基于知识工程的图形化网络拓扑诊断系统开发
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TH165 TP277

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国家自然科学基金 , 新世纪优秀人才支持计划


The Development of Intelligent Fault Diagnosis System Based KBE Graph
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    摘要:

    针对目前智能诊断系统缺乏有效的知识库开发工具、推理功能单一等问题,需要一套自动化、智能化水平高,能适应多变量、多过程的复杂系统的故障诊断系统.系统将人类的思维能力、系统的物理规律和数学模型有机地结合,开发了一套基于知识工程的图形化网络拓扑诊断系统,其特有的图形化网络拓扑专家知识表达使专家知识的建立、修改、扩充和维护于一体,不需编写专门代码,节约了时间减少了人为出错的可能性;集专家规则、模糊逻辑和神经网络于一体的组合智能推理机使系统适应于多变量、多参数、多目标及多过程的复杂系统.在Bently模拟转子试验台上对系统的有效性进行了验证,取得了较好的效果.

    Abstract:

    Aimed at solving the insufficiency problem in the current intelligent fault diagnosis system, such as lack of development tools, inference oversimplification, and developed a kind of diagnosis system based on network and KBE graph. The system is simple and easy to establish, modify, expand and maintain and does not need further coding. In addition, it can significantly save time and reduce the chance of failure. The integration of expert rules, fuzzy logic and nerve network enables the system to adapt to those complicated systems which involve in multi-variable, multi-parameter, multi-object and multi-process. As an example, an on-line detection system for simulate-on rotor test bench has been established and typical faults were successfully diagnosed through it, which proved the validity and reliability of the system. Furthermore, the system has been declared national invention patent.

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张晓蓉,戴宏杰,宋朝省.基于知识工程的图形化网络拓扑诊断系统开发[J].重庆大学学报,2007,30(9):22-.

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  • 最后修改日期:2007-05-20
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