基于多影响因素的反导拦截区域仿真

针对传统的反导防御系统拦截区域算法考虑因素单一,难以满足导弹攻防对抗对反导防御系统精确描述的需求,对拦截区域的主要影响因素进行了分析总结,提出并建立了一种考虑多影响因素(包括拦截武器最大拦截距离、多功能雷达方位角及探测角)的毁伤目标拦截区域计算模型。采用该模型对不同部署阵地和雷达探测角下的反导防御系统拦截区域求解,并给出仿真实例。结果表明,在一定条件下拦截区域面积随拦截武器系统最大拦截距离、多功能雷达方位角和探测角的增大而增大。该模型能够更加精确地计算出反导拦截区域的特性参数,可供导弹攻防对抗中防御方模型设计和参数设置引用与参考。

Simulation research of maneuver intercepting area based on multiple factors

For the weakness of the traditional method of the intercepting area of anti-missile defense system, which consideres only single factor and cannot describe the system exactly, the main factors of the intercepting area were analyzed and documented in this paper. The model of the maneuver intercepting area based on multifactor, including the interception of weapons, the maximum range, multi-function radar azimuth angle and detection angle, was proposed and developed. The maneuver intercepting area of anti-missile defense system was simulated for different positions and working sector attitudes with this model. An example was given. The result shows that the interception area increases with the increase of the maximum interception distance, the multi function radar azimuth angle and the detection angle of the interception weapon system under certain conditions. This method can calculate the parameters of the anti-missile interception area more accurately. The research results can provide model design and parameter setting for defense model in missile attack-defense system.