防空杀伤区拟合算法设计

Fitting algorithm design for destruction zone of air defense

为了给防空武器系统的使用提供更加有力的依据,在防空仿真系统的基础上,针对典型防空杀伤区的空间特性,设计了一种等间隔连续分割然后拟合求杀伤区的算法。算法先对防空理论杀伤区空间区域进行分割划分,求得一系列离散点,根据仿真系统得到的仿真数据计算这些离散点的杀伤概率,根据给定杀伤概率的要求拟合杀伤区。通过多次的仿真实验结果表明了算法的正确性和合理性,在防空杀伤区的计算上有一定的可行性。

In order to warrant the use of air defense system,according to the typical spatial characteristics of the air defense destruction zone,an algorithm for calculating the destruction zone based on the air defense simulation system is proposed.The algorithm utilizes continuous uniformly-spaced segmentation followed by fitting.The algorithm first splits the spaces of theoretical air defense destruction zone to obtain a series of discrete points.Then,the kill probabilities of these points are calculated based on the data obtained from the simulation system.Finally,the destruction zone fitting is carried out according to the given kill probabilities.The correctness and rationality of the proposed algorithm is verified through simulation experiments.Thus it is feasible for the air defense destruction zone calculation.