DCM+:用于拥塞控制的多用途协议

Rushdi A. Hamamreh, Derar Khader
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引用次数: 3

摘要

本文提出了一种新的TCP拥塞控制方法——TCP DCM+。DCM是以前的版本,它使用TCP Westwood方法估计可用带宽。新协议的目的是通过使用TCP Westwood+中修正的算法来估计可用带宽,从而提高DCM的性能和稳定性。DCM+是基于速率的端到端方式,它在发送方的两个阶段(SS、CA)都应用修改。仿真结果表明,除了稳定性之外,吞吐量也有了很大的提高。所使用的拓扑是一个简单的有线1路拓扑。TCP DCM+设计适用于有线、无线和manet网络。这里执行的模拟是使用ns-3模拟器[16]完成的。
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DCM+: a multi-purpose protocol for congestion control
This paper proposes a new approach for TCP congestion control, which is called TCP DCM+. DCM is the previous version, which uses TCP Westwood method of estimating the available bandwidth. The aim of the new protocol is to improve the performance and stability of DCM through using the corrected algorithm in TCP Westwood+ to estimate the available bandwidth. DCM+ is rate-based end-to-end approach, which applies the modification in both phases (SS, CA) of the sender. The results of the simulations show a huge improvement of throughput, in addition to the resulting stability. The used topology is a simple wired 1-path topology. TCP DCM+ is designed to be applicable in wired, wireless and MANETs networks. The simulations executed here are done using ns-3 simulator [16].
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