基于流排列的集中式路由算法

S. Krile, M. Rákus, F. Schindler
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引用次数: 2

摘要

本文提出了一种基于M个进入网络的流量排列的集中式路由算法。该方法的复杂性明显低于组合方法,可作为负载平衡工具。这种方法的主要优点是可以很早就从计算中消除许多非透视流排列。如果有新的流进入网络,算法提供一个或多个路由解决方案,包括现有流的路径迁移。当然,只有在必要时才会执行路径迁移。所提出的启发式算法显著降低了算法的复杂度,有效地解决了大量流的问题。在TE(流量工程)的意义上,这种路由技术看起来像一个非常透视的负载平衡工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Centralized routing algorithm based on flow permutations
This paper describes a centralized routing algorithm based on permutation of M traffic flows entering the network. The proposed approach is significantly less complex than combinatorial approach and can be used as load-balancing tool. The main advantage of such approach is that many non-perspective flow permutations could be eliminated from the calculation very early. If a new flow enters the network the algorithm offers one or more routing solutions, including the path migration for the existing flows. Of course, path migration will be performed only if it is necessary. Proposed heuristic algorithm significantly reduces the complexity, solving efficiently the problems with huge number of flows. In the sense of TE (Traffic Engineering) this routing technique looks like a very perspective load-balancing tool.
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