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Knowledge-based diagnostic system for a complex technical system with two separate knowledge bases for the processing of industrial system data and for the processing of customer bean state of a lead

机译:基于知识的诊断系统,用于具有两个单独的知识库的复杂技术系统,用于处理工业系统数据和处理潜在客户的客户状态

摘要

The present document describes a diagnostic system for error localization in the shop diagnoses. The diagnostic system are taken into account both trivial as well as expensive intermittent faults. It is by means of a structured modular concept of the software architecture - embossed.On the basis of a classification of the performing a division takes place in a localization of quasi-steady as well as intermittent fault instead. First mentioned problems can be selected by means of a systematic approach with the aid of all the available information to be released. The modular software - architecture with a strict separation of certain data and fuzzy information supports the process of the search for the guided. Current methods, which operate according to the prior art, in individual modules of the software - architecture for use. The advantages of the known system diagnosis, such as the compression of the suspected components, is used and is expanded. The inventive addition of a symptom processing improves the result of previous systems of the system diagnosis. The improved guiding in the case of the system diagnosis assists in avoiding in order timbering. For an efficient fault - localization, innovative a dynamic test step tree - generation for use.Intermittent fault in the known system diagnosis lead to long error such times due to the necessary accuracy and reproducibility of the ..
机译:本文描述了一种用于诊断车间中的错误的诊断系统。诊断系统既要考虑琐碎故障,又要考虑昂贵的间歇性故障。它是通过浮雕的软件体系结构的结构化模块化概念来实现的。根据执行的分类,划分发生在准稳态和间歇性故障的定位中。前面提到的问题可以借助系统的方法,借助将要发布的所有可用信息来选择。模块化软件-严格分离某些数据和模糊信息的体系结构支持了搜索向导的过程。根据现有技术操作的当前方法在软件的各个模块中使用。使用并扩展了已知系统诊断的优点,例如可疑组件的压缩。症状处理的创造性添加改善了先前系统诊断系统的结果。在系统诊断的情况下改进的引导有助于避免有序的伐木。为了有效地进行故障定位,请使用创新的动态测试步骤树生成方法。由于系统必需的精度和可重复性,已知系统诊断中的间歇性故障会导致较长的错误时间。

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