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Labview Based Empirical Mode Type Signal Decomposition Algorithm For Non-stationary signals

机译:基于Labview的非平稳信号经验模式类型信号分解算法

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This paper proposes a method to analyze non-linear signals in time domain more effectively. The noise variance is used as the threshold for denoising a signal using an improved empirical mode decomposition (EMD).The time domain is decomposed using EMD. Stationarity of a signal is not assumed as the IMFs differ with time. Therefore it is more apt for nonlinear signals compared to other methods such as Wavelets and Fourier. This way EMD is a more attracting method for analyzing signals from complex systems. For automation and measurement LabVIEW is a powerful and adaptable analysis and instrumentation software system. Since it is software based it ensures greater flexibility than standard laboratory instruments.
机译:提出了一种更有效的时域非线性信号分析方法。噪声方差用作使用改进的经验模式分解(EMD)进行信号降噪的阈值。使用EMD分解时域。由于IMF随时间变化,因此不假定信号的平稳性。因此,与诸如Wavelets和Fourier等其他方法相比,它更适合于非线性信号。这样,EMD是分析复杂系统信号的更具吸引力的方法。对于自动化和测量,LabVIEW是功能强大且适应性强的分析和仪器软件系统。由于它是基于软件的,因此可以确保比标准实验室仪器更大的灵活性。

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