基于动态规划的阵地工程伪装作业方案优化方法

Optimization method of the camouflage operation scheme of position engineering based on dynamic programming

伪装作业的耗时直接关系到阵地整体作战准备周期。以最小化伪装作业时间成本实现伪装需求为目标,基于动态规划算法提出了阵地工程伪装作业时效关系模型,结合算例验证了模型的有效性,解决了伪装作业耗时与伪装效果间的矛盾,可供指挥员和参谋人员快速便捷的优化确定阵地伪装方案借鉴使用。

Camouflage is one of the most important measures to guarantee the safety and stability of position engineering.The time-consuming of camouflage operation is directly related to the overall combat preparation cycle of position engineering.Aiming at minimizing the camouflage time cost while satisfying the camouflage requirements,this paper proposes a time-effectiveness relationship model of camouflage operation in position engineering based on dynamic programming algorithm,whose effectiveness is verified as well.The contradiction between camouflage time-consuming and camouflage effect requirements in position engineering is alleviated,which can be used as a reference for commanders and staff to quickly and conveniently optimize and determine the position camouflage scheme.