大闭环校射最佳校正量预测模型

Foresee Model of Best Rectify Measure on Closed-Loop Spotting

为降低大闭环校射系统在进行射击误差实时校正时的难度和复杂性,建立大闭环校射最佳校正量的预测模型。分析大闭环校射的基本原理,研究导致脱靶量产生的各种误差因素,提出最佳校正量预测模型,并利用最佳校正量预测模型对脱靶量进行仿真计算,以验证模型的可行性。实验结果证明:该模型能提高小口径舰炮的快速反应能力和作战精度,有效解决脱靶量检测问题,增强舰炮武器系统的作战效能。

For lower difficulty and complexity of real time rectifying firing error of closed-loop spotting, establish foresee model of best rectify measure on closed-loop spotting. The basic principle of closed-loop spotting is analyzed, the various error factors which lead to miss distance is studied. The model of best rectify measure is established. Then use foresee model to simulate miss parameter and verify the feasibility of model. Experimental results show that the foresee model of best rectify measure can not only improve fast reaction ability and combat precision of small-bore warship cannon, resolve miss oarameter measure effectively, but also enhance the combat effectiveness of warship cannon weapon system.