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8th ICNP 2000: Osaka, Japan
- Eighth Annual International Conference on Network Protocols, ICNP 2000, 14-17 November, 2000, Osaka, Japan. IEEE Computer Society 2000, ISBN 0-7695-0921-5

Paper Session 1: Protocol Design I-QoS and Error Control
- Mohamed G. Gouda, E. N. Elnozahy, Chin-Tser Huang, Tommy M. McGuire:

Hop Integrity in Computer Networks. 3-11 - Vassilios Tsaoussidis, Hussein G. Badr:

TCP-Probing: Towards an Error Control Schema with Energy and Throughput Performance Gains. 12-21 - Khaled Harfoush, Azer Bestavros

, John W. Byers:
Robust Identification of Shared Losses Using End-to-End Unicast Probes. 22-36
Paper Session 2: Network Service Management
- Mun Choon Chan, Yow-Jian Lin, Xin Wang:

A Scalable Monitoring Approach for Service Level Agreements Validation. 37-48 - Ibrahim Matta

, Liang Guo:
Differentiated Predictive Fair Service for TCP Flows. 49-58 - Joseph D. Touch:

Dynamic Internet Overlay Deployment and Management Using the X-Bone. 59-68 - Chengzhi Li, Edward W. Knightly:

Coordinated Network Scheduling: A Framework for End-to-End Services. 69-82
Paper Session 3: Multicasting I-Design and Analysis
- Yuan Gao, Ye Ge, Jennifer C. Hou:

RMCM: Reliable Multicasts for Core-based Multicast Trees. 83-94 - Seiji Ueno, Toshihiko Kato, Kenji Suzuki:

Analysis of Internet Multicast Traffic Performance Considering Multicast Routing Protocol. 95-104 - Tina Wong, Randy H. Katz:

An Analysis of Multicast Forwarding State Scalability. 105-115 - Xin Wang, Chienming Yu, Henning Schulzrinne, Paul A. Stirpe, Wei Wu:

IP Multicast Fault Recovery in PIM over OSPF. 116-128
Paper Session 4: Multicasting II-Optimization and Analysis
- Yang Richard Yang, Min Sik Kim, Simon S. Lam:

Optimal Partitioning of Multicast Receivers. 129-140 - Kamil Saraç, Kevin C. Almeroth:

Monitoring Reachability in the Global Multicast Infrastructure. 141-150 - Marc Mosko, J. J. Garcia-Luna-Aceves:

An Analysis of Packet Loss Correlation in FEC-Enhanced Multicast Trees. 151-164
Paper Session 5: TCP Performance and Analysis
- Biswaroop Mukherjee, Tim Brecht:

Time-Lined TCP for the TCP-Friendly Delivery of Streaming Media. 165-176 - Go Hasegawa, Kenji Kurata, Masayuki Murata:

Analysis and Improvement of Fairness between TCP Reno and Vegas for Deployment of TCP Vegas to the Internet. 177-186 - Yang Richard Yang, Simon S. Lam:

General AIMD Congestion Control. 187-198 - Hiroyasu Obata, Kenji Ishida, Junichi Funasaka, Kitsutaro Amano:

TCP Performance Analysis on Asymmetric Networks Composed of Satellite and Terrestrial Links. 199-208
Paper Session 6: Protocol Design II-Service and Implementations
- Suchitra Raman, Hari Balakrishnan, Murari Srinivasan:

An Image Transport Protocol for the Internet. 209-219 - Tatsuo Nakajima:

Practical Explicit Binding Interface for Supporting Multiple Transport Protocols in a CORBA System. 220-229 - Kenneth L. Calvert, Jim Griffioen, Amit Sehgal, Su Wen:

Building a Programmable Multiplexing Service Using Concast. 230-239 - Young-Bae Ko, Nitin H. Vaidya:

GeoTORA: A Protocol for Geocasting in Mobile Ad Hoc Networks. 240-252
Paper Session 7: Network Management and Control Protocols
- Satish Kumar, Cengiz Alaettinoglu, Deborah Estrin:

SCalable Object-tracking through Unattended Techniques (SCOUT). 253-262 - Xiaobing Zhang, Shyhtsun Felix Wu, Zhi Fu, Tsung-Li Wu:

Malicious Packet Dropping: How It Might Impact the TCP Performance and How We Can Detect It. 263-272 - Jorge Arturo Cobb:

Convergent Multi-Path Routing. 273-282 - Yu-Kwong Kwok, Vincent K. N. Lau:

A Performance Study of Multiple Access Control Protocols for Wireless Multimedia Services. 283-294
Paper Session 8: Networking Service and Control
- Matthew K. H. Leung, John C. S. Lui, David K. Y. Yau:

Characterization and Performance Evaluation for Proportional Delay Differentiated Services. 295-304 - Ka-Cheong Leung, Victor O. K. Li:

Generalized Load Sharing for Packet-Switching Networks. 305-314 - Samuel T. Chanson, Wantao Deng, Chi-Chung Hui, Xueyan Tang, Ming Yan To:

Multidomain Load Balancing. 315-324 - Haiyun Luo, Songwu Lu:

A Topology-Independent Fair Queueing Model in Ad Hoc Wireless Networks. 325-336

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