基于多Agent仿真的装备保障体系供应保障系统设计与实现

Design and Implementation for the Supply Support System of Equipment Support System of Systems Based on Multi-Agent Simulation

针对部队装备保障运行的实际情况,采用多Agent仿真的方法,基于Kraljic模型将装甲装备器材分为重要器材、关键器材、一般器材和稀缺器材,并以此为基础构建了装备保障体系供应保障系统。分析了系统的整体结构以及系统中器材仓库的外部接口和内部器材请领流程,并以某集团军各级器材仓库为研究对象进行了仿真实例分析。实践证明,采用多Agent仿真的方法研究装备保障体系供应保障活动具备可行性和有效性,有利于宏观把握部队装备保障的运行规律,提高部队装备保障能力。

According to the actual situation of the army equipment support, this paper establishes a simulation model of the supply support system for the equipment support system of systems based on the multi?agent simulation method and the kraljic model, which mainly include the important material, the key material, the general material and the scarce material as the four main classification of the army equipment material. Then the paper analyzes the overall structure, the external interface and the internal process of the material warehouse. Finally, the paper gives a simulation case of the group army? equipment support forces, and it is feasible and effective to study the supply support activity from using the multi?agent simulation meth?od. On the basis of that, it is beneficial to grasp the operating rules of the equipment support and improve the equipment sup?port capability.