无线环境下用于多媒体流的fast TCP和TCP Westwood+性能评价

Sifatur Rahim, S. Hasan
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引用次数: 1

摘要

尽管TCP是Internet基础设施的关键协议之一,但它并没有针对无线环境或多媒体流应用程序进行优化。由于严格遵守拥塞控制,不能满足流媒体应用的服务需求。此外,非拥塞丢包欺骗TCP减慢其在无线链路上的发送速率。Fast TCP和TCP Westwood+是两个众所周知的TCP变体,它们应该可以解决这些问题。针对多媒体流媒体无线网络中的各种问题,分析了TCP Westwood+和Fast TCP的性能。仿真结果表明,Fast TCP具有更好的置物性能、平均吞吐量和公平性指标,而TCP Westwood+在逆向流较大的情况下具有更小的抖动和更好的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance evaluation of fast TCP and TCP Westwood+ for multimedia streaming in wireless environment
Although TCP is one of the key protocols of the Internet infrastructure, it is not optimized for either wireless environment or multimedia streaming applications. It fails to meet the service requirement of streaming applications because of its strict adherence to congestion control. Besides, non-congestion packet loss fools TCP to slow down its sending rate over wireless links. Fast TCP and TCP Westwood+ are two well known TCP variants which are supposed to resolve these problems. This paper analyzes the performance of TCP Westwood+ and Fast TCP for various issues in wireless network for multimedia streaming. Simulation results show that, Fast TCP shows better goodput, average throughput, and fairness index but TCP Westwood+ shows less jitter and better performance in presence of heavy reverse flows.
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