对海目标识别中舰载预警直升机引导舰载无人机的方法及阵位配置

针对水面舰艇编队对海攻击时的目标识别需求，提出了舰载预警直升机引导舰载无人机实施对海目标识别的协同样式。从引导识别的基本过程入手，建立了舰载无人机占领预定识别阵位的运动要素计算模型；基于以最短时间到达预定识别阵位的要求，建立了舰载无人机目标识别时，相对舰载预警直升机阵位配置的拟合模型，并针对舰载无人机识别时的反应时间和识别距离，建立了舰载无人机阵位配置的修正模型，为水面舰艇编队对海攻击中的目标识别提供了新手段。

Method and Spacial Deployment of Shipborne Early-Warning Helicopter Guiding Shipborne UAV to Target Identification on Sea

Aimming at the demand on the surface ship formation indentifying the object in sea warfare, the synergistic meth?od of shipborne early?warning helicopter guiding shipborne UVA to indentify targets on sea is proposed. Starting from the bas?ic process of Guiding, the motive element calculation model of UVA dominating the predicted identification station is estab?lished. Based on the requirement of arriving at the predicted identification station in the minimum time, the relative fitting model of the shipborne early?warning helicopter station allocation is established upon UVA identifying the object. And aiming at the reaction time and identifying distance capacities of UVA, the adjustment model of UVA special deployment is estab?lished, which provides the new approach of the surface ship formation identifying the object upon sea attack.