基于DCCP传输协议的无线tcp友好速率控制

Shiva Safaripour Khanloo, M. Fathy, M. Soryani
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引用次数: 8

摘要

TCP-Friendly Rate control (TFRC)是一种基于Loss的速率控制机制。它使用TCP方程吞吐量来计算发送速率。这个方程是损失事件率的函数。TFRC假定任何丢失的数据包都是网络拥塞的信号,并相应降低其传输速率。但是在无线链路中,数据包可能会因切换和容易出错的无线链路而丢失。因此,为了提高无线网络中TFRC流的性能,应该有一种区分拥塞损失和无线损失的方法。本文利用RED路由器的ECN标记能力检测真正的拥塞,并在检测到真正的拥塞时更新用于度量损失事件率的新的损失间隔长度。仿真结果表明,该方法有效地缓解了由于无线损耗而导致的吞吐量下降,并为我们的方案提供了更好的性能。此外,我们的建议保持tcp友好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wireless TCP-Friendly Rate Control over the DCCP Transport Protocol
TCP-Friendly Rate control (TFRC) is a Loss based rate control mechanism. It uses TCP equation throughput for calculating the sending rate. This equation is a function of loss event rate. TFRC assumes any lost packet as a signal of network congestion and correspondingly reduces its transmission rate. But in wireless links the packet may be lost by handoffs and error prone wireless links. So there should be a way to distinguish congestion loss from wireless loss for improving performance of TFRC flows in wireless networks. In this paper, we detect real congestion by ECN marking capability of RED routers and we update the new loss interval length for measuring the loss event rate only when we detect real congestion. Simulation results show that our technique effectively alleviates the throughput degradation caused by wireless losses and they show better performance for our proposal. Also our proposal maintains TCP-Friendliness.
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