TCP性能瓶颈的测量方法

A. Bąk, P. Gajowniczek, M. Zagozdzon
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引用次数: 3

摘要

传输控制协议(TCP)仍然被绝大多数Internet应用程序所使用。然而,在过去十年中,带宽可用性和带宽消耗的巨大增长刺激了TCP的发展,并引入了更适合高速网络的新版本。许多因素都会影响TCP协议的性能,从网络资源的缺乏、客户机或服务器的错误配置到应用程序的内部限制。因此,正确识别TCP性能瓶颈是网络运营商面临的一个重要挑战。在本文中,我们提出了一种基于被动测量的方法来寻找TCP连接吞吐量下降的根本原因。该方法通过在具有4G无线互联网接入的实时网络中进行的实验进行了验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Measurement methodology of TCP performance bottlenecks
Transmission Control Protocol (TCP) is still used by vast majority of Internet applications. However, the huge increase in bandwidth availability and consumption during the last decade has stimulated the evolution of TCP and introduction of new versions that are more suited for high speed networks. Many factors can influence the performance of TCP protocol, starting from scarcity of network resources, through client or server misconfiguration, to internal limitations of applications. Proper identification of the TCP performance bottlenecks is therefore an important challenge for network operators. In the paper we proposed the methodology for finding root causes of througput degradation in TCP connections based on passive measurements. This methodology was verified by experiments conducted in a live network with 4G wireless Internet access.
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