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首页> 外文期刊>International Journal of Performability Engineering >Ontology-based Fault Diagnosis and Maintenance Process Generation of Electromechanical System
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Ontology-based Fault Diagnosis and Maintenance Process Generation of Electromechanical System

机译：基于本体的机电系统的故障诊断和维护过程生成

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摘要

In view of the complex fault diagnosis theory of complex equipment electromechanical systems and the difficulty of all maintenance process maintenance personnel, the ontology was introduced as a technical tool for knowledge modeling. Based on the analysis of fault diagnosis, maintenance process of knowledge structure and electromechanical systems, and use of protege, the fault diagnosis and maintenance process of knowledge models of electromechanical systems was constructed. The faults diagnosis and auxiliary generation of the maintenance process for electromechanical systems were realized through FaCT++reasoner to infer the constructed ontology. The model was verified, and the fault diagnosis and maintenance process knowledge could be integrated. Sharing and improving the efficiency of knowledge organization and maintenance technical support provide new technical means for effectively managing knowledge in the field of using electromechanical systems.
机译：鉴于复杂设备机电系统的复杂故障诊断理论和所有维护过程维护人员的难度，本体是作为知识建模的技术工具。 基于故障诊断的分析，知识结构和机电系统的维护过程，构建机电系统知识模型的故障诊断和维护过程。 通过事实++推理来推断构建的本体，实现了机电系统维护过程的故障诊断和辅助生成机电系统的维护过程。 该模型已被验证，并且可以集成故障诊断和维护过程知识。 共享和提高知识组织和维护技术支持的效率为有效管理使用机电系统领域的知识提供新的技术手段。

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