摘要
针对复杂装备抢修现实问题,提出了构建虚拟抢修任务系统概念模型,建立了其系统框架,并搭建了基于多Agent的系统结构,分析确定了系统运行的事件驱动机制。在完成该Agent系统实现方法、系统行为及Agent行为推理的Petri网模型研究之后,设计实现了该虚拟抢修任务系统。该系统对于优化复杂装备的抢修性设计,提高装备使用单位抢修水平都有一定的借鉴和指导意义,可以有效地解决复杂装备现实抢修面临的诸多问题。
Aimed at the real problem of complex equipments BDAR, the concept model of virtual BDAR mission system is brought forward, and its system frame is set up, then its system structure is established, finally the event driving mechanism of running the system is analyzed and given. After the Petri net models of fulfilling method, system behavior and the agent behavior reasoning studied, the virtual BDAR mission system is designed and implemented. The system would be guidable to optimize the BDAR design of complex equipments and improve the BDAR level of its application units, so it can be effective to solve some problems faced by the real BDAR of complex equipments.
出处
《计算机工程与设计》
CSCD
北大核心
2009年第22期5147-5150,共4页
Computer Engineering and Design
关键词
复杂装备
虚拟抢修
多AGENT
通信机制
行为建模
complex equipment
virtual BDAR
multi-agent
communication mechanism
behavior modeling
