摘要
野战装备维修中心地址的合理选择,是战时装备维修保障系统建设的重要环节。从实际需要和具体应用出发,通过对元胞自动机(CA)与多智能体(MAS)特性的分析,论证了将两者结合应用于野战装备维修中心选址建模与仿真问题的可行性,建立了基于元胞自动机与多智能体相结合的野战装备维修中心选址的环境层和主体层模型,最后应用Netlogo仿真平台,对模型进行了仿真。仿真结果表明,方法能够在距离、维修需求、交通因素等约束条件下,通过构建较为简单的规则模拟系统的演化过程,快速求得较好的选址结果,为战时装备保障体系建设规划提供参考。
How to select the location of a field maintenance center reasonably is an important part in the building of a equipment maintenance system in wartime. Considering practical applications, by analyzing the characteristic of Cellular Automata （CA） and Multi-Agent System （MAS）, this paper demonstrates the feasibility of introducing these two theories into the modeling and simulation of field maintenance center location. The environment layer model and agent layer model of field maintenance center location are established based on the combination of CA and MAS. Finally, Netlogo is applied to simulate the model. Simulation result shows that, under constraints of distance, requirement and the condition of traffic, this method can get a better location result quickly by simulating the evolvement of the system with simpler rule and give beneficial references to the schema of military equipment support system in wartime.
出处
《计算机仿真》
CSCD
2008年第11期13-16,共4页
Computer Simulation
基金
部委级项目支持(KJZ04140)
关键词
野战维修中心
选址模型
元胞自动机
多智能体系统
Field maintenance center
Location model
Cellular automata （CA）
Multi - agent system （MAS）
