空地导弹对机场封锁作战建模与仿真

Airfield Blocked Modeling and Simulation of Air-surface Missile

针对空地侵彻子母导弹封锁机场问题,建立了完整的机场封锁模型并进行计算机仿真。首先,研究了空地导弹瞄准点数量和瞄准点位置估计问题,建立了毁伤区估计模型;给出了侵彻子弹药的落点估计模型,进一步研究了子弹药毁伤模型;提出了瞄准区毁伤面积估计法,完成对机场封锁判断问题的描述;最后对机场封锁作战模型进行仿真,并通过仿真结果分析得出探索性结论:一定的条件下存在一个子弹数目区间和一系列进入角区间使得导弹对机场的封锁概率最大。

According to the problem on airfield blocked of surface-air intrusive submunition missile, new integrated models of airfield blocked were set up and simulated, First, the model of aim points was showed. It included the number of aim points and the position. And the destroy area was evaluated. Then the landing positions and the destroy models of the submunitions were showed. And a new method of judgment called aim-destroy-area estimated method supplied the integrated models of airfield blocked. At last, simulation of airfield blocked was processed. The results of simulation show an explored conclusion： the maximum probability of airfield blocked is restrained by the conditions such as a numbers interval of the submunitions and some enter angles.