3. Protocols for High-Speed Networks 1992: Stockholm, Sweden

Björn Pehrson, Per Gunningberg, Stephen Pink (Eds.): Protocols for High-Speed Networks III, Proceedings of the IFIP WG6.1/WG6.4 Third International Workshop on Protocols for High-Speed Networks, Stockholm, Sweden, 13-15 May, 1992. IFIP Transactions C-9 North-Holland 1993, ISBN 0-444-89925-1

Protocol Architecture I

David C. Feldmeier, Anthony J. McAuley: Reducing Protocol Ordering Constraints to Improve Performance. 3-17
Timothy S. Balraj, Yechiam Yemini: Putting the Transport Layer on VLSI - the PROMPT Protocol Chip. 19-33
Thomas E. Schütt, Manny Farber: The Heidelberg High Speed Transport System: First Performance Results. 35-50

Protocol Architecture II

Y. H. Thia, C. Murray Woodside: High-Speed OSI Protocol Bypass Altorithm with Window Flow Control. 53-68
Yoram Ofek, Reuven Cohen, Adrian Segall: A New Label-Based Source Routing for Multi-ring Networks. 69-84

Medium Access

Greg C. Watson, Samir Tohmé: A Performance Analysis of S++: A MAC Protocol for High Speed Networks. 87-102
Oran Sharon, Adrian Segall: A Simple Scheme for Slot Reuse without Latency in Dual Bus. 103-118

Applications and Resource Management

C. Edward Chow: Resource Allocation Protocol for Multiparty Connections in Broadband Networks. 121-136
Marjory J. Johnson: Using High-Performance Networks to Enable Computational Aerosciences Applications. 137-152

ATM I

Mark McCutcheon, Mabo Robert Ito, Gerald W. Neufeld: Interfacing a Multiprocessor Protocol Engine to an ATM Network. 155-170
David J. Greaves, Derek McAuley: Private ATM Networks. 171-181

ATM II

Daniel H. Greene, Bryan Lyles: Reliability of Adaptation Layers. 185-200

Host Interface I

Richard J. Edell, My T. Le, Nick McKeown: The Bay Bridge: A High Speed Bridge/Router. 203-218
Murray W. Goldberg, Gerald W. Neufeld, Mabo Robert Ito: A Parallel Approach to OSI Connection-Oriented Protocols. 219-232

Host Interface II

Ahmed N. Tantawy, Martina Zitterbart: Multiprocessing in High Performance IP Routers. 235-254
Wolfgang Zimmer: FINE: A High-Speed Transport Protocol Family and its Advanced Service Interface. 255-267

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