利用VC++编的各种边缘检测源程序，对图像处理实用！

数字图像处理源代码（常用），压缩包解压时不需要密码。-Digital image processing source code (commonly used), the cabinet does not require a password when extracting.

通用的3*3模板的函数程序.上述代码在VC6.0，windows98下编译通过，运行正常，有兴趣的朋友可以稍加修改，将文中所述的功能添加到自己的应用程序当中去。-generic 3* 3 function template procedures. In the above code VC6.0. Compiling under Windows98, operating normally, the interest can be slightly modified friends, the text of the functions described in addition to their application to them.

提升法97经典程序此程序是矩阵实现，所以图像水平分量和垂直分量估计被交换位置 为了保证正交，所有边界处理，全部采用循环处理-upgrade classic procedures of this process is to achieve matrix, So images of horizontal component and the vertical component is estimated to be exchanged orthogonal position to ensure that all borders, the use of cycles

提取纹理特征，现在最流行的是gabor小波变换，它的集具有一定的方向性，和纹理特征吻合-Extraction of texture features, and now the most popular is the gabor wavelet transform, it sets a certain direction, and texture characteristics of anastomosis

期望输出是零延迟尖脉冲的维纳滤波。下下看，用用给反馈。-Desired output is zero-latency spikes of the Wiener filter. Under the circumstances, the use of used to the feedback.

视频分析中目标标定算法，包含很多经典的算法，非常实用，欢迎下载-ObjMark_For_TrackingAggregateTrajectory Hidden Markov Model algorithm package （HMM），Contains a lot of classical algorithms, very useful, please download

背景差分法（Frame difference）这种方法是基于前景和背景的不同场景，根据视频采集的背景信息获取更稳定的可信信息，计算前景中固定的背景像素差分，从而实现基于Su（pixel-based）和高端basic的融合区域（基于区域的）信息

图像处理常用算法程序，包括灰度变换、边缘检测、形态学预算，用VC实现-Image processing algorithms commonly used procedures, including gray-scale transform, edge detection, morphology of the budget implementation by VC

用于各种图像分割的算法 ，隐痛上传，从上面的边缘检测，二值化，区域分割一些经典的算法来加深对图像分割的理解。粗略分析了这些算法的优点很不足。对于课题算法的选取起了很大的帮助-for various image segmentation algorithm secret anguish uploads from above the edge detection, two values, Segmentation some classical algorithm for image segmentation deepen understanding. Rough analysis of the advantages of these algorithms are inadequate. Algorithm for the selection of topics has been most helpful

常用游戏图像处理,线性插值算法实现图像缩放、旋转详解,2D 游戏中的光照,动态模糊等-Common game image processing, linear interpolation algorithm to achieve image scaling, rotation, Xiang Jie, 2D game illumination, motion blur, etc.