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其他 This is a package to calculate Discrete Fourier/Cosine/Sine Transforms of 1-dimensional sequences of
This is a package to calculate Discrete Fourier/Cosine/Sine Transforms of 1-dimensional sequences of length 2^N. This package contains C and Fortran FFT codes.
matlab例程 这是伯克里wavelet transforms一书中的例子的代码
这是伯克里wavelet transforms一书中的例子的代码，包括m文件和数据及图片。是从小波变换的基本到深入的许多个例子。
matlab例程 Cohen-Daubechies-Fauraue 9-7 Wavelet Transforms . CDF小波分解matlab源代码
Cohen-Daubechies-Fauraue 9-7 Wavelet Transforms . CDF小波分解matlab源代码
压缩解压 About transforms DCT using the separate cosine jpeg the compression the matlab source program, simpl
About transforms DCT using the separate cosine jpeg the compression the matlab source program, simple is practical, also has the annotation, very good reads. ,matlab,Wavelet
数学计算 lapped transforms for images. lapped transform is a very fast algorithm to replace dct.
lapped transforms for images. lapped transform is a very fast algorithm to replace dct.
matlab例程 Example - 3-D Stem Plot of an FFTFor example, fast Fourier transforms are calculated at points aroun
Example - 3-D Stem Plot of an FFTFor example, fast Fourier transforms are calculated at points around the unit circle on the complex plane. So, it is interesting to visualize the plot around the unit circle. Calculating the unit circle.
数据结构 the FXT library: fast transforms and low level algorithms. The package contains many algorithms for
the FXT library: fast transforms and low level algorithms. The package contains many algorithms for programmers: bit manipulation, fast othogonal transforms, arithmetic and number theory algorithms.
中间件编程 Fourier Transforms & FFT Algorithm Source Code
Fourier Transforms & FFT Algorithm Source Code
matlab例程 英文书《Fast Fourier Transforms, Second Edition》附带的MATLAB实例
英文书《Fast Fourier Transforms, Second Edition》附带的MATLAB实例
matlab例程 This package is a free collection of Matlab routines for computing wave atom transforms in one, two
This package is a free collection of Matlab routines for computing
wave atom transforms in one, two and three dimensions.