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CLASSIFICATION OF RADAR EMITTER SIGNALS BASED ON THE FEATURE OF TIME-FREQUENCY ATOMS

机译:基于时频原子特征的雷达发射极信号分类

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An effective approach based on the feature of time-frequency atoms for classification of the radar emitter signals is presented. Firstly, we introduce a fast matching pursuit (MP) algorithm, which using Improved Quantum Genetic Algorithm (IQGA) to reduce the time-complexity at each step of standard MP, to decompose the signal into a linear expansion of Gaussian Chirplet time-frequency atoms. Then, the atoms characteristics are re-extracted to constitute the strong- discrimination atoms feature vector. Experimental results of atoms feature extraction of 5 typical radar emitter signals shows that the atom features have good performances of clustering the same radar signals and separating the different radar signals, which confirms the validity and feasibility of the proposed scheme of signals classification.
机译:提出了一种基于用于分类雷达发射极信号的时频原子特征的有效方法。首先,我们引入了一种快速匹配的追求(MP)算法,它使用改进的量子遗传算法(IQGA)来降低标准MP的每个步骤的时间复杂度,以将信号分解为高斯啁啾时频原子的线性膨胀。然后,重新提取原子特性以构成强辨别原子特征向量。 5典型雷达发射极信号的原子特征提取的实验结果表明,原子特征具有聚类相同雷达信号的良好性能并分离不同的雷达信号,这证实了所提出的信号分类方案的有效性和可行性。

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