ARM对舰载雷达系统综合毁伤模型研究

Damage Model of ARM to Ship-borne Radar System

舰载雷达系统具有组成雷达数量多、分布密集的特点,反辐射导弹(Anti-Radiation Missile,ARM)对其进行多次攻击时,对各舰载雷达捕捉和毁伤概率都有可能发生变化。通过分析ARM对舰载雷达系统探测和捕捉条件,建立了一种基于马尔可夫过程的ARM对舰载雷达系统毁伤模型。仿真结果表明,该模型可以动态地反映在ARM实施多次攻击下舰载雷达系统毁伤过程的变化规律,可以为反舰作战中ARM作战需求分析和效能评估提供有益参考。

As the ship-borne radar system is composed of multi radars which are densely distributed, acquire probability and damage probability of ARM to each radar may change at each attack of ARM. By analyzing detective and acquire conditions of ARM, damage model of ARM to ship-borne radar system is built basing on Markov process. Simulation results show that this model can reflect on the change law of damage process on attack of ARM, which can be referred by operational requirements and effectiveness evaluation of ARM.