A Novel Approach to Enhance TCP Throughput in Wireless Sensor Networks

M. Hassani
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引用次数: 3

Abstract

Wireless sensor network add a new wireless structure have been designed to improve the performance of the new communications. Performance of wireless sensor network has a vital dependency to the transport protocols. TCP is a connection oriented and reliable protocol of transport protocol which is developed for wired networks because of some unique characteristics of wireless sensor network like poor resources, poor channel bandwidth and noisy channels and node mobility, performance of TCP is degraded. In this paper a simulation based performance analysis is presented in the term of TCP throughput. The throughput decay of TCP are evaluated in wireless sensor networks and discuss a bout problem that cause this degradation. On the other hand TCP wrongly assumes congestion is the main reason of each packet lost, while packet lost may happen because of wireless sensor networks limitations that is mentioned above. The propose model modify TCP congestion detection module to distinguish between congestion and non congestion situation. It evaluated by simulated results and throughput enhancement verified by NS2.
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一种提高无线传感器网络TCP吞吐量的新方法
无线传感器网络添加了一种新的无线结构,被设计用来提高新的通信性能。无线传感器网络的性能对传输协议有重要的依赖关系。TCP是针对有线网络开发的一种面向连接的可靠传输协议,由于无线传感器网络资源贫乏、信道带宽差、信道噪声大、节点可移动性等特点,导致TCP性能下降。本文从TCP吞吐量的角度进行了基于仿真的性能分析。对无线传感器网络中TCP的吞吐量衰减进行了评估,并讨论了导致这种衰减的主要问题。另一方面,TCP错误地认为拥塞是每个丢包的主要原因,而丢包可能是由于上文提到的无线传感器网络的限制而发生的。该模型改进了TCP拥塞检测模块,以区分拥塞和非拥塞情况。通过仿真结果对其进行了评价,并通过NS2验证了吞吐量的提高。
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