摘要
针对指挥控制系统日趋复杂,装备测试诊断任务压力骤增的现状和装备智能化保障需要,提出了一种基于多Agent分布式指控装备远程智能监测诊断系统,结合某型军用指控系统,将智能代理技术引入远程监测及诊断领域,建立多Agent系统(MAS)的远程监测模型,运用分布式人工智能理论设计组建各功能Agent子系统,并分析了其通信机制及协调一致性等关键技术,实现了对某型复杂指控装备的远程监控及故障诊断任务;通过实验仿真运行,验证了该系统能较好实现装备保障需求,具有良好的时效性与可靠性。
For command and control systems become increasingly complex, the status quo of equipment test diagnosis task pressure surge and equipped with intelligent security needs, this paper puts forward a Multi--agent distributed equipment remote intelligent monito- ring and diagnosis system, combined with a certain type of military charge system, the intelligent Agent technology introduction of remote monitoring and diagnosis field, establish a multi Agent system （MAS） remote monitor model, by using the theory of distributed artificial in- telligence design each function Agent subsystem, and analyses the communication mechanism and key technology such as consistency, imple- ments the allegations of a certain type of complex equipment remote monitoring and fault diagnosis of the task. Verified by experimental sim- ulation run, the system can realize equipment safeguard demand, which has good timeliness and reliability.
出处
《计算机测量与控制》
2015年第5期1599-1601,1605,共4页
Computer Measurement &Control
基金
军内科研项目(JN[2012]DZ02号)
关键词
多AGENT
分布式
指挥控制装备
远程监测
故障诊断
multi--agent, distributed
command and control equipments
remote monitoring
fault diagnosis
