激光半主动制导武器作战配置建模与仿真

Modeling and Simulation of Semi-active Laser-guided Weapon Operation Deployment

为提高激光半主动制导武器作战效能,分析了激光目标指示器地域部署对激光制导武器作战时机与探测距离的影响,根据后向散射与探测灵敏度等因素,建立了指目/弹目距离与夹角数学模型,仿真计算出了指目/弹目距离变化曲线与夹角边界,提出了最大探测距离与最优攻击方向。结果可应用于激光半主动制导武器战术配置与试验训练方案设计。

In order to improve operational effectiveness of semi-active laser-guided weapon ,the impact of laser indicator deployment on the laser-guided weapon＇ s detecting distance and operation occasion was analyzed. The distance model and angle model of indicator-object/missile-object were established considering backscatter and detecting sensitivity factors, the maximum detecting distance and optimum attack heading were given through simulation and calculation. The result can be applied to semi-active laser-guided weapon tactic deployment and project design.