur, Texas Instruments, USA

S48.5

Queueing Analysis of Buffered Slotted DS/CDMA ALOHA Protocols Using TaggedUser Approach (TUA) 1933Tao Wan, loannis Lambadaris, Mike Devetsikiotis, Carleton University, Canada; Asrar Sheikh,Hong Kong Polytechnic University, Hong Kong

S48.6

Interleaved FDMA: Equalization and Coded Performance in Mobile Radio Applications 1939Michael Schnell, German Aerospace Center, Germany; Isabella De Bmeck. DarmstadtUniversity of Technology, Germany

Session S49: Signal Processing and Detection for Storage

49.1

Simplified Nonlinear Receivers for the Optical Disc Channel ..1945L. Agarossi, Philips Research, Italy; S. Bellini, Politecnico di Milano, Italy, /' Bregali.P. Migliorati, University ofBrescia, Italy

S49.2

An Analysis of the Truncated Viterbi Algorithm for PRML Channels 1951Anthony D. Weathers, Overland Data. Inc., USA

S49.3

Linear Minimum Mean Squared Error (LMMSEJ Equalization for Holographic Data Storage 1957B. V. K. Vijaya Kumar, Mehmet Keskinoz, Carnegie Mellon University, USA

S49.4

An Advanced M2DFE Detector for High-density Magnetic Recording Channels.

1962K. C. Indukumar, Yuan Xing Lee, Victor Y. Krachkovsky, Data Storage Institute. Singapore

S49.5

Simple Detection Technique for d=2 Modulated Optical Recording Channels 1967Srinivasan Gopalaswamy. B. Farhang-Boroujeny, Wang Y.H Wilson. National UmstrsitsofSingapore, Singapore

S49.6

Detection for Signal-Dependent Correlated Noise in Magnetic Recording 1972NickM. Zayed, Joshua C. Park, L Richard Carley, Carnegie Mellon Unisersits. USA

S49.7

Half of Symbol Rate Sampling for High Density DVD Channels 1977Yong Hoon Lee, In Scok Hwang, Chan Soo Hwang. KAIST, Korea, Jungssan K. .SamsungElectronics Co. Ltd., Korea

Session S50: Wireless Multimedia II

S50.1

Performance of Distributed Call Admission Control for Multimedia High SpeedWireless/Mobile ATM Networks

1982Osama Baldo, Lee Kok Thong, A. Hamid Aghvami, King's College London, UK

S50.2

Mobility Effects in a Wireless ATM Network with Fixed Routing 1987Armando Garcia-Berumen, Cesar Vargas-Rosales, ITESM-Monterrey, Mexico

S50.3

Optimum Code Rate in Cellular Systems using Adaptive Modulation 1992Peter Malm, Ove Edfors, Torleiv Maseng, Lund University, Sweden

S50.4

A Congestion Control Mechanism in Wireless ATM Access Networks 1997Ionnis E. Dravopoulos, University ofAthens, Greece

S50.5

Dynamic Self-Forming Techniques for Mobile Wireless Networks 2002Ning H. Lu, ITTA/CD, USA

S50.6

Predicting the Results of 10 Mbps - 30 Mbps Wireless Field Trials UsingSimulation Techniques 2007RyanS. Kim, Babak Daneshrad, University of California, Los Angeles, USA;Reinaldo Valeniuela, Bell Laboratories, USA

S50.7

Wearable and Ubiquitous Computer Aided Service, Maintenance and Overhaul 2012Lauri Sydanheimo, M. Salmimaa, J. Vanhala, M. Kivikoski, Tampere Universityof Technology, Finland

Session S51: WDM Routing and Performance Management

S51.1

Routing and Wavelength Allocation in Multi-wavelength All-optical Ring Networks 2018Lunchakorn Wuttisittikulkij, Sithichai Leelanunnukul, Sirichai Arreewanit,Prasit Prapinmongkolkarn, Chulalongkorn University, Thailand

S51.2

Survivable WDM Mesh Networks, Part II-Restoration 2023S. Ramamurthy, Biswanath Mukherjee, University of California, Davis, USA

S51.3

Survivability of SONET WDM Ring Networks with Optimum Number of Spare Componentsand Wavelengths 2031T. D. Ndousse, S. R. Kumar, NIST, USA; L. E. Hester, Nortwestern University, USA

S51.4

Performance of WDM Rings with Wavelength Conversion under Non-Poisson Traffic 2037Guido Maier, Mario Martinelli, Mauro Scappini, Politecnico di Milano, Italy;Achille Pattavina, CoreCom, Italy

S51.5

Bidirectional Multiwavelength Ring Networks: Performance Analysis and Experiment

Keang-Po Ho, Frank Tong, The Chinese University of Hong Kong, Hong Kong;Shien-Kuei Liaw, National Chiao-Tung University, Taiwan

S51.6

Resource Allocation Strategies with QoS-Routing in Optical NetworksAdmela Jukan, Harinen R. van As, Vienna University of Technology. Austria

S51.7

An Algorithm for Link Restoration of Wavelength Routing Optical NetworksEmmanuel Limal, Kristian E. Stubjaer, Technical University of Denmark, Denmark

Author Index