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A BitTorrent Performance Evaluation Framework

机译：BitTorrent性能评估框架

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摘要

In the last decade, file sharing systems have generally been dominated by P2P solutions. Whereas e-mail and HTTP have been the killer apps of the earlier Internet, a large percentage of the current Internet backbone traffic is BitTorrent traffic [12]. BitTorrent has proven to be the perfect file sharing solution for a decentralized Internet, moving the burden from central servers to each individual station and maximizing network performance by enabling unused communication paths between clients. Although there have been extensive studies regarding the performance of the BitTorrent protocol and the impact of network and human factors on the overall transfer quality, there has been little interest in evaluating, comparing and analyzing current real world implementations. With hundreds of BitTorrent clients, each applying different algorithms and performance optimization techniques, we consider evaluating and comparing various implementations an important issue. In this paper, we present a BitTorrent performance evaluation framework that we are using to test and compare current real world BitTorrent implementations. The framework is fully automated and clients have been instrumented to output transfer tatus data and extensive logging information.
机译：在过去十年中，文件共享系统通常由P2P解决方案主导。虽然电子邮件和HTTP是早期互联网的杀手应用程序，但目前的互联网骨干流量的大量百分比是BitTorrent流量[12]。 BitTorrent已被证明是分散互联网的完美文件共享解决方案，将中央服务器的负担移动到每个单独的站，并通过在客户端之间启用未使用的通信路径来最大限度地提高网络性能。虽然有关于BitTorrent协议的表现以及网络和人类因素对整体转移质量的影响的大量研究，但对评估，比较和分析当前的现实世界实施没有很少有兴趣。随着数百名BitTorrent客户端，每个都应用不同的算法和性能优化技术，我们考虑评估和比较各种实现一个重要问题。在本文中，我们提出了一个BitTorrent性能评估框架，我们正在使用测试和比较当前的现实世界BitTorrent实现。该框架是完全自动化的，并且客户端已经被录制到输出传输Tatus数据和广泛的日志记录信息。

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