面向多阶段任务的武器系统备件优化配置建模

资源优化配置是作战单元维修保障的关键因素.当作战单元执行单阶段任务时,讨论了部件结构为串联系统和k/n系统的任务成功概率建模问题,在此基础上,建立了k/n结构动态变化的多阶段任务系统的任务成功概率模型.在满足系统任务成功概率约束条件下,给出了防空作战单元备件携行量优化模型,并运用边际分析法进行了求解,通过示例表明了模型的正确性.

Spare Optimization Modeling of Phased-Mission System for Air-Defense Combat Unit

Resource optimization allotment is a key issue for maintenance support of combat unit.We discussed the problem of mission availability modeling of single phased-mission system when component configuration of air-defense combat unit is a series system or k/n system,on the base of these researches,established mission availability models of phased-mission systems with variable k and n.We proposed optimization models for the amounts of carried spare parts of air-defense combat unit with constraints on mission availability,and solved them using marginal analysis algorithm.An example and the application show effectiveness of these models.