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Fault diagnosis and risk control of aircraft electric system based on IAHP and Bayesian network

机译:基于IAHP和贝叶斯网络的飞机电气系统故障诊断与风险控制。

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In consideration of uncertain factors inherent in safety and risk assessment of electric system fault location, a reliability prediction method based on interval analytic hierarchy process (IAHP) is introduced in this paper to reduce faults and system risk. After considering the major fault factors, the interval eigenvector method (IEM) is proposed and the conditional probability matrices for influencing factors for safety and risk are defined with the inference rule. Then a renewing model of information fusion in the context of Bayesian network inference is established. The results of case study state that dynamic adjustment in the safety and risk priority of control measures is effective in increasing the system reliability and reducing risk.
机译:考虑到电力系统故障定位安全性和风险评估中固有的不确定因素,为减少故障和降低系统风险,本文提出了一种基于区间层次分析法的可靠性预测方法。在考虑了主要故障因素后,提出了区间特征向量法(IEM),并利用推理规则定义了影响安全和风险因素的条件概率矩阵。然后建立了贝叶斯网络推理环境下的信息融合更新模型。案例研究结果表明,动态调整控制措施的安全性和风险优先级可有效提高系统可靠性并降低风险。

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