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Anycast in Locality-A ware Peer-to-Peer Overlay Networks

机译:对等网络覆盖网络中的Anycast

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This paper advocates implementing anycast in peer-to-peer (p2p) overlay networks. We argue that anycast in p2p overlays (exemplified by Pastry, Tapestry, Chord, CAN) combines the advantages of IP anycast and existing application-layer anycast services. We show that anycast can leverage the locality-awareness embedded in existing p2p overlays. The locality-awareness of the p2p routing substrates can be extended to support anycast and anycast is achieved as the result of the enhanced locality-aware routing. We have implemented anycast in Pastry, and experiments confirm that with high probability, a message addressed to an anycast group is routed to the closest node in the group according to the proximity metric. We also evaluate the performance of anycast using a realistic failure trace and the results show that our implementation of anycast is resilient to node failures.
机译:本文提倡在对等(p2p)覆盖网络中实现任播。我们认为,p2p覆盖中的任意播(以Pastry,Tapestry,Chord,CAN为例)结合了IP任意播和现有应用程序层任意播服务的优点。我们表明,任意播可以利用现有p2p覆盖中嵌入的位置感知。 p2p路由选择基板的位置感知能力可以扩展为支持任意播,并且由于增强了位置感知路由功能,可以实现任意播。我们已经在Pastry中实现了任播功能,实验证实,根据接近度指标,发送到任播组的消息很有可能被路由到组中最近的节点。我们还使用实际的故障跟踪评估了任播的性能,结果表明,我们的任播实现可以抵抗节点故障。

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