现代雷达2025，Vol.47Issue(12)：32-41,10.DOI:10.16592/j.cnki.1004-7859.20240408001
利用微动有序性和极化信息检测丛林遮蔽静态人体目标
Detection of Stationary Human Target Hidden in Jungle Using Micromotion Order and Polarization Information
摘要
Abstract
Detecting stationary human targets in dense jungle holds significant importance for applications such as wilderness res-cues,counterterrorism and stability operations,and military reconnaissances.However,there are still challenges regarding the low signal-to-clutter-noise ratio and the difficulty in distinguishing stationary human targets from diverse,time-varying and perturbed fo-liage clutter in the time-frequency domain.To improve detection performances,a detection algorithm for stationary human targets hidden in jungle environments based on micromotion order is proposed.The impact of horizontal and vertical polarization on the de-tection performances of obscured stationary human targets is also analyzed.Data from detecting stationary human targets hidden in two typical jungle environments are collected using a foliage-penetrating,ultra-wideband,multi-transmitter and multi-receiver radar under both horizontal and vertical polarization conditions,and experimental results show that the proposed algorithm achieves an ac-curacy rate of 83.48％,a false alarm rate of 13.94％,and a miss rate of 20.27％respectively in detecting stationary human targets hidden in jungle environments,all being superior to those of the traditional two-dimensional ordered statistical constant false alarm rate detection algorithm.When penetrating through shrubs and trees separately,the performances of using horizontal and vertical polarization scheme respectively in detecting human targets are better.The experimental validation confirms the effectiveness and feasibility of the proposed algorithm.关键词
超宽带雷达/人体目标检测/叶簇穿透/极化Key words
ultra-wideband radar/human target detection/foliage penetration(FOPEN)/polarization分类
信息技术与安全科学引用本文复制引用
刘炳文,何密,魏良,曹濒月,平钦文..利用微动有序性和极化信息检测丛林遮蔽静态人体目标[J].现代雷达,2025,47(12):32-41,10.基金项目
部级研究生重点课题基金资助项目(JY2022B054) （JY2022B054）
重庆市自然科学基金面上资助项目(2023NSCQ-MSX0558) （2023NSCQ-MSX0558）
校级课题基金资助项目(2019XYY04) （2019XYY04）
