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Research on Location-unaware Problem in BitTorrent-like Networks

机译:BITTorrent的网络中的位置 - 不知问题研究

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BitTorrent-like (BT-like) Peer-to-Peer (P2P) networks with multi-source file transmission protocol has emerged as the most popular applications in Internet. However, the mechanism of peers choosing peers to download without any knowledge about underlying physical network location can cause a serious location-unaware problem. The location-unaware problem means there is a big volume of unnecessary traffic across the border of networks. It brings great stress in the network operators. We first propose and define the location-unaware problem in BT-like P2P networks. Then, we propose a deterministic mathematical model to analyze the efficiency and performance of BT-like networks with ideal location awareness. In the location-aware network, peers try to transmit data between others in the same range of networks, such as a local network. The analysis and discussions of the model shows that a location-aware BT network can decrease the traffic across the border of networks. When the speed of peers uploading to other peers in the same network is equal with the downloading speed of peer, the traffic across the border is the least The location-aware network also has a good scalability and fairness.
机译:具有多源文件传输协议的BitTorry-like(BT-ligh)的对等(P2P)网络已成为Internet中最流行的应用。然而,同行的机制选择对等体下载而没有任何关于底层物理网络位置的知识可能导致一个严重的位置不知道问题。位置 - 不知情问题意味着网络边框中的大量不必要的流量。它为网络运营商带来了很大的压力。我们首先提出并在BT样P2P网络中定义了位置不知问题。然后,我们提出了一个确定性的数学模型,分析了BT样网络的效率和性能,具有理想的位置意识。在位置感知网络中,对等体尝试在同一范围内的其他人之间传输数据,例如本地网络。该模型的分析和讨论表明,位置感知BT网络可以减少网络边界之间的流量。当同一网络中的同伴上传到其他对等体的对等方的速度与对等的下载速度相等时,边界的流量是位置感知网络也具有良好的可扩展性和公平性。

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