多跳无线网络中的窥探行为

Prasad Nambiar, Hannan Xiao, J. Malcolm
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引用次数: 2

摘要

Snoop是提高无线网络中TCP吞吐量的一个建议。我们研究了该协议在无线自组织网络中的应用,并观察到自组织网络中的单跳在很短的时间内经历了很大的往返时间变化。如果不对Snoop协议进行更改以适应这些显著的RTT变化,即使没有丢包或错误,Snoop的性能也比常规TCP差。性能差的主要原因是Snoop执行的过早重传。我们修改了Snoop协议,通过设置更高的本地重传超时来避免这些不必要的重传。结果表明,Snoop受益于这种方法,它在多跳无线网络中比常规TCP有了显着的性能改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Snoop behaviour in multihop wireless networks
Snoop is one proposal for improving TCP throughput in wireless networks. We investigated the application of this protocol in wireless ad hoc networks and observed that a single hop in the ad hoc network experienced large variations in round trip time in a very short period. Without changes to the Snoop protocol to accommodate these dramatic RTT variations, Snoop was performing badly compared with regular TCP even when there were no packet losses or errors. The main cause for poor performance premature retransmissions performed by Snoop. We have modified the Snoop protocol to avoid these unnecessary retransmissions by having a higher local retransmission timeout. The results show us that Snoop benefits from this approach which has made a significant performance improvement over regular TCP in multihop wireless networks.
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