为了提高反直升机武器系统的封控效能,文中针对无人值守反直升机智能弹药作用特性,基于目标距离、速度和俯仰角信息,通过航路捷径预测和发射时间解算,建立了系统火力决策算法模型,确定了系统最佳发射时机。仿真结果表明,该火力决策算法能够实现系统对通过封控区域目标的有效攻击。

To enhance the blocked effectiveness of anti-helicopter weapon system, according to operating characteristics of unattended anti-helicopter intelligent ammunition, based on distance, speed and pitch angle of a target, through prediction of course shortcut and calculation of launch time, a model of firepower decision-making algorithm was established and the best opportunity of launching was determined. The simulation results present that the algorithm is effective on target attack through the blocked area.