TCP Performance Enhancement Using ECN and Snoop Protocol for Wi-Fi Network

M. Chawhan, A. Kapur
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引用次数: 7

Abstract

Providing Internet services over wireless links has grown rapidly in recent years. TCP (Transmission Control Protocol) has been performing well over the traditional wired networks where packet losses occur mostly because of congestion, it cannot react efficiently in wireless networks, which suffer from significant non-congestion-related losses due to reasons such as bit errors and handoffs. The paper shows how Explicit Congestion Notification (ECN), Snoop protocol and their combination can be used to improve the performance of TCP in Wi-Fi Bi-directional Network and in Handoff. ECN will help in congestion control and SNOOP will retransmit the packets that are lost from nodes in between, saving nearly half the retransmission time and avoiding the decreasing in transmission speed. This paper investigates the performance of above mentioned protocols over Wi-Fi wireless scenario which improves the various parameters of TCP such as throughput and goodput. The results of the same can be demonstrated on NS2 simulator.
利用ECN和Snoop协议增强Wi-Fi网络的TCP性能
通过无线链路提供互联网服务近年来发展迅速。TCP(传输控制协议)在传统的有线网络中表现良好,其中数据包丢失主要是由于拥塞造成的,但它在无线网络中不能有效地反应,无线网络由于比特错误和切换等原因而遭受重大的非拥塞相关损失。本文介绍了显式拥塞通知(ECN)、Snoop协议及其组合如何提高TCP在Wi-Fi双向网络和切换中的性能。ECN将有助于拥塞控制,SNOOP将重新传输中间节点丢失的数据包,节省了近一半的重传时间,避免了传输速度的下降。本文研究了上述协议在Wi-Fi无线场景下的性能,提高了TCP的吞吐量和goodput等各项参数。同样的结果可以在NS2模拟器上得到验证。
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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