Strong Single Frequency Jamming Detection Method based on Adaptive Equalization Coefficients

Yanhui Qi, Xiaolu Yan, Weican Meng, Qingju He, Guangluan Xu, Xiao Deng
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Abstract

Serious jamming effect on the communication signal maybe comes from the result of single-frequency jamming which could concentrate energy applying into the transmitted spectra. Usually, the communication signal is covered by the jamming effect. In order to effectively detect the existence of single frequency interference signal or not, the paper presents a frequency domain abnormal phenomena detection method based on adaptive equalization coefficients. The proposed method directly transforms the calculated equalization coefficients into the frequency domain. Then, the existence of strong single-frequency interference signals can be directly detected online by observing the characteristics of the frequency domain. The simulation results show that this method has a good detection effect on strong single frequency jamming. The research shows that the mentioned detection method and the related anomaly recognition technology based on equalization coefficients can be used for jamming detection, and can provide a new technical approach for jamming detection.
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基于自适应均衡系数的强单频干扰检测方法
对通信信号造成严重干扰的原因可能是单频干扰,这种干扰可将能量集中应用于传输频谱。通常情况下,通信信号会被干扰信号覆盖。为了有效检测是否存在单频干扰信号,本文提出了一种基于自适应均衡系数的频域异常现象检测方法。该方法直接将计算出的均衡系数转换到频域。然后,通过观察频域特征,可直接在线检测是否存在强单频干扰信号。仿真结果表明,该方法对强单频干扰具有良好的检测效果。研究表明,上述检测方法和基于均衡系数的相关异常识别技术可用于干扰检测,为干扰检测提供了一种新的技术手段。
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