摘要
提出了多抢修点的机动抢修顺序决策优化问题,以抢修总耗时和总延迟时间为目标构建了综合决策目标函数;提出了基于遗传算法的抢修顺序决策优化方法。通过案例,验证了模型与求解算法的可行性。
The mobile battlefield repair sequence optimal decision-making problem was brought forward.The overall battlefield repair time and battlefield repair delay time were combined to build the objective function,and a solving method was proposed by application of genetic algorithm.The case study verified the feasibility of the model and the related solving method.
作者
王少华
董原生
吕会强
刘宏祥
彭正军
WANG Shaohua;DONG Yuansheng;LV Huiqiang;LIU Honxiang;PENG Zhengjun(Department of equipment support and Remanufacturing,Armored Corps College,Beijing 100072;Research and Academic Department of Armored Military Academy,Beijing 100072;The No.77626 th Troop of PLA,Lhasa 850000,China)
出处
《兵器装备工程学报》
CAS
北大核心
2018年第12期31-35,共5页
Journal of Ordnance Equipment Engineering
关键词
机动抢修
抢修顺序
决策优化
遗传算法
mobile battlefield repair
battlefield repair sequence
optimal decision-making
genetic algorithm
