对激光精确制导武器干扰效果仿真评估标准初探

为了解决对激光精确制导武器干扰效果仿真评估的问题，需要利用闭环实验方法获得的激光精确制导武器落点进行评估并建立以落点为评价对象的效果评估标准。文中采用概率论与数理统计方法得到了对激光精确制导武器干扰效果仿真评估标准建立方法，采用柯尔莫哥罗夫-斯米尔诺夫检验手段确定了某激光精确制导武器的落点分布规律并建立了对该激光精确制导武器角度欺骗干扰效果评估标准，评估了某角度欺骗干扰设备对该激光精确制导武器的干扰效果。该标准可以较为准确地评估角度欺骗干扰设备对激光精确制导武器的干扰效果，初步解决了对激光精确制导武器干扰效果数学仿真评估的问题。

Preliminary study on evaluation criterion to laser precision guided weapon by jamming

A method of evaluation criterion was required to evaluate the jamming effects at laser precision guided weapon by hitpoints. The hitpoints of laser precision guided weapon was acquired from photoelectric hardware-in-the-loop simulation tests. With probability theory and mathematical statistics, the method of evaluation criterion was built. The distribution principle of a laser guided bomb was proved by Kolmogorov-Smirnov test, and an evaluation criterion to evaluate the angle deception jamming effects at a laser guided bomb was made by the method. The evaluation criterion was used to evaluate jamming effects of an angle deception equipment to the laser guided bomb. The method of evaluation criterion, which was a preliminary studies on evaluation criterion, was proved proper by the evaluation.