基于排队论的工程装备战场抢修力量配置策略研究

Research on Force Allocation Strategy of Engineering Equipment Battlefield Emergency Repair Based on Queuing Theory

针对工程装备战场抢修任务重而抢修力量有限的现状,将工程装备战场抢修视为一个排队服务过程,利用排队论分别建立了工程装备抢修力量在不同维修配置策略下的数学模型,并通过相关的基本数量指标的计算和分析确定不同战场抢修力量配置策略的优劣,以此选择最佳抢修力量配置策略,从而提高战时工程装备维修效率。

Because engineering equipment repair tasks in wartime is heavy and repair power is limited, the status quo of the heavy engineering equipment battlefield repair is regarded as a queuing service process, by using queuing theory respectively established engineering equipment repair strength under different maintenance allocation strategy, the mathematical model and through the relevant basic quantitative index calculation and analysis to determine the pros and cons of different battlefield repair power allocation strategy.