基于角跟踪的反直升机智能雷系统毁伤能力评估仿真

Evaluating Simulation for Damage Ability of BAT-AHM

基于角跟踪的反直升机智能雷系统(BAT-AHM)毁伤能力评估,根据其模型建立软件仿真系统。系统由目标、探测、预估解算、战斗部指向、战斗部、命中及毁伤能力计算模块组成。分别模拟目标作巡航飞行、平飞加速、跨越障碍机动、水平蛇行机动飞行时的动作。根据初拟的BAT-AHM系统参数,对目标实施攻击,对反直升机智能雷系统进行毁伤能力评估。仿真结果表明,初拟BAT-AHM系统参数精度可行。

The damage ability of BAT-AHM established software simulation system according to its model. The system consists of target module, detection module, pre-estimate resolving module, battle department pointing module, battle department module, and hitting the target and damage ability calculating module. The target actions of cruise flying, level accelerating, resolving obstacle move, level hunting move flying were simulated. According to the simulated BAT-AHM system parameters, the targets were attacked, and the damage ability of BAT-AHM was estimated. The simulation results showed that the simulated BAT-AHM system parameter precision was feasible.