继续神经网络编程，bp算法，delphi 2005下编译通过

对图像进行去除彩色处理的源代码，编译后的可执行文件须带参数运行-right color image processing to remove the source code, the compiled executable file parameters required to bring Operation

MAD相似性度量准则的改进，实现模板匹配程序-MAD similarity measurement criteria to improve and achieve template matching procedures

这是用VC便携的DCT变换，很好很实用，希望可以为你带来帮助。-This is the DCT-portable with VC, very good very practical, hoping to bring you help.

对象：想学好计算机图形学的大学生，老师和工程人员内容：动态的演示了图形生成过程，详细的源代码使你粘贴后就可以运行，其中包括DDA、bresenham、逐点比较法直线生成算法；bresenham，DDA，中点画圆算法；n次bezier，spline，Bspling，Hermite曲线生成算法；单线性，双线性，Bezier曲面生成算法；矢量，点阵字符生成算法；扫描填充，种子填充算法，多边形，直线裁剪算法；平移，比例，旋转，原点对称，错切变换算法；斜测投影，一点，二点，三点透视算法；消影，斜平行投影，正轴测投影，透视投影算法，光照立体球，光照圆环，光照双线性曲面等等！如果需要安装图形学演示系统的请到这下载：http://happyyangxu.home.sunbo.net/xfile.php?xname=N50SQV0&download=1&fname=graphic_demo.zip-object : If you want to learn computer graphics students, teachers and staff : a dynamic demonstration of graphics generation process, the detailed source code so that you can run after the paste, including DDA, bresenham, point by point comparison Linear Algorithm; Bresenham, DDA, Stipples Yuan algorithm; n bezier, spline, Bspling, Hermite curve generation algorithm; single, bilinear, Bezier surface generation algorithm; vector, Character generation algorithm; scanning fill the seed filling algorithm, polygons, linear cutting algorithm; translation, proportion, rotation , the origin of symmetry,

这是图形学里面的多边形裁减,可以用键盘自由的设定多边型的形状,还可以用左右键控制方向 -This is the graphics inside the polygon reduction, the keyboard can be used to set the multilateral free-shape, but also about keys can be used to control direction

在文档下打开一个位图文件，重新绘制，放大并使其二值化显示，

关于目标检测和跟踪的几篇博士论文，适合相关领域内容的学习-On target detection and tracking of several doctoral dissertation for the content of related fields of study

该工程项目实现了AR算法，提供签名在线鉴别功能-The project achieved the AR algorithm, to provide online identification function signature

图像 稀疏分解方法 Random Sampling of Sparse Trigonometric Polynomials II - Orthogonal Matching Pursuit versus Basis Pursuit - (Preprint arXiv:math.CA/0604429) by Stefan Kunis and Holger Rauhut-Image sparse decomposition method Random Sampling of Sparse Trigonometric Polynomials II- Orthogonal Matching Pursuit versus Basis Pursuit- (Preprint arXiv: math.CA/0604429) by Stefan Kunis and Holger Rauhut

人脸检测的最新源代码，使用了最新的处理技术，使之运行速度更可快-Face Detection of up-to-date source code, uses the latest processing technology, so that speed can be faster