An Identification Algorithm of Passive Millimeter Wave Detection Armored Targets Based on Signal Complexity

J. Feng, Xiaomin Zhang
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引用次数: 1

Abstract

In the past, there had been a higher error recognition rate when using passive millimeter wave technology identifled armored targets. In order to solve this problem, proposed a recognition method for armored targets based on signal complexity. Started from the passive millimeter wave radiation mechanism of armored targets, presented a concept, which named as signal complexity, analyzed the signal complexity of armored targets, and got its’ recognition algorithm. Simulation results show that it not only ensures the correct recognition rate of armored targets, but also greatly reduces the probability of mistakenly identifled the interference target (such as planer metal and ground water) as an armored target.
基于信号复杂度的被动毫米波探测装甲目标识别算法
以往使用无源毫米波技术识别装甲目标时,存在较高的误认率。为了解决这一问题,提出了一种基于信号复杂度的装甲目标识别方法。从装甲目标的无源毫米波辐射机理出发,提出了信号复杂度的概念,分析了装甲目标的信号复杂度,并给出了其识别算法。仿真结果表明,该方法不仅保证了装甲目标的正确识别率,而且大大降低了将干扰目标(如刨床金属和地下水)误识别为装甲目标的概率。
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