基于二人有限零和对策的防空兵火力分配方法

Weapon Assignment of Air-Defense Operation Based on Two-Person Finite Zero-Sum Game

为了优化防空作战过程中火力分配问题,使射击达到最佳效果,运用对策论、线性规划等理论方法,采用对策矩阵建立了防空火力分配的线性规划模型,并通过计算示例和计算机仿真初步预测了敌方的空袭兵器使用情况和我方相应的兵力分配对策。该模型建立的防空火力分配方法较好地满足了要地防空装备的战术应用问题,对提高作战效能具有一定的参考价值。

In order to optimize the weapon assignment for air-defense operation to meet the best firing effectiveness, this paper applies the game theory and the liner programming theory to establish the liner programming model of weapon assignment with matrix game. By a calculation example and simulation, it initially forecasts the application of foe air-attack weapons and the assignment of our countermeasures. This model can satisfy the tactics application of air-defense weapons for the protected focal projects, and provide reference for improving operation efficiency.