无人艇防空机动模型及仿真分析

Analysis on Air Defense Maneuvering Model and Simulation of USV

基于水面无人艇搭载防空导弹执行防空反导任务这一作战样式,针对拦截导弹概率最大化目标下无人艇机动这一问题,构建物理模型对无人艇防空导弹跟踪区及射界进行了计算,求解了不同航路捷径条件下无人艇机动的最优解,并针对不同态势确定了无人艇机动方案,仿真结果表明,无人艇防空机动模型及机动方案合理有效。

Based on the combat style of unmanned surface vehicle(USV)equipped with air defense missiles performing air defense and anti-missile missions and the problem of USV maneuvering under the target of maximizing the probability of intercepting missiles,a model is constructed to calculate the tracking area and the shooting range of the USV.The optimal solution of USV maneuvering under different shortcuts is solved.The USV maneuvering scheme is determined for different situations.The simulation results show that the USV anti-aircraft maneuvering model and maneuvering scheme are reasonable and effective.