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hybrid design with controller-switch connectivity resiliency detection in split architect system

机译:拆分架构师系统中具有控制器-交换机连接弹性检测的混合设计

摘要

The invention is a routing algorithm characteristic that minimizes the weight, meaning that the probability that a node is disconnected from the controller in case of a failure in the network is minimized. The first algorithm used in the invention is an approximation algorithm for finding the controller routing tree that provides maximum resilience in the network. The algorithm is referred to herein as the Maximum Resilience (MR) algorithm. The heuristic MR algorithm selects a shortest-path tree as a starting point and modifies the tree in order to improve resilience. The output of the MR algorithm is not necessarily a shortest-path tree, but provides more resilience compared to the initial tree. The RASP algorithm provides a shortest-path tree with improved network resilience compared to other possible shortest-path trees.
机译:本发明是使权重最小化的路由算法特征,这意味着在网络故障的情况下节点与控制器断开连接的可能性被最小化。在本发明中使用的第一算法是用于找到在网络中提供最大弹性的控制器路由树的近似算法。该算法在本文中称为最大弹性(MR)算法。启发式MR算法选择最短路径树作为起点,并对树进行修改以提高弹性。 MR算法的输出不一定是最短路径树,但是与初始树相比,它提供了更多的弹性。与其他可能的最短路径树相比,RASP算法提供了具有改进的网络弹性的最短路径树。

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