摘要
在现代战争中如何利用有限资源对多批来袭目标进行最优排序拦截和资源最佳分配成为一个重要问题,文中采用了一种动态规划算法对不平衡来袭目标进行优化计算,通过建立动态模型,确定状态变量、决策变量以及各个阶段的指标函数值并定义来袭飞机到要地的距离、速度参数以及我方导弹的攻击参数,将参数带入实例进行计算,可以有效得到最优解,使得武器系统能最大化拦截目标,提高了武器系统的拦截能力,得出该动态规划的优化算法是快速有效的。
How to use limited resources to optimally sort and intercept multiple batches of incoming targets in modern warfare becomes an important issue.This article uses a dynamic programming algorithm for optimization of unbalanced attack targets.Through the establishment of dynamic model,determine state variables,decision variables and values of the indicator functions and at all stages of the definition of incoming aircraft to locations of distance and speed parameters,and our missile attack parameters.The parameters to calculate instance,can effectively be the optimal solution,makes weapons systems to maximize intercept,improved the weapon system’s interception capability.It is concluded that the optimization algorithm of dynamic programming is fast and effective.
作者
张乾
张强
ZHANG Qian;ZHANG Qiang(Xi’an Electronic Engineering Research Institute,Xi’an 710100,China)
出处
《电子设计工程》
2021年第3期104-107,共4页
Electronic Design Engineering
关键词
防空武器系统
不平衡目标分配
非线性规划
威胁评估
动态规划算法
air defense weapon system
unbalanced target allocation
nonlinear programming
threat assessment
dynamic programming algorithm
