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A Hierarchical Architecture for Real-Time Search in Peer-to-Peer Networks

机译:对等网络中实时搜索的分层体系结构

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In this paper, we propose a hierarchical architecture to realize a real-time file search in P2P systems. The proposed architecture consists of three layers. Index of files held by the peers in the bottom layer is stored at the peers in the middle layer, and the correlation of peers in the two bottom layers is controlled by the peers in the top layer using the notion of tags. With such notion of tags, we can realize a quick upload of the file indexes and a quick forwarding of a given query requesting a shared file to a relevant peer. We implemented a prototype of the proposed system. The result of preliminary experiments conducted using the prototype system indicates that an upload of a file index and a query forwarding to a relevant peer take few second and 100 ms, respectively.
机译:在本文中,我们提出了一种分层体系结构,以在P2P系统中实现实时文件搜索。所提出的体系结构包括三层。底层的对等体所保存的文件的索引存储在中间层的对等体中,而两个底层的对等体的相关性则由顶层的对等体使用标签的概念来控制。有了这样的标签概念,我们可以实现文件索引的快速上载以及请求共享文件到相关对等方的给定查询的快速转发。我们实现了所建议系统的原型。使用原型系统进行的初步实验的结果表明,文件索引的上载和向相关对等点的查询转发分别花费几秒钟和100毫秒。

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