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Y = fft2(X) returns the two-dimensional Fourier transform of a matrix using a fast Fourier transform algorithm, which is equivalent to computing fft(fft(X).').'.If X is a multidimensional array, then fft2 takes the 2-D transform of each dimension higher than 2. The output Y is the same size as X.

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MATLAB. Rubrique MATLAB Forum MATLAB . Accueil Forums Rubriques. Choisissez la catégorie, puis la rubrique : Accueil; DI/DSI Solutions d'entreprise. DI/DSI Solutions ...

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A. C. Kokaram 2 Transforms Overview † 2D Fourier Transform † Sampling Theorem † 2D Z-transform † 2D Filters and stability † Some applications and the need for non-linear ﬂlters

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Just as the Fourier transform of a 1D signal gives a set of numbers that we can think of as another signal, the Fourier transform of a 2D image gives us a 2D array that we can also think of as an \image" (although it will look nothing like the original image). In Matlab, we do this with the fft2 function. Let’s try this out.

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These web pages describe an implementation in Matlab of the discrete wavelet transforms (DWT). The programs for 1D, 2D, and 3D signals are described separately, but they all follow the same structure. Examples of how to use the programs for 1D signals, 2D images and 3D video clips are also described.

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Jun 20, 2011 · The 2D Fourier Transform is an indispensable tool in many fields, including image processing, radar, optics and machine vision. In image processing, the 2D Fourier Transform allows one to see the frequency spectrum of the data in both dimensions and lets one visualize filtering operations more easily.