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Modeling Analysis and Improvement for Free-Riding on BitTorrent-like File Sharing Systems

机译:在BitTorrent的文件共享系统上进行建模分析和改进搭便车

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BitTorrent has emerged as a very popular peer-topeer file sharing system, which uses an embedded set of incentive mechanisms to encourage contribution and prevent free-riding. However, the capability BitTorrent has of preventing free-riding needs further study. In this paper, we present a fluid model with two different classes of peers to capture the effect of free-riding on BitTorrent-like systems. With the model, we find that BitTorrent''s incentive mechanism is successful in preventing free-riding in a system without seeds, but may not succeed in producing a disincentive for free-riding in a system with a high number of seeds. The reason for this is that BitTorrent does not employ an effective mechanisms for seeds to effectively guard against free-riding. Therefore, we propose a seed bandwidth allocation strategy for the BitTorrent system to reduce the effect of seeds on free-riding. Finally, simulation results are given, which validate what we have found in our analysis and demonstrate the effectiveness of the proposed strategy.
机译:BitTorrent已成为一个非常受欢迎的对等补充者文件共享系统,它使用嵌入式动机机制来鼓励贡献和防止搭便车。然而,能力BitTorrent具有预防骑自由的需求进一步研究。在本文中,我们提出了一种流体模型,具有两种不同类别的同行,以捕获自由骑行在双摩托车系统上的效果。通过该模型,我们发现BitTorrent'的激励机制是成功防止在没有种子的系统中的搭便车,但可能不会成功生产在具有大量种子的系统中的搭便车。原因是BitTorrent不会采用有效的种子机制,以有效地防范搭便车。因此,我们提出了一款用于双托管系统的种子带宽分配策略,以减少种子对自由骑行的影响。最后,给出了仿真结果,验证了我们在分析中发现的内容,并证明了拟议策略的有效性。

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