本人收集的人脸识别最新资料，从08年到09年，包含各种人脸识别的优秀算法，PCA,HMM,2DPCA,KDDA,一共20个文件，需要安装CAJ阅读器阅读，是不可...

计算机图形学课程作业 B样条 实现 vs2005 -Computer Graphics Coursework B-spline implementation vs2005

这是一个纯C语言的 H.264 解码程序，速度较慢，如果您试验时手头没有解码器，可以用此凑合。 执行命令方式为： -o 264格式的输入文件 yuv格式的输出文件 比如（假如目录为 D:H264 ）： D:H264h264_dec.exe D:H264 est.264 D:H264 est.yuv 若不输入参数，则默认为： h264_dec.exe test.264 test.yuv-This is a pure C language of the H.264 decoding process, a slow, if you do not test the decoder, you can make do with this. For the implementation of the order:-o 264 of the input file format yuv format such as the output file (if the directory is D: H264 ): D: H264 h264_dec.exe D: H264 test.264 D: H264 test.yuv if the input parameter, the default is: h264_dec.exe test.264 test.yuv

MSChart是微软发布的.NET 3.5框架下的图表控件，功能强劲，基本上能想到的图表都可以使用它绘制出来，常见的：点状图、饼图、柱状图、曲线图、面积图、排列图等等，同时也支持3D样式的图表显示，给图形统计和报表图形显示提供了很好的解决办法，同时支持Web和WinForm两种方式，不过缺点也比较明显，只能在最新的开发环境中使用，需要.Net 3.5 Sp1以及VS 2008的开发环境。 -MSChart Microsoft released. NET 3.5 framework of the chart control, robust, can basically think of the chart can use it to draw out common: the point-like diagrams, pie charts, bar charts, graphs, area maps, arranged map, etc., but also supports 3D-style graphics display, graphical statistics and reports to the graphical display provides a good solution to support both Web and WinForm in two ways, but the more obvious shortcomings, only in the latest development environment be used need to. Net 3.5 Sp1 and the VS 2008 development environment.

程序主要实现了图像的边缘提取功能，输入一副图像，利用canny算子提取他的边缘，并保存提取边缘后的图的结果。其中提取边缘的canny算子的参数是可以自己设定的，程序简单有效。

读画dxf文件格式的16位老程序，只能读直线-Reading painting dxf file format of the 16 old procedures can only read straight

自编的绘制电子线路图源码，模仿Protel 99SE风格-Self-drawn electronic circuit diagram of the source, to imitate the style Protel 99SE

基于opencv的Hough直线提取的源代码，可实现多种格式图像的Hough算法直线提取操作。软件：Visual Stdio 2010结合opencv1.0实现。

告诉你如何使用DX9的HLSL语言来写着色器,这个是最简单的例子.-Tell you how to use the DX9 the HLSL language to read, color, and this is the simplest example.

这是一种新的直方图处理技术,它在分开的直方图基础上重新分配三个子图像的像素。我们使用k-means获得来自输入图像的二个质心， 然后推论出二个极值把输入图像分为三个子图像。 在精确的数学计算之后,连接的成份被从子图像单独地获取。 应用上述新直方图处理技术,，分别对三个子图像（基于原始直方图的两个极值分解输入图像获得）实行直方图均等化。-This is a new histogram processing techniques, it is separate from the histogram based on the redistribution of the three sub-image pixel. We use k-means to obtain the input image from the center of mass of the two, and then infer the input image 2 Extremal divided into three sub-image. In precise mathematical calculations, the connected components of sub-image from a separate access. Application of the new histogram processing techniques, respectively, of the three sub-image (based on the original histogram of the two extremal decomposition of the input image to obtain) the implementation of histogram equalization.

图形学中一个简单的画圆程序-Graphics a simple procedure Circle