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A Novel Approach to Determine Minimal Tie-Sets of Complex Network

机译:确定复杂网络最小联系集的新方法

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摘要

Network reliability analysis is usually based on minimal path or cut enumeration from which the associated reliability expressions are deduced. The cut-set method is a popular approach in the reliability analysis of many systems from simple to complex configurations. The computational requirements necessary to determine the minimal cut-sets of a network depend mainly on the number of minimal paths between the source and the sink. A technique designated as the "Path Tracing Algorithm" is presented in this paper, which can handle both simple and complex networks, and considers both unidirectional and bi-directional branches. A step by step procedure is explained using a bridge-network. The algorithm is easy to program, and does not require limits on the size of the network. The applicability of the proposed technique is illustrated by application to a more complicated system.
机译:网络可靠性分析通常基于最小路径或割枚举,从中可以推导出相关的可靠性表达式。在从简单到复杂配置的许多系统的可靠性分析中,割集方法是一种流行的方法。确定网络的最小割集所需的计算要求主要取决于源和宿之间的最小路径数。本文提出了一种称为“路径跟踪算法”的技术,该技术可以处理简单和复杂的网络,并考虑了单向和双向分支。使用网桥网络解释了逐步过程。该算法易于编程,并且不需要限制网络大小。通过将其应用于更复杂的系统来说明所提出的技术的适用性。

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