Image processing code, mainly because they face the automatic identification and...

这个程序是用来寻找定位图片中的物体的轮廓的，我试了一下效果非常好。用到了OpenCV编程，希望能给大家带来方便。-this procedure is used to find positioning objects in the picture of the outline, I tried it very good results. Depleted OpenCV program, in hopes of giving you convenience.

Visual C++实现动态图片的傅里叶变换（实时的）。图像处理的作业。-Visual C++ Realize dynamic picture of the Fourier transform (real time). Image processing operations.

这是一个关于数字图象平滑处理的vc++源代码 -This is a digital image smoothing on the vc source code

实现对图象的特殊处理，主要是曝光的处理。里面包括测试图像。-realization of the special image processing, the exposure is the main treatment. Includes test images.

何斌编写的VC++图像处理书籍的全部源代码-HE Bin, prepared by VC++ image processing source code of all books

This code implements the well-known Chan-Vese segmentation algorithm from the paper "Active Contours Without Edges." This technique deforms an initial curve so that it separates foreground from background based on the means of the two regions. The technique is very robust to initialization and gives very nice results when there is a difference between the foreground and background means. This code uses active contours and level sets in the implementation. It could also serve as a good framework for implementing all kinds of region-based active contour energies. 1.) Download 2.) Unzip 3.) Run >>region_seg_demo See this site for experiments, videos, and more information on segmentation, active contours, and level sets: [ http://www.shawnlankton.com/2007/05/active-contours/ ]

边缘检测图像应用高斯滤波器平滑图像，用双阈值算法检测和连接边缘。-Application of edge detection image smoothing Gaussian filter images, with dual-threshold algorithm for edge detection and connection.

图像质量评估程序，主要 用于遥感影像质量评估用C#编写-Image quality assessment procedures, mainly for remote sensing image quality assessment prepared using C#

图像处理，用于边缘检测，可以有很好的效果！有很好的清晰度！-Image processing for edge detection, can have good results! Has very good clarity!

walsh变换的算法实现，函数结构，很方便移植！-walsh transform algorithm, function structure, transplants easily!