摘要
将传统的多目标分辨算法(C2算法)应用于低角多径环境下目标俯仰角的跟踪测量,并在不同多径反射环境下对不同高度、不同飞行速度和飞行方向的目标进行了仿真,得到良好的仿真结果,表明该算法具有比较优良的抗多径干扰性能,通过对仿真结果的分析,验证了该算法在低空多径环境下目标俯仰角测量的有效性;将该方法应用于靶场雷达系统低空目标俯仰角的跟踪测量,可较大地提高测量精度,改善靶场测控系统的不足。
By means of the analysis based on the model of multipath reflection environment, a novel idea of using the traditional multi- target discrimination algorithm （C2） is developed to estimate the elevation angle of the low-altitude target. Throughout the simulation in some scenarios it can be validated that the method is effective and feasible for tracking the target in low altitude and multipath environment and it is fitting application in radar system of shooting range to improve the precision of low-altitude target elevation measurement.
出处
《计算机测量与控制》
CSCD
2006年第12期1654-1656,共3页
Computer Measurement &Control
关键词
低空/低角度目标测量
抗多径干扰
C^2算法
low-altitude/low angle target measurement
anti-multipath jamming
C2 algorithm
