图像的快速傅立叶变换，基于VC++开发平台。

用VC做的运动检测系统，采用模板匹配的思想比较不同的图像，查看事物是否运动。-VC to do with the motion detection system that uses template matching to compare different images of the idea to see whether the movement of things.

边缘检测及轮廓跟踪的VC程序，学习图像处理的好帮手，能进行二次开发-Edge detection and contour tracing the VC process, learning a good helper image processing can also conduct secondary development

均值滤波对高斯噪声的效果 二维自适应维纳滤波对高斯噪声的滤除效果 对加入椒盐噪声的图像分别作均值、中值和维纳滤波 分别使用二维统计滤波对椒盐噪声和高斯噪声进行滤波 利用wrcoef2函数进行图像去噪-Mean filter on the effect of Gaussian noise two-dimensional Adaptive Wiener filtering of the Gaussian noise filtering effect the image to join Salt and pepper noise, respectively for the mean, median and Wiener filtering respectively, using two-dimensional statistical filtering of the Salt & Pepper noise and Gaussian noise filter the use of image denoising wrcoef2 function

黑魔方图象处理代码，适用vc++开发。很实用-image processing code applies vc development. Practical

近邻法的matlab 程序,采用1近邻法,多分剪辑的方式,有助于对近邻法的理解-Matlab neighbor law procedures, the use of one neighbor method, multi-way sub-clips, contribute to the understanding of neighbors Law

Visual C++MATLAB图像处理与识别实用案例精选之取指数算法的源程序，含测试图片-Visual C MATLAB image processing and recognition of practical cases selected for admission index algorithm source code , containing pictures test

包括Canny边缘检测算子、罗伯特(Roberts)边缘检测算子、索伯尔(Sobel)边缘检测算子、普瑞维特(Prewitt)边缘检测算子、克瑞斯(Krisch)边缘检测算子和高斯－拉普拉斯(LoG-Laplacian)算子等。-Includes Canny edge detection operator, Robert (Roberts) edge detection operator,索伯尔(Sobel) edge detection operator,普瑞维特(Prewitt) edge detection operator, Chris (Krisch) edge detection operator and Gauss- Laplace (LoG-Laplacian) operator and so on.

visual c++数字图象处理典型算法及实现-visual c++ typical digital image processing algorithm and realize

此程序可以对灰度图像实现二值化处理,为函数形式,只要在命令窗口中就能实现-This procedure can achieve gray image binarization processing, for the function of the form, as long as the command window will be able to realize

这是一个关于数字图像处理细化和膨胀的源代码。-This is a digital image processing on refinement and expansion of the source code.