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Constructing Overlay Networks with Short Paths and Low Communication Cost

机译:构建路径短,通信成本低的覆盖网络

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A Peer-To-Peer (P2P) application uses an overlay network which is a virtual network constructed over the physical network. Traditional overlay construction methods do not take physical location of nodes into consideration, resulting in a large amount of redundant traffic. Some proximity-aware construction methods have been proposed to address this problem. These methods typically connect nearby nodes in the physical network. However, as the number of nodes increases, the path length of a route between two distant nodes rapidly increases. To alleviate this problem, we propose a technique which can be incorporated in existing overlay construction methods. The idea behind this technique is to employ long links to directly connect distant nodes. Through simulation experiments, we show that using our proposed technique, networks can achieve small path length and low communication cost while maintaining high resiliency to failures.
机译:对等(P2P)应用程序使用覆盖网络,该网络是在物理网络上构建的虚拟网络。传统的覆盖构建方法没有考虑节点的物理位置,从而导致了大量的冗余流量。已经提出了一些接近感知的构造方法来解决这个问题。这些方法通常连接物理网络中的附近节点。然而,随着节点数量的增加,两个遥远节点之间的路由的路径长度迅速增加。为了减轻这个问题,我们提出了一种可以结合到现有的覆盖层构造方法中的技术。该技术背后的思想是采用长链接直接连接远处的节点。通过仿真实验,我们表明,使用我们提出的技术,网络可以实现较小的路径长度和较低的通信成本,同时保持较高的故障恢复能力。

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