摘要
测量雷达任务前必须进行标校以消除系统误差,通常使用方位标、距离标和光电综合标等标校设施进行标校,但有些临时阵地并不具备完整的标校设施,此时采用常规标校方法就存在一定的限制。文中通过对标校原理进行分析,设计了一种利用小型无人机加装GPS设备对精测雷达进行标校的方法。通过模拟数据解算证明该方法有效、可行,且得到了该方法的适用航线。该标校方法简便、快捷,具有不受场地和常规标校条件限制的优点。
Measurement radar must be calibrated to eliminate system error before execute the mission, and azimuth, range and optoelectronic integrated calibration facilities are generally used for calibration. But to some temporary positions without complete calibration facilities, calibration by using conventional calibration method is restricted. Through analysis of calibration principle, a calibration method for measurement radar is designed by using UAV with GPS. Simulation result proved that the method is effective and feasible, and suitable route can be obtained. The calibration method is simple and convenient, and is not restricted by site and conventional calibration conditions.
出处
《火控雷达技术》
2017年第1期73-78,共6页
Fire Control Radar Technology
