中文摘要：

为适应现代战争中目标速度与机动性的提高,增强高炮打击空中运动目标能力,需要充分发挥基于外弹道火控解算精度高的优点,并提高解算速度。通过整合外弹道实时解算和解命中迭代算法与初值选择,得到了一种完全基于外弹道解算的快速火控解算算法体系。经过仿真计算,并将仿真结果与射表数据对比,验证了外弹道实时解算的准确性。利用GDI＋图形功能基于C#语言仿真分析了匀速与匀加速直线运动目标的解命中问题,验证了算法的可行性,为火控系统的研制提供了参考。

英文摘要：

In order to adapt to the improved target speed and maneuverability in modern warfare, and enhance the capability of anti-aircraft gun to attack air moving target,it has to give full play to the trajectory based on fire control computation precision advantages and accelerate the calculating speed. Through the integration of the external ballistic real-time calculating with calculate iterative algorithm and initial choice,a completely based on the ballistic calculating rapid fire control decoding algorithm system is received. The simulation results verified the external trajectory real-time calculating accuracy when compared with the firing table data. The solving hit problem of uniform linear motion and acceleration linear motion is analyzed with the usage of GDI ＋ graphics functions and C# language. Analysis results show that the algorithm is feasible and provides a reference for fire-control system.