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Research on Intelligent Fault Diagnosis Model for Complicated Equipment

机译:复杂设备智能故障诊断模型研究

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Through studying intelligent fault diagnosis methods, an intelligent fault diagnosis model is proposed for complicated equipments. The model is composed of two modules: data module and knowledge module. The data module includes data acquisition, the valid information extraction and data memory three parts. In data module, neural network information fusion method is adopted to acquire, extract and analyze fault feature information. Knowledge representation, knowledge using and knowledge acquirement are banded together organically by knowledge module. Utilize fuzzy logic and expert system as executive institution of diagnosis adjudging to diagnose cause of equipment fault and to evaluate the equipment running situation. The improved learning mechanism is used to improve the capability of system. The investigation shows that the model is tried and flexibility. It provides a new method to intelligent fault diagnosis and has important meaning of realism, theories and stratagem for equipment guarantee.
机译:通过研究智能故障诊断方法,提出了一种针对复杂设备的智能故障诊断模型。该模型由两个模块组成:数据模块和知识模块。数据模块包括数据采集,有效信息提取和数据存储三部分。在数据模块中,采用神经网络信息融合方法来获取,提取和分析故障特征信息。知识表示,知识使用和知识获取通过知识模块有机地结合在一起。利用模糊逻辑和专家系统作为诊断执行机构来诊断设备故障原因并评估设备运行状况。改进的学习机制用于提高系统的能力。调查表明该模型是经过尝试的并且具有灵活性。它为智能故障诊断提供了一种新方法,对设备保障具有现实意义,理论意义和战略意义。

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