Fuzzy Fault Tree Based Fault Detection

Yue Kang, Xingjun Zhang, Nan Wu, Weiguo Wu, Xiaoshe Dong
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Abstract

In this article, for the Linux operating system environment, with the characteristics of ambiguity and uncertainty for the occurrence probability of system failures, fuzzy theory is introduced into the fault tree analysis. The occurrence probability of basic events in the conventional fault tree is made fuzzy by introducing the concept of fuzzy sets. Using the upstream method for solving the minimum cut sets and transferring the different fuzzy numbers into triangular fuzzy numbers, the method is validated with the CPU error detection. This way provides a theoretical basis and implementation for system reliability evaluation, fault diagnosis and maintenance decisions.
基于模糊故障树的故障检测
本文针对Linux操作系统环境中系统故障发生概率具有模糊性和不确定性的特点,将模糊理论引入到故障树分析中。通过引入模糊集的概念,使常规故障树中基本事件的发生概率变得模糊。利用上游法求解最小割集,将不同模糊数转化为三角模糊数,并通过CPU错误检测对该方法进行了验证。该方法为系统可靠性评估、故障诊断和维护决策提供了理论依据和实现方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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