Shallow Window Reduction for Congestion Control Under TCP

Andrea Quintanilla Carletto, Julio Santisteban
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引用次数: 2

Abstract

Congestion control is one of the top problems in networking, and a key element for core networks to avoid congestion. The window size is used to pipelined packets on the network and is the means to manage the congestion in a network with an end-to-end approach. In the present work, we design a model for the reduction of the window in order to manage the congestion in a network. The reduction is shallow in-contrary to others approaches in which the reduction is drastic. The purpose of making the modification in the reduction algorithm of the window is to reduce the number of packets in the backbone network without affecting the end system. To do this, we test under NS2, modifying the TCP protocol code and proposing particular scenarios.
TCP下拥塞控制的浅窗口缩减
拥塞控制是网络中的首要问题之一,是核心网络避免拥塞的关键因素。窗口大小用于网络上的流水线数据包,是用端到端方法管理网络拥塞的手段。在本工作中,我们设计了一个减少窗口的模型,以管理网络中的拥塞。这种减少是浅的,与其他减少是剧烈的方法相反。修改窗口约简算法的目的是在不影响终端系统的情况下减少骨干网的数据包数量。为此,我们在NS2下进行了测试,修改了TCP协议代码并提出了特定的场景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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