Haijun Geng, Xingang Shi, Xia Yin, Zhiliang Wang, Han Zhang, Jiangyuan Yao
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引用次数: 0
摘要
当前的域内路由协议只能计算任意一对节点的最短路径,不能在网络出现故障时提供良好的快速路由。多路径路由可以从根本上比目前使用的单路径路由协议更有效。它可以通过将流量转移到未使用的网络资源来显著减少网络拥塞。这样可以提高网络利用率并提供负载均衡。为了提高故障恢复能力,我们提出了一个新的方案“多节点至少有两个选择”(More Nodes Have Least Two Choices, MNTC),其目标是如何最大化至少有两个下一跳到达目的地的节点数量。我们在广泛的相关拓扑空间中对该算法进行了评估,结果表明该算法在保持低拉伸的同时可以获得良好的可靠性。
Current intra-domain routing protocols computes only shortest paths for any pair of nodes which cannot provide good fast reroute when network failures occur. Multipath routing can be fundamentally more efficient than the currently used single path routing protocols. It can significantly reduce congestion in network by shifting traffic to unused network resources. This improves network utilization and provides load balancing. To enhance failure resiliency we propose a new scheme More Nodes Have At Least Two Choices (MNTC) where the goal is how to maximize the number of nodes that have at least two next-hops towards their destinations. We evaluate the algorithm in a wide space of relevant topologies and the results show that it can achieve good reliability while keeping low stretch.