基于选择性维修的装备战场抢修决策建模

装备战场抢修决策是在战场条件下对损伤装备进行抢修决策的过程。针对传统战场抢修决策缺乏定量模型支持的问题,综合考虑抢修时限要求、抢修器材约束、复杂抢修过程等实际情况,基于选择性维修理论,建立了面向随机任务的战场抢修决策模型,为优化生成装备战场抢修方案提供决策模型支持。研究结果表明,选择性维修可有效解决多资源约束情况下面向任务的装备战场抢修决策问题;通过优化抢修任务分工,可缩短装备抢修时间,能有效提高资源利用率和装备任务可靠度。

Equipment battlefield damage assessment and repair decision-makingmodeling based on selective maintenance

Battlefield damage assessment and repair decision-making is a process of deciding the repair techniques of damaged equipments under battlefield condition. Considering thelimited maintenance time, materials, and complicated maintenance process, a battlefield damage repair decision-making model for random mission based on selective maintenance isproposed, which provides the strong support for generating the optimal battlefield damage repair scheme. The results show that the selective maintenance can be used to solve theproblem of mission-oriented battlefield damage assessment and repair decision-making subject to multiple resources constraints. Scheduling maintenance tasks optimally can makefull use of the limited resources, reduce the maintenance time and improve mission reliability.