bibmas

选取读入一份彩色图像，在运行Untitled.m程序时：先用鼠标交互的选取一个颜色区域作为你要与其他色彩分割的目标，，鼠标选取好后，按ENTER健后出现进行分割出现结果。 (Select a color image read in the run Untitled.m program: the first interaction with the mouse, select a color region as the color you want to split with other goals, the mouse selection is completed, press ENTER health appeared after the results of segmentation .)

图像的旋转变换的matlab程序，里面有程序的运行结果，附带图片(matlab correction image)

内含多个MIMO-OFDM信道评估程序：MIMO-OFDM不同信道估计的对比、OFDMexample(程序源码和SIMULINK平台仿真)等！(Contains multiple MIMO-OFDM channel assessment procedure: MIMO-OFDM channel estimation with different contrast, OFDMexample (program source code and SIMULINK simulation platform) and so on!)

这个包包含以下文件和目录: 1)设置。m:执行该文件设置了正确的路径运行任何代码之前。 2)编译墨西哥人。m:编译所有的墨西哥人文件需要由不同的分割方法。 3)数据:目录图片和储蓄和segmentations笔触。 4)包装:这个目录包含不同的包来实现所有的算法。 5)ui:这个目录包含代码的用户界面。 ( This package contains the following files and directories: 1) setup.m: Execute this file to setup up paths properly before running any code. 2) compile_mex.m: Compiles all the mex files needed by different segmentation methods. 3) data: Directory for images and saving brush strokes and segmentations. 4) packages: This directory contains different packages for implementing all the algorithms. 5) ui: This directory contains code for the user interface.)

XPPOUT latest, Window GUI

veterbi code in matlab programme

说明：  可以很好的对图像数据进行前处理，对后出数据优化设计(Can be a good pre-processing the image data, after the data on the optimal design)

Three phase distribution system line parameters measurements

非线性格兰杰granger因果关系检验，直接点击c-code文件夹下的hjt2_tval.exe即可(non-linear granger tests)

基于插值的超分辨率NEDI算法,用matlab实现(The super-resolution interpolation algorithm based NEDI)