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首页> 外文期刊>The Open Automation and Control Systems Journal >Design of A Multi-agent System for Aero Engine Health Management
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Design of A Multi-agent System for Aero Engine Health Management

机译:航空发动机健康管理多智能体系统设计

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摘要

For the four processes of aero engine health management, which are composed of condition monitoring, diagnostics,prognostics and prescriptive action, a four-layer architecture of aero engine health management divided into datalayer, transaction layer, decision layer and users layer, is designed based on multi-agent. Corresponding to the function ofeach layer, six agent roles are defined, such as condition monitoring, information fusion, fault diagnosis, task consultation,rules management and human-computer interaction. FIPA ACL (Agent Communication Language)is the foundation formulti-agent interaction. The various steps involved in developing a multi-agent system using JADE (Java Agent DevelopmentFramework) are discussed. This paper provides theoretical conception for intelligent monitoring and intelligentfault diagnosis of aero engine, and for further research of multi-agent collaboration on multi-agent system.
机译:针对航空发动机健康管理的四个过程,包括状态监测,诊断,预测和指示性行为,设计了一个航空发动机健康管理的四层体系结构,分为数据层,事务层,决策层和用户层。在多代理上。对应于每个层的功能,定义了六个代理角色,如状态监视,信息融合,故障诊断,任务咨询,规则管理和人机交互。 FIPA ACL(代理通信语言)是多代理交互的基础。讨论了使用JADE(Java代理开发框架)开发多代理系统所涉及的各个步骤。本文为航空发动机的智能监控和智能故障诊断,以及在多智能体系统上进行多智能体协作的进一步研究提供了理论构想。

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