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RRCP: A Receiver-Driven and Router-Feedback Congestion Control Protocol for ICN

机译:RRCP:ICN的接收器驱动和路由器反馈拥塞控制协议

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Network requirements are evolved from data communications between two hosts to accessing a large amount of information through networks. The current Internet uses address-centric network communication model, which is suitable for the communications between hosts but not efficient in the communications between hosts and networks. Given this fact, Information-Centric networking (ICN) becomes the hot spot to meet the new requirements. ICN exists congestion which isn't well solved. The congestion control protocols in IP network aren't suitable for ICN transport, so we provide a new congestion control protocol-RRCP. RRCP based on XCP and ICN transport characteristics raises a receiver-driven, router feedback, multi-request windows and timeout mechanisms. RRCP shows efficient, fair and stable via simulation's results.
机译:网络需求已从两台主机之间的数据通信演变为通过网络访问大量信息。当前的互联网使用以地址为中心的网络通信模型,该模型适用于主机之间的通信,但不适用于主机和网络之间的通信。鉴于此事实,以信息为中心的网络(ICN)成为满足新要求的热点。 ICN存在拥塞,无法很好地解决。 IP网络中的拥塞控制协议不适用于ICN传输,因此我们提供了一种新的拥塞控制协议RRCP。基于XCP和ICN传输特性的RRCP提出了接收机驱动的路由器反馈,多请求窗口和超时机制。 RRCP通过仿真结果显示出高效,公平和稳定的效果。

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