FREA: a distributed program reliability analysis program

Min-Sheng Lin, Deng-Jyi Chen
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Abstract

The authors present an algorithm for computing distributed program reliability in distributed computing systems (DCSs). The algorithm, called FREA (fast reliability evaluation algorithm), is based on the generalized factoring theorem with several incorporated reliability-preserving reductions to speed up reliability evaluation. The effect of file distributions, program distributions, and various topologies on reliability of the DCS was studied by using the proposed algorithm. Compared with existing algorithms on various network topologies, file distributions, and program distributions, the proposed algorithm was much more economic in both time and space. To compute the distributed program reliability, the ARPA network is studied to illustrate the feasibility of the proposed algorithm.<>
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FREA:分布式程序可靠性分析程序
提出了一种计算分布式计算系统(dcs)中分布式程序可靠性的算法。该算法被称为FREA(快速可靠性评估算法),该算法基于广义因子分解定理,并结合了几个保持可靠性的约简来加快可靠性评估。应用该算法研究了文件分布、程序分布和各种拓扑结构对DCS可靠性的影响。与现有的各种网络拓扑、文件分布和程序分布的算法相比,该算法在时间和空间上都更加经济。为计算分布式程序的可靠性,以ARPA网络为例,验证了该算法的可行性。
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