摘要
基于OODA环路思想,建立对面目标打击的察打一体化全流程过程,探讨传感器在打击过程中对杀伤力效能的影响,建立了从传感器探测到打击效能评估的全过程数学模型,并以不同传感器定位误差为变量,通过蒙特卡罗仿真方法分别分析了定位误差对多种制导武器命中概率的影响,仿真结果表明传感器对打击效能有直接的影响,当武器毁伤半径大于制导精度时,控制传感器定位误差低于武器制导精度可以有效保障武器命中概率。
An integrated reconnaissance and strike procedure is established based on OODA loop, and the effect of strike efficiency is discussed. The model is set up from sensor detection to efficiency evaluation with different sensor location error multiform guiding weaponry hit probability is analyzed by Carlo emulation mode. The results show that the system hit probability will be guaranteed when the sensor location error is less than the weapon guidance accuracy.
作者
张弋
ZHANG Yi(China Electronics Technology Group Corporation No.10 Research Institute,Chengdu 610000,China)
出处
《指挥控制与仿真》
2019年第3期67-70,共4页
Command Control & Simulation
关键词
导航精度
探测精度
定位误差
制导精度
命中概率
navigation accuracy
detection accuracy
location error
guidance accuracy
hit probability
