NEMO网络中的轻负荷组播协议

Long-Sheng Li, hung i chi, Din-Yuan Chan, Kai-Chung Xie
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引用次数: 0

摘要

对NEMO (Network Mobility)网络体系结构中传统组播协议的研究表明,传统组播协议在组播树重构过程中往往需要花费相当大的代价。然而,对组播源的可移动性却很少进行讨论。我们提出了一种增强的组播协议,它扩展了组播侦听器发现(MLD)协议,在NEMO环境中命名为轻负载组播(LLM)。LLM被认为是在NEMO中维护组播树的备选MLD。法学硕士有两个好处。重构机制通过重构组播树来处理组播源的可移动性。多组抑制机制降低了组播树维护成本,保证了组播成员的可移动性。研究结果显示了方案的实现,并与传统组播协议进行了性能比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Light Load Multicast Protocol in NEMO Network
The studies for the traditional multicast protocols in the NEMO (Network Mobility) network architecture have shown that traditional multicast protocols always have a considerable cost in reconstructing the multicast tree. However, the mobility of multicast sources is rarely discussed. We present an enhanced multicast protocol, which extends from the Multicast Listener Discovery (MLD) protocol, named Light Load Multicast (LLM), in the NEMO environment. The LLM is considered the alternative MLD to maintain the multicast tree in the NEMO. The LLM has two benefits. The reconstruction mechanism handles the mobility of the multicast source by reconstructing the multicast tree. The multigroup suppression mechanism curbs the multicast tree maintenance cost for the mobility of the multicast members. The study result shows the scheme implementation and inspects the performance with traditional multicast protocols.
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