摘要
针对战时工程装备抢修调度方案不合理的问题,运用排队论的原理和方法对战时工程装备抢修任务进行建模。结合战时实际特点,对不同排队模型效率进行对比,将战损的工程装备队列进行优先权等级划分,以工程装备完好率为目标,确定配置维修小组的最小数量,实现了战时工程装备抢修任务调度的优化,并以实例进行计算分析。分析结果表明,该模型是可行的,能实现排队策略的优化。
Aiming at the bad repair scheduling of engineering equipment in battlefield, use the queuing theory and method to establish the repair task model. Combining with actual conditions in battlefield, realize the queuing model optimum by comparing the efficiency of different model. The priority of damaged engineering equipment was divided into levels, confirm the minimum of repair group by the intact rate of engineering equipment, realized the optimization of repair scheduling in battlefield, and use example to calculate and analyze. The analysis results showed that the model can realize the optimization of queuing theory.
出处
《兵工自动化》
2012年第10期29-32,共4页
Ordnance Industry Automation
关键词
排队论
工程装备
抢修任务
调度
queuing theory
engineering equipment
repair task
scheduling
