wavelet-

matlab svm 分类程序，适合7.0以上的版本(matlab svm classification procedures suitable version 7.0 or above)

Watershed transform segmentation des images avec ligndes de patrage des eaux over segmentation LPE

matlab图像处理实例详解chap6——图像复原技术(matlab image processing example explanation chap6- Image Restoration)

An important aspect of an ANN model is whether it needs guidance in learning or not. Based on the way they learn, all artificial neural networks can be divided into two learning categories - supervised and unsupervised. • In supervised learning, a desired output result for each input vector is required when the network is trained. An ANN of the supervised learning type, such as the multi-layer perceptron, uses the target result to guide the formation of the neural parameters. It is thus possible to make the neural network learn the behavior of the process under study. • In unsupervised learning, the training of the network is entirely data-driven and no target results for the input data vectors are provided. An ANN of the unsupervised learning type, such as the self-organizing map, can be used for clustering the input data and find features inherent to the problem.

国外的一个本科生做的Matlab的ＧＵＩ的界面，可以实现多维数据的谱聚类。(Foreign students to do the GUI Matlab interface, can achieve the spectral clustering of multi-dimensional data. Foreign students to do the GUI Matlab interface, can achieve the spectral clustering of multi-dimensional data.)

the same with the privious one.

用matlab编写的压缩解压缩程序，基于小波变换的是零树算法。(prepared using Matlab compression decompression procedures, based on wavelet transform is zero tree algorithm.)

这是CS-mRI代码,主要应用于医学磁共振图片的压缩感知处理代码(This is the CS-mRI code, mainly used in medical magnetic resonance image compression perceptual processing code)

该文件是我自编的FDTD 1D 2D 3D的入门MATLAB程序。然后包含一些贴片天线的代码。全是自编，点击可运行。(The files are the codes for FDTD coding including 1D 2D 3D using MATLAB. There are also codes for patch antenna modelling)

处理RD3格式的matlab工具包 ，主要实现rd3文件的读取(RD3 treatment matlab toolkit format, the main document read realize rd3)