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Study of a Transport Protocol Employing Bottleneck Probing and Token Bucket Flow Control
Antibes, France July 04-July 06
DOI Bookmark: http://doi.ieeecomputersociety.org/10.1109/ISCC.2000.860643Fifth IEEE Symposium on Computers and ...
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R. Wade, University of Leeds
M. Kara, University of Leeds
P.M. Dew, University of Leeds
In this paper, we present an experimental transport protocol, which employs alternative methods of startup and congestion avoidance to those commonly used in implementations of TCP. Through modeling and simulation, we demonstrate how a packet-pair probe may be used to replace traditional slow-start methods and how pro-active congestion avoidance algorithms provide smoother traffic flow with lower levels of packet loss and retransmission. We also show how a token bucket may be used to allow bounded burstiness for an Internet connection in order to facilitate an application's Quality of Service.
Index Terms:
Transport Protocol, TCP, Congestion Avoidance, Quality of Service, Token Bucket, Packet Pair
Citation:
R. Wade, M. Kara, P.M. Dew, "Study of a Transport Protocol Employing Bottleneck Probing and Token Bucket Flow Control," iscc, pp.225, Fifth IEEE Symposium on Computers and Communications (ISCC 2000), 2000
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