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The Effect of Router Buffer Size on Queue Length-Based AQM Schemes

机译:路由器缓冲区大小对基于队列长度的AQM方案的影响

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摘要

AQM is an effective method to improve the performance of end-to-end congestion control. The behavior of various AQM schemes with respect to buffer capacity issues has not been studied in much detail. In this paper, we show the effect of router buffer size on AQM schemes based on queue length and present the reason: the buffer saturation will make the input and output of AQM schemes conflicting. We also propose a saturation compensator which can improve the performance of AQM schemes when routers have small buffer. At last, using PI as an example we propose PI with saturation compensator whose performance is evaluated through NS2 simulations.
机译:AQM是提高端到端拥塞控制性能的有效方法。关于缓冲容量问题,各种AQM方案的行为尚未得到详细研究。在本文中,我们基于队列长度展示了路由器缓冲区大小对AQM方案的影响,并说明了原因:缓冲区饱和会导致AQM方案的输入和输出发生冲突。我们还提出了一种饱和补偿器,当路由器的缓冲区较小时,它可以提高AQM方案的性能。最后,以PI为例,提出了带有饱和补偿器的PI,其性能通过NS2仿真评估。

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