这是一个用mfc编写的能够实现自动关机功能的一个软件。请大家提出批评意见...

随机产生符号数和概率算法的实现 很使用 特别对图象处理-randomly generated number and the probability of achieving algorithm is to use a special pair of image processing

vc图像处理比较全面的程序，提供了图象直方图均衡，robert,sobel,prewitt,kirsch,gauss等方法的边缘检测运算，中值滤波，二维FFT变换和DCT变换，图象的反转，旋转等一些基本的图象模板变换和点变换的功能。目前只处理256*256的图象-vc images deal with more comprehensive procedures, provided the image histogram equalization, robert, sobel, prewitt, kirsch, gauss and other methods of edge detection operator, median filtering, two-dimensional FFT transform and DCT transform, image reversal, rotating images, such as some basic templates and point transform transform function. Currently only deal with 256* 256 image

基于OpenCV开发的道路交通视频的背景提取和前景提取。可对道路的背景进行提取和实时更新，从而提取出运动的车辆。-OpenCV on the development of road traffic video extraction and prospects of the background extraction. May be the background of road extraction and real-time updates, so extraction of moving vehicles.

调相制的C程序代码-phase modulation system of C code

图像的几种经典拼接算法，以及其他图像处理算法-Several classical image stitching algorithm, as well as other image processing algorithms

在MATLAB环境下，以上代码通过编译。P0311：利用巴特沃斯（Butterworth）低通滤波器对受噪声干扰的图像进行平滑处理 P0312：利用巴特沃斯（Butterworth）高通滤波器对图像进行锐化处理-In the MATLAB environment, the above code through the compiler. P0311: the use of Butterworth (Butterworth) low pass filter on the image noise by smoothing treatment P0312: the use of Butterworth (Butterworth) high-pass filter for sharpening images treatment

用matlab做的基于DCT变换的图像压缩源码，先把图像分成8X8 的子块，然后做DCT变换，再量化，在恢复重建图像-Using matlab to do DCT-based transform image compression source code, first image is divided into 8x8 sub-block, and then make DCT transform, and then quantified, at the resumption of the reconstructed image

该函数实现的是文章New edge-directed interpolation中的算法-it implements the method in new edge-directed interpolation

用Canny算子进行边缘检测 的 函数 文件，大家可以尝试的用用，都是基于matlab平台的。-Canny operator for edge detection function documents, we can try to use use are based on Matlab platform.

粒子系统模拟的下雨效果-simulate the raining by particle system