利用haar小波进行图像消除噪声 fir1: 1D filter

有关小波变换的Matlab程序，内容较为详实而且易懂，可以在其基础上编写自己的应用程序-the wavelet transform Matlab procedures, as more informative and easy to understand, in its own on the basis of the application procedures

小波图像处理C++源代码，拥有精美的用户图形窗口，二维小波 变换的代码在Wvtran.cpp中,可供参考学习小波变换.-Wavelet image processing C++ source code, with beautiful graphics window for users, two-dimensional wavelet transform Wvtran.cpp at the code,

可以用mallat分解的方法实现图像的正反变换-can Mallat decomposition method the pros and transform image

图像处理的源码，将原始图像二值化并并将其投影图显示出来，能运行，很不错。-Image processing source code, the original image binarization, and its projection display that can run very well.

The optimal wavelet function in wavelet based image compression system was examined using different -The optimal wavelet function in wavelet based image compression system was examined using different

2D_wavelet 小波变换，SPIHT编解码，改进SPIHT,零数编码，解码-2D_wavelet wavelet transform, SPIHT codecs, improved SPIHT, zero coding, Decoders

正交变换，包括离散余玄转换，快速浮离叶变换，小波变换等。-orthogonal transformation, including discrete Yuxuan conversion, floating from the fast Fourier transform, wavelet.

由于小波变换具有良好的时频分析特性，已经广泛应用于各种信号分析领域。由于小波变换算法的复杂性，如果直接计算小波变换，所需内存较大，耗时较长。尽管当今处理器芯片运算速度得到了大幅度的提高，但仍然在实时性上不能满足要求。为了简化计算过程，人们相继设计了一系列的快速算法来计算小波变换，以降低其运算次数。-Since the wavelet transform has good time-frequency analysis features, has been widely used in various fields of signal analysis. Wavelet transform algorithm as a result of the complexity, if the direct calculation of wavelet transform, the larger memory requirements, a longer time-consuming. Despite the computational speed of today

实现图像的正交变换，包括傅立叶变换，沃尔什变换，小波变换等-Realize the orthogonal transformation images, including Fourier transform, Walsh transform, wavelet transform, etc.

使用小波变换的图像边缘检测算法-use wavelet transform Edge Detection Algorithm