Mobile Pee-to-Peer systems using Super Peers for Mobile Environments

Jung-Suk Han, Kwang-Jo Lee, Jin-Woo Song, Sung-Bong Yang
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引用次数: 32

Abstract

As the number of mobile device users increases, many researches on pee-to-peer (P2P) systems in mobile environments have been carried out. In this paper, we propose two mobile P2P systems that have double-layered topology. In these systems, peers are classified into two groups, super peers and sub-peers and a super peer has zero or more sub-peers. In the proposed systems, when a peer wants to search a file, there is no need of multi-broadcasting because each super peer maintains the appropriate information of its sub-peers and because a pair of super peers communicate each other along only the route from one super peer to the other via some sub-peers since there may be no direct connection between a pair of super peers. The experimental results show that the proposed systems outperform a typical mobile P2P system in terms of the average number of messages to find target files while maintaining the same search accuracy.
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在移动环境中使用超级对等体的移动对等系统
随着移动设备用户数量的增加,人们对移动环境下的P2P (peer -to-peer)系统进行了大量的研究。本文提出了两种具有双层拓扑结构的移动P2P系统。在这些系统中,对等体分为超级对等体和子对等体两组,一个超级对等体有0个或多个子对等体。在该系统中,当一个对等点需要搜索文件时,由于每个超级对等点维护其子对等点的适当信息,并且由于一对超级对等点之间可能没有直接连接,因此一对超级对等点之间仅沿着从一个超级对等点到另一个超级对等点的路由进行通信,因此不需要进行多广播。实验结果表明,在保持相同搜索精度的情况下,所提出的系统在查找目标文件的平均消息数方面优于典型的移动P2P系统。
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