基于遗传算法的构筑急造军路工程机械运用优化配置

Optimal Allocation of Construction Machinery for Construction of Urgently Built Military Road Based on Genetic Algorithm

为解决战时合成部队工兵分队构筑急造军路工程机械编组配置的问题,运用遗传算法进行求解。根据战时机动工程保障中的构筑急造军路任务需求,对构筑急造军路任务进行分析,采用整数线性规划的方法建立工程机械优化配置模型,给出装备最优编配和最佳运用效能,并通过实例进行验证。分析结果表明:该方法为合成部队工兵分队构筑急造军路工程机械编组配置提供了优化途径,提高了工程机械优化配置的准确性。

In order to solve the problem of the formation and configuration of the construction machinery of the emergency military road in the engineering unit of the synthetic army in wartime,the genetic algorithm is used to solve the problem.According to the requirements of building emergency military road in wartime mobile engineering support,this paper analyzes the task of building emergency military road,establishes the optimal allocation model of construction machinery by using the method of integer linear programming,and gives the optimal allocation and application efficiency of equipment,and verifies it through an example.The analysis results show that this method provides an optimization way for the engineering unit of synthetic forces to construct the emergency military road construction machinery,and improves the accuracy of the optimal allocation of construction machinery.