作　　者： (陈伟龙）; (陈春良）; (陈康柱）; (刘彦）; (王雄伟）;

机构地区： 装甲兵工程学院技术保障工程系,北京100072

出　　处： 《计算机测量与控制》 2017年第8期108-111,共4页

摘　　要： 针对一体化机动进攻作战中战场抢修任务动态分配缺乏定量化确定方法的问题,对数字化机步旅抢修任务动态调度的框架结构进行了研究;借鉴Hall三维结构方法论,从对象维、过程维和技术维3个维度建立了抢修任务动态调度的框架结构,并以此为基础,分析梳理出了抢修任务动态调度的7个核心子问题,总结了这些核心子问题的自身特性,为抢修任务动态调度的后续研究提供了宏观规划和微观指导。 This paper does a study on architecture of dynamic battlefield-rush-repair task scheduling problem for digitized mechanized -brigade in the offensive operation,aimed at solving the problem that dynamic scheduling of battlefield rush-repair task are lack of quantitative defining methods.According to Hall methodology,the architecture of dynamic battlefield-rush-repair task scheduling problem is built in three dimensions which include factor dimension,process dimension and technique dimension.And on this basis,the key sub problems and their characters of dynamic battlefield-rush-repair task scheduling problem are analyzed and summarized.This paper provides macro planning and micro guidance for follow-up study of dynamic battlefield-rush-repair task scheduling problem.

关 键 词： 战场抢修 任务分配 动态调度 框架结构 霍尔三维结构