M-FSK intra-pulse modulation analysis by Subspectral Decomposition Method

Z. Matousek, J. Ochodnicky, M. Babjak
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Abstract

The intra-pulse modulation analysis of a detected signal is a major task of an intelligent receiver, in various civilian and military applications. To determine a signal source signature (e.g. radar or jammer) with M-ary Frequency Shift Keying intra-pulse modulation (M-FSK intra-pulse modulation) in the recent hardware implementation of electronic intelligence system receivers is difficult to achieve. The system for recognition of unknown M-FSK intra-pulse modulated signals by new approach in signal analysis is proposed and described. In proposed system, the signal analysis is performed on the basis of Subspectral Decomposition Method (SDM). The SDM principle and results of simulation of M-FSK intra-pulse modulation signal recognition and decomposition are presented.
基于子谱分解的M-FSK脉冲内调制分析
在各种民用和军事应用中,对检测到的信号进行脉冲内调制分析是智能接收机的主要任务。在目前的电子情报系统接收机硬件实现中,用M-FSK脉冲内调制(M-FSK)来确定信号源特征(如雷达或干扰机)是很难实现的。提出并描述了一种利用信号分析新方法对M-FSK脉冲内调制信号进行识别的系统。在该系统中,基于子谱分解方法(SDM)对信号进行分析。介绍了SDM原理和M-FSK脉冲内调制信号识别与分解的仿真结果。
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