这是《Visual C++实现MPEG_JPEG编解码技术》的书的源代码。

This Matlab code implements an edge based geometric active contour model without reinitialization. MATLAB Release: R13SP1 This Matlab code implements the level set method in Chunming Li et al s paper "Level Set Evolution without Re-initialization: A New Variational Formulation", in IEEE Proc. of CVPR 2005. EVOLUTION.m: core function that performs level set evolution. Demo1.m: a demo for a real cell images Demo2.m: a demo for a synthetic noisy image Demo1_ManualBinaryInitial: demo for the same image in Demo1, allows manual initialization by the user Demo2_ManualBinaryInitial: demo for the same image in Demo2, allows manual initialization by the user

这是印章鉴定系统中的重要算法，包括去除背景，基于矩不变量的识别方法等，对实际中印章鉴定系统的设计有很大的帮助。-Identification System in the algorithm, including the removal of background, for the moment invariant recognition method, which seals the actual identification system design will be very helpful.

bmptodcm完整版本,可编译,http://cimg.sourceforge.net/download.shtml 下载Cimg -bmptodcm full version can be compiled, http://cimg.sourceforge.net/download.shtml download CIMG

matlab源程序 纹理图像分割 利用小波变换提取系数-matlab source texture image segmentation using wavelet transform coefficient extraction

基于kmeans的图像分割算法，首先得到图像，再确定分类，并计算各分类的均值，从而得到各个像素的分类。-Kmeans-based image segmentation algorithm, first of all get the image, and then determine the classification, and calculate the various categories mean, and thus obtain the classification of each pixel.

该程序能通过加标签将模拟表盘得刻度删除掉！通过大量得图片都能得到很好得效果！-through the process of labeling analog dial in the calibration deleted! Through a picture can be a very good result!

用c实现的一些图像处理算法（第一部分），对图像处理初学者很有帮助。-no

中科院开发的医学影像相关功能源码！-Chinese Academy of Sciences the development of medical imaging-related features source!

实现了C#的基本的图像处理功能，需要者请下载-C# implements the basic image processing functions required, please download the

实现各种基础的图象处理功能，例如傅里叶变换，图像滤波，平滑锐化，直方图-based on the realization of various image processing functions, such as Fourier transform, image filtering, smoothing sharpening, histogram