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The blind harmonic signal extraction algorithm based on the steady-state point capture under the chaotic background

机译:混沌背景下基于稳态点捕获的盲谐波信号提取算法

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The key issue to verify the confidentiality and guarantee the security of the system is to extract the harmonic signal accurately under the chaotic background. The energy distribution of chaotic signal will affect the extraction of harmonic signal. Based on the background of three typical chaotic dynamic systems, this article analyses their spectrums and finds the energy concentrated area. We propose the solution of capturing chaotic system steady state point by solving the Lyapunov exponent and design a novel blind extraction algorithm of harmonic signal based on the capture of parameter iteration steady point. By comparing the simulation results, this algorithm can accurately extract the harmonic signals under the three typical chaotic backgrounds and provide an effective method for the safety verification of the chaotic secure communication system.
机译:验证机密性并保证系统安全性的关键问题是在混沌背景下准确提取谐波信号。混沌信号的能量分布会影响谐波信号的提取。基于三个典型混沌动力学系统的背景,本文分析了它们的频谱并找到了能量集中区域。提出了通过求解Lyapunov指数来捕获混沌系统稳态点的解决方案,并基于参数迭代稳态点的捕获设计了一种新颖的谐波信号盲提取算法。通过比较仿真结果,该算法可以准确地提取出三种典型混沌背景下的谐波信号,为混沌保密通信系统的安全验证提供了一种有效的方法。

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