战时装备维修保障资源优化模型

Study on Model for Equipment Maintaince Resource Optimization in Wartime

维修资源在抢修过程中的分配决定了抢修活动的平均处理时间和等待时间,针对抢修实施时维修资源的分配,研究资源的优化配置使抢修时间最小的问题。在抢修过程中使抢修时间最小的目标和约束条件下,提出了资源配置优化的排队模型,并结合遗传算法给出了求解最优配置模型的方法,通过实例分析说明了模型和方法的应用情况。资源配置优化模型和算法已成功应用于集群装备保障决策系统的开发。

The assignment of resource directily decides the average waiting and dealing time of each activity in battle damage repair. To minimize the repair time by properly allocating the resource is studied. Firstly, the objects and constraints for minimizing the average repair time are addressed. Then, the queue model of resource optimization with the minimal cost time is designed, and a genetic algorithm to resolve this optimization problem is presented. At last,an example is used to explain the model application. The optimization model and algorithm are developed in group equipment maintaince support decision system.