基于多智能体的备件需求仿真模型

摘要

On the basis of thorough analysis on the charateristics of m-maintenance policy in UN redundancy system, the spare parts requirements model based on Multi-Agent simulation is presented. The simulation represents the two objects as two kind of Agents: Shop Replaceable Unit(SRU) Agent for working component and SparePart Agent for spare parts, and the state chart models are constructed for both Agents. The control of states for each agent is event-driven, which can inderectly control the system behavior. The effectiveness of the approach is testified by an example.%分析m维修策略在k/N冗余系统的使用特点,提出基于多智能体的备件需求量仿真模型.将工作部件和备件分别用2种Agent表示,即部件(SRU)Agent和备件(SparePart)Agent,并构建各自的状态机模型.采用事件驱动方式控制各个Agent的状态变化,从而间接控制系统的行为.通过算例验证了该方法的适用性.