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A virtual instrument for time-frequency analysis

机译:用于时频分析的虚拟仪器

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摘要

A virtual instrument for time-frequency analysis is presented. Its realization is based on an order recursive approach to the time-frequency signal analysis. Starting from the short time Fourier transform and using the S-method, a distribution having the auto-terms concentrated as high as in the Wigner distribution, without cross-terms, may be obtained. The same relation is used in a recursive manner to produce higher order time-frequency representations without cross-terms. Thus, the introduction of this new virtual instrument for time-frequency analysis may be of help to the scientists and practitioners in signal analysis. Application of the instrument is demonstrated on several simulated and real data examples.
机译:提出了一种用于时频分析的虚拟仪器。它的实现基于时频信号分析的阶递归方法。从短时间傅立叶变换开始,并使用S方法,可以获得自动项的集中程度与维格纳分布中一样高的分布,而没有交叉项。以递归的方式使用相同的关系来生成没有交叉项的高阶时频表示。因此,引入这种用于时频分析的新虚拟仪器可能会对信号分析的科学家和从业人员有所帮助。在几个模拟和真实数据示例中演示了该仪器的应用。

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