Structured P2P overlay networks for multimedia traffic

A. Gupta, Mohanjeet Singh
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引用次数: 4

Abstract

The emerging growth of multimedia content delivery through Internet made the Peer to Peer Network most popular. However, transmission of the content to another peer needs a great attention in terms of selection best peer that can offer the overall quality of service. In this paper, structured P2P overlay Networks for Multimedia or Real Traffic is proposed. Based on the round trip time (RTT), the peers are arranged in a hierarchical manner in different overlays. The peers are structured using MinHeap algorithm. The peer with lowest RTT is considered as the best peer and represents the root of the tree. The sender peers are organized in such a way that it can reach the receiver with minimal time. The management of sender peer is done to avoid any kind of overload in the network based on the structured MinHeap tree. The receiver computes the energy efficiency and bandwidth for the transmission of video through best path.
用于多媒体流量的结构化 P2P 叠加网络
随着通过互联网传送多媒体内容的不断发展,点对点网络变得越来越流行。然而,向另一个对等网络传输内容时,需要十分注意选择能提供整体服务质量的最佳对等网络。本文提出了针对多媒体或真实流量的结构化 P2P 叠加网络。根据往返时间(RTT),以分层方式在不同的重叠中安排对等点。对等点采用 MinHeap 算法进行结构化。RTT 最低的对等点被视为最佳对等点,代表树的根。发送方对等体的组织方式使其能在最短时间内到达接收方。发送方对等体的管理是基于结构化的 MinHeap 树,以避免网络中出现任何形式的过载。接收方通过最佳路径计算视频传输的能效和带宽。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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