ResTP: Resilient Composable Multipath Transport Protocol

Abstract

Presentations and Publications

[“Multipath at the Transport Layer: An End-to-End Resilience Mechanism” (doi)]

Justin P. Rohrer, Ramya Naidu and James P.G. Sterbenz Джеймс Ф.Г. Стербэнз,
IEEE International Workshop on Reliable Networks Design and Modeling (RNDM) 2009,
St. Petersburg, Russia, October 2009, pp. 1–7.
Keywords: path diversity, multipath, resilience and survivability
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People

Principal Investigator

James P.G. Sterbenz*

 *The University of Kansas

References

[Watson-1989 (doi) .]

Watson, R.W.
“The Delta-t transport protocol: features and experience”,
Proceedings 14th Conference on Local Computer Networks, 1989, pp.399–407, 10–12 Oct 1989

ResiliNets Keywords:

Keywords: computer networks, protocols, telecommunication network management, Delta-t transport protocol, hazard-free connection management, high-performance networks, Computer architecture, Computer network management, Computer networks, Distributed computing, Hazards, Laboratories, Network topology, Operating systems, Supercomputers, Transport protocols

Abstract: “With the advent of new high performance networks and distribution systems there is renewed interest in transport protocol designs that can support both request/response and stream styles of communication. The author examines Delta-t, a transport protocol designed to meet such goals. Delta-t's main contribution is in the area of connection management, where it achieves hazard-free connection management without explicit packet exchanges. The author reviews Delta-t's features and connection management in general and outlines some lessons useful for the implementation of high-performance networks.”

BibTeX

[TP++]

Ahmed N. Tantawy
“High Performance Networks”,
Kluwer Academic Publishers, Norwell, MA, USA, 1994
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