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Research on Diagnosis Model Distributed Intelligence and Key Technique Based On MAS

机译:基于MAS的诊断模型分布式智能与关键技术研究

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Modern malfunction diagnosis is a dynamic, distributed, flexible, real-time and uncertain complicated system. The paper tried to introduce multi-Agent technology to the complicated malfunction diagnosis. Based on distributed artificial intelligence. The paper analyzed MAS based on distributed intelligent malfunction diagnosis method and process, and discussed pattern-clustering based malfunction solution-finding mechanism and the identification and decomposing of a diagnosis task. It also studied the restriction and relationship of multi-agent in the sense of macroscopic, and designed the expression mechanism for applied agent's work status. Else it ascertained the influence and the communication and the interaction among applied agents, and constructed a multi-agent fuzzy related model. The last aspect is that the paper presented an integrated descriptive structure of local diagnosis decision and global diagnosis decision, and established a distributed agent diagnosis system structure and its prototype model system too. Diagnosis system can be divided into applied agent and service agent, they using distribute communication mechanism to realize intercommunication of information, realize distribute system's information exchange and diagnosis, enhance system's efficiency, security and error-standing for problem-dealing. When the model were applied in the power enterprise's security monitor system the result were similar to expert system, the model overcame many deficiencies of precious monitor diagnosis system, enhanced the efficiency of the enterprise security running. Compared with traditional diagnosis method, the result shows the special advantage in the distributed domain.
机译:现代故障诊断是一个动态的,分布式的,灵活的,实时的和不确定的复杂系统。本文试图引进多Agent技术应用到复杂的故障诊断。基于分布式人工智能。纸张基于分布式智能故障诊断方法和过程,并讨论了图案聚类基于故障溶液调查机制和识别和诊断任务的分解分析MAS。它也研究了多主体的限制和关系的宏观意识,专为应用代理的工作状态的表达机制。否则确定的影响以及通信和应用的试剂之间的相互作用,以及构建的多剂模糊相关模型。最后一个方面是,本文提出本地诊断决策和全球诊断决策的集成描述结构,并建立了分布式代理诊断系统结构及其原型模型系统了。诊断系统可以利用它们分发沟通机制,实现信息互通,实现分布式系统的信息交换和诊断,提高系统的可分为应用代理和服务代理,效率,安全性和错误放置问题交易。当模型在电力企业的安全监控系统被应用的结果是相似的专家系统,该模型克服了宝贵的监测诊断系统的许多不足之处,提高了企业的安全运行效率。与传统的诊断方法相比,该结果显示了分散域进行了特殊的优势。

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