CayleyChord:一种新颖的P2P覆盖网络

W. Xiao, Mingxin He, Wenhong Wei
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引用次数: 1

摘要

目前关于P2P系统的研究几乎都集中在如何构建一个高可用性的P2P覆盖网络上。覆盖拓扑的设计目标包括路由表小、查询路径短和鲁棒性。本文定义了一种新的Cayley图,并在此基础上提出了一种新的P2P覆盖网络CayleyChord。该网络具有路由表小、查询路径短、聚类和鲁棒性强等优点。由于其对称性,我们的系统比Chord和Ulysses等大多数以前的系统具有更简单的路由(搜索)和许多其他优秀的特性。本文对性能进行了评价,表明CayleyChord可以达到较低的路由表大小和查询路径长度。此外,基于新的cayleygraph模型的CayleyChord的鲁棒性也优于目前提出的大多数P2P覆盖网络。
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CayleyChord: A Novel P2P Overlay Network
Almost all recent researches on P2P system focus on how to build a highly usable P2P overlay network. Small routing table, short query path and robustness are included into their design objectives of overlay topology. In this paper, we define a new Cayley graph and propose a novel P2P overlay network CayleyChord based on it. The new overlay network has many excellent properties such as small routing table and short query path and high clustering and robustness. Our system has simpler routing (searching) and many other excellent properties than the most former systems such as Chord and Ulysses because of its symmetry. The performance is evaluated in this paper, indicating that CayleyChord can reach low routing table size and query path length. Furthermore, the robustness of CayleyChord based on the new Cayley graph model is also better than most the P2P overlay networks recently proposed.
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