Protocols for High-Speed Networks VI
IFIP TC6 WG6.1 & WG6.4 / IEEE ComSoc TC on Gigabit Networking Sixth International Workshop on Protocols for High-Speed Networks (PfHSN 99) August 25-27,1999, Salem, Massachusetts, USA, IFIP Advances in Information and Communication Technology 31
Erschienen am
31.01.2013, 1. Auflage 2000
Beschreibung
1 This year marks the l0 h anniversary of the IFIP International Workshop on Protocols for High-Speed Networks (PfHSN). It began in May 1989, on a hillside overlooking Lake Zurich in Switzerland, and arrives now in Salem Massachusetts 6,000 kilometers away and 10 years later, in its sixth incarnation, but still with a waterfront view (the Atlantic Ocean). In between, it has visited some picturesque views of other lakes and bays of the world: Palo Alto (1990 - San Francisco Bay), Stockholm (1993 - Baltic Sea), Vancouver (1994- the Strait of Georgia and the Pacific Ocean), and Sophia Antipolis I Nice (1996- the Mediterranean Sea). PfHSN is a workshop providing an international forum for the exchange of information on high-speed networks. It is a relatively small workshop, limited to 80 participants or less, to encourage lively discussion and the active participation of all attendees. A significant component of the workshop is interactive in nature, with a long history of significant time reserved for discussions. This was enhanced in 1996 by Christophe Diot and W allid Dabbous with the institution of Working Sessions chaired by an "animator," who is a distinguished researcher focusing on topical issues of the day. These sessions are an audience participation event, and are one of the things that makes PfHSN a true "working conference.
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Autorenportrait
InhaltsangabeCommittee Members. Preface. Part 1: Keynote and Working Sessions. The Optical Future of High-Speed Networks; C. Qiao. PfHSN '99 Working Sessions. Part 2: Switching and Routing. A Survey of Recent IP Lookup Schemes; V. Srinivasan, G. Varghese. Space Decomposition Techniques for Fast Layer-4 Switching; M.M. Buddhikot, et al. How Many Wavelengths Dor We Really Need in an Internet Optical Backbone? J. Bannister, et al. Part 3: OS and Middleware. Scheduling TCP in the Nemesis Operating System; T. Voigt, B. Ahlgren. The Design and Performance of a Pluggable Protocols Framework for CORBA Middleware; F. Kuhns, et al. Part 4: Quality of Service. Packet Scheduling for Heterogeneous Multicast Transmissions; V. Roca. Fair Bandwidth Allocation for Differentiated Services; A. Basu, Z. Wang. Modelling and Improving Flow Establishment in RSVP; L. Mathy, et al. Charging and Accounting for QoS-Enhanced IP Multicast; G. Carle, et al. Part 5: Virtual Networks. A Traffic Management Model for Virtual Private Network Links; L. Lamti. Circuit Emulation Over IP Networks; R. Noro, et al. Part 6: Wireless. On the Analysis of Cellular IP Access Networks; A.G. Valkó, et al. Routing and Handover Issues of RSVP Messages in Mobile IP Environment; I. Mathes, T. Dagiuklas. Author Index PfHSN VI. 1989-1999 PfHSN Index.