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Stationarity of the Gabor basis and derivation of Janssen's formula

机译:jansen's公式的Gabor基础和推导的实用性

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The theory of stationary processes is applied to homogeneous functional sequences. Examples of time and frequency shifts and dilations are considered. It is proved that the functional sequences are homogeneous (stationary) and therefore correspond to a one-dimensional stationary vector field. The spectral properties of these sequences are explored. It is also shown that the Gabor expansion corresponds to a two-dimensional homogeneous vector field. The spectral properties of the Gabor (1946) expansion are considered, and the formula for the coefficients of the Gabor decomposition is derived.
机译:静止过程理论应用于均匀的官能序列。考虑时间和频移和扩张的示例。事实证明,功能序列是均匀的(静止的),因此对应于一维固定式矢量场。探索这些序列的光谱特性。还示出了Gabor膨胀对应于二维均匀矢量场。考虑了Gabor(1946)膨胀的光谱特性,衍生出咯的分解系数的公式。

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