基于逆抛物方程法的有源目标探测定位
arget localization method based on Inverse Parabolic Equations
在传统双向抛物方程模型的基础上,应用逆抛物方程法对二维空间的目标探测问题展开研究。通过双向抛物方程计算出目标的回波信号,采用时间反演自适应消除法滤除背景散射体的杂波信号,采用逆抛物方程法反演空间场分布,并通过寻找最大场强坐标的方式来近似估计目标位置,从而有效地进行目标定位。最后对平静海面上的探测过程进行仿真模拟,结果表明:该方法能够取得较高的定位精度和重要的意义。
Wave propagation in irregular topography and inhomogeneous medium environment can be calculated via split step Fourier Transform algorithm, the inverse parabolic equation method could effectively position the source location in complex environments, however, directly extend this algorithm to the field of active radar target detection will meet several difficults.This letter combines the two-way parabolic equation method, time reversal adaptive interference cancellation algorithm and inverse parabolic equation,the combined algorithm have the ability to eliminate the background clutter echo effectively and positioning accuracy can be validated by numerical simulation.
张青洪、周亮、廖成、盛楠
雷达电子对抗
抛物方程双向抛物方程逆抛物方程目标定位
parabolic equationstwo-way parabolic equationinverse parabolic equationtarget localization
张青洪,周亮,廖成,盛楠.基于逆抛物方程法的有源目标探测定位[EB/OL].(2014-11-28)[2025-08-19].http://www.paper.edu.cn/releasepaper/content/201411-557.点此复制
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