Model-Based Fault Diagnosis for the Spacecraft Power System

Shao Jiye, Wang Rixin, Xu Minqiang, Gao Jingbo
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引用次数: 1

Abstract

Model-based diagnosis has a great advantage compared to other diagnostic methods. This paper develops a fault diagnosis system for the power system of spacecraft using model-based consistent diagnostic theory. Designing the nominal and faulty modes of each component, the qualitative model of the power system is built in a component-based manner using JMPL language. The fault diagnostic engine is constructed using conflict-A* algorithm. Experiments on the spacecraft power system verify that the model of the power system is correct and the diagnosis system developed is very effectively.
基于模型的航天器动力系统故障诊断
与其他诊断方法相比,基于模型的诊断具有很大的优势。利用基于模型的一致性诊断理论,开发了航天器动力系统故障诊断系统。设计了各部件的标称模式和故障模式,采用JMPL语言,以基于组件的方式建立了电力系统的定性模型。采用conflict-A*算法构造故障诊断引擎。在航天器动力系统上的实验验证了所建立的动力系统模型的正确性和所开发的诊断系统的有效性。
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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