Shortest-hop based reliable network multicast

K. Law, Daniel Siu
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Abstract

Although many multicast communication protocols have been recommended at IETF, reliable multicast communications currently rely on programs built at the application layer, e.g., multicast overlay. This is because there is a lack of reliable multicast protocols. This is even harder for the multicast capable routers to offer transparent reliable multicast services if receivers are on paths with drastically different path characteristics. In this paper, concept of multicast reliability integrated within routing algorithm is discussed. It is important to map reliability from transport layer to network layer, and subsequently from network layer to data link layer The novelty of the proposed design is to offer packet recovery mechanisms between every two intelligent routers. The resulting shortest-hop based reliability eliminates the retransmission request implosion problem and shortens the error recovery session time along any multicast tree. Consequently, the proposed design offers high goodput performance for multicasting important information in wired and wireless networks.
基于最短跳的可靠网络组播
虽然IETF已经推荐了许多组播通信协议,但可靠的组播通信目前依赖于在应用层构建的程序,例如组播覆盖。这是因为缺乏可靠的多播协议。如果接收方位于具有完全不同路径特征的路径上,那么具有多播功能的路由器就更难提供透明可靠的多播服务。本文讨论了将组播可靠性集成到路由算法中的概念。将可靠性从传输层映射到网络层,进而从网络层映射到数据链路层是重要的。该设计的新颖之处在于在每两台智能路由器之间提供数据包恢复机制。由此产生的基于最短跳的可靠性消除了重传请求内爆问题,并缩短了沿任何组播树的错误恢复会话时间。因此,该设计为有线和无线网络中的重要信息的多播提供了良好的性能。
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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