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An algorithm for finding optimal node-disjoint paths in optical switched networks

机译:在光交换网络中寻找最佳节点不相交路径的算法

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This paper presents a new exact algorithm for finding two node-disjoint paths of minimum total weight in optical switched networks with wavelength-continuity constraint. Unlike previous heuristic algorithms developed for this purpose, our algorithm is not based on the Suurballe algorithm. Instead, it is based on Dijkstra algorithm modified to work on a dual path. We show that our algorithm can find optimal node-disjoint paths in much smaller time than using an exact ILP algorithm. The performance of the proposed algorithm is demonstrated by simulation results.
机译:本文提出了一种新的精确算法,用于在具有波长连续性约束的光交换网络中找到两条总权重最小的节点不相交路径。与以前为此目的开发的启发式算法不同,我们的算法不是基于Suurballe算法。相反,它基于修改为在双路径上工作的Dijkstra算法。我们证明,与使用精确的ILP算法相比,我们的算法可以在更短的时间内找到最佳的节点不相交路径。仿真结果证明了该算法的性能。

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