C#写的滤波程序，通常的图像处理源码都是VC写的，这个是C#的，可以做高斯滤波等...

自己用C语言编写的中点画圆算法，根据用户输入的圆心坐标和半径画出相应的圆形。-own use C language prepared by the midpoint drawcircle algorithm, According to user input center coordinates and radius of the circle corresponding paint.

完整的DICOM医学图象浏览，可以读出DICOM图象，及其属性。并且把JPEG图象和 BMP图象转换为DICOM图象。并实现视频，AVI接口-A complete dicom image biewer, which can read the dicom image, and its properties and put the Jpg and Bmp image to Dicom format. It also realize the video and avi interface.

一个视频运动目标检测的代码，算法采用VC编写，很不错的-A video moving target detection code algorithm uses VC to prepare, very good

VC++开发,实现绘图和操作,可以在此基础上进行添加和修改-VC++ Development, mapping and realize the operation can be carried out on this basis to add and modify

用MATLAB解决遗传算法的问题,不需要用MATLAB遗传算法工具箱函数-MATLAB genetic algorithm to solve the problem, no genetic algorithms using MATLAB toolbox function

针对平行结构立体摄像机存在较大的遮挡边界区域问题，本文提出了一种基于可信图的遮挡 边界检测算法．首先通过采样计算立体图像对中几条扫描线的可信值，从而得到遮挡边界的若干采 样点；然后通过RANSAC算法得到遮挡边界．理论和实验分析表明该算法对复杂背景的立体图像有好 的检测精度；对人肩像等简单背景图像的检测精度不好，但通过校正后仍可得到较准确的遮挡边界．-Aimed at the existence of large occluded regions in stereo image pairs obtained from stereo camera pairs，an algorithm which can detect occluded boundary areas based on reliability map is proposed．Firstly，a number of sampled occluded boundary points are obtained by calculating reliability of the disparity on the corresponding sampled scan lines；secondly，the boundary line is calculated by RANSAC method．Theoretical and experimental analyses show that the proposed algorithm gives good boundary detection accuracies for stereo images with complex backgrounds． But for stereo images with homogenous background，results are not good，however the algorithm can also give relatively good accuracies after certain correction．

北京大学遥感所的研究生图像处理讲义高级遥感数字图像处理（硕士生课程）之第十一章 维纳滤波器-Peking University

图像编程的交通红灯斑马线监控系统源代码的实现-images of traffic crossing the red light monitoring system source code to achieve

和3维相关的一系列代码，文件需要自己组装-and three-dimensional related to the series of code, documentation needs its own assembly

我们要创建我们的第一个3D对象：立方体。为了要显示它是真正的3D对象，呵呵，我们要旋转它，这样，你将会看到它的各个面。记住：所有的3D对象都是由三角形构成的（译者：神奇的三角形啊…读者：又来了），所以，我们的立方体是由12个三角形构成的（6个面，每个面需要2个三角形，二六一十二，乘法口诀，会不？）。-we must establish our first 3D objects : cube. To show that i s true 3D objects, huh, we should rotating it, then you will see all its surface. Remember : All 3D objects are constituted by the triangle (Translator : magic triangle ah ... Readers : Here we go again), so we are the cube 12 by the triangular composition (six surface, each side needs two triangles, Erliuyishier, multiplication traditional formulas, will not?) .