陆战装备战场抢修力量优化配置建模与仿真

Modeling and Simulation of Battlefield Repair Manpower Optimal Allocation of Land Warfare Equipment

战场抢修力量是开展海军陆战装备战时抢修的主要保障资源和重要保证。在对装备战时发生战场损伤规律分析的基础上,提出了战损率计算模型;以战场抢修时间为主要评判标准,对战时陆战装备各损伤等级的比例划分进行了研究,得到了战损比例分布。分析了战时陆战装备抢修实施过程,给出了陆战装备战场抢修力量编组和配置,确定了抢修实施过程流程;基于Simio仿真平台建立了面向任务的损伤修复模型和抢修力量配置调动模型,并进行了实例分析与仿真,验证了各模型的适用性和有效性,为开展陆战装备战场抢修力量优化配置提供了方法支撑。

Rational allocation of battlefield repair manpower is the major support resources and guarantee in the implementation of the Marine land battle equipment repair during wartime.The calculation model of battlefield damage ratio for equipment was brought forward based on the analysis of wartime damage occurrence law of equipment,the distribute proportion to the damage level of land warfare equipment was researched taking battlefield salvage time as the main criteria,battle damage proportion distribution was obtained.The battlefield damage analysis and repair(BDAR) process for land warfare equipment was analyzed,correlated BDAR force grouping and configuration methods were demonstrated which made contribution to the construction of framework of BDAR implement process.Task-oriented repair model and BDAR manpower configuration & scheduling model was built based on Simio,the availability and effectiveness of each model was validated by example analysis and simulation,which has laid the foundation for the optimal allocation of BDAR manpower of land warfare.