实现图像变换与目标跟踪应用OPENCV的源程序

m序列生成,可用于图象,音频置乱,如用于数字水印中可去除图象间的相关性

程序中包括图像处理的各种经典算法，如：二值化，均衡化，灰度切片，腐蚀膨胀，粗化细化，边缘提取等，有助于初学者掌握图像处理的VC编程方法。-Procedures include a variety of classic image processing algorithms, such as: Binarization, balanced, and gray-scale slices, corrosion expansion coarsening thinning, edge detection and so on, will help beginners master the VC image processing programming method.

给予偏微分方程的图像处理一书中的实验代码很全面 -Given partial differential equations of image processing of the experimental code book is very comprehensive

图像傅立叶变换(频域变换经典代码)，相信大家在学数字图像处理时，老师一般都要求学生用C++来实现图像Fourier变换，有了这个实例，就方便多了。_带图片可测试-images Fourier transform (frequency domain transform classic code), I believe we learn in digital image processing, teachers generally require students to use C Image Fourier transform, the existence of such examples, more convenient. _ Can be tested with pictures

region growing for image segmentation, code by Dkroon

彩色图像做差运算，并分RGB 以及亮度进行直方图统计，计算得到二阶导数为零的点，完全自主创作，效果理想-color image so poor operation and the hours for RGB and luminance histogram statistics, calculated second-order derivative of the zero point, entirely independent creation, the result is satisfactory

contourlet变换源代码,图象处理方面有广泛应用空间-MATLAB source code that implements the contourlet transform and its utility functions. See paper "The contourlet transform: an efficient directional multiresolution image representation" included in this zip file. -Contourlet transform source code, image processing has a broad application of space-MATLAB source code that implements the contourlet transform and its utility functions. See paper

经典提升97小波变换以及反变换，分别进行行列变换，实现多级变换。-Classical wavelet transform and upgrade the 97 anti-transform, respectively the ranks of transformation, the realization of multi-stage transformation.

将BMP,JPG格式的图片压缩处理，可以设置压缩质量，图片横宽比例。-To BMP, JPG image compression format, you can set the compression quality, pictures, cross-width ratio.

基于matlab的目标跟踪和识别的源代码，很不错。可以-Matlab-based target tracking and identification of the source code, is pretty good. Can