分割窗口类的实例，通过简单的实例，展示了mfc分割窗口类的应用...

一个老外写的三维射击程序-a 3D shooting program written by a foreigner

功能和界面全部模仿于Windows自带的画图板，界面如截图。功能主要有： 手绘线、简单图形、文字输入、图块拖放、重复撤销、画面缩放、打开保存图片文件，另外为了直接从数据库或者XML中存取图片，另外还提供了从Base64编码存取图片的接口，其他还实现了和画图板同样效果的工具箱及颜料盒。 -Features and interfaces in Windows, bringing all to imitate the drawing board, interface, such as screenshots. The main features include: hand-drawn lines, simple graphics, text input, drag and drop block, repeated withdrawal, screen zoom, open the saved image file, and directly from the database in order to access images or XML, in addition to the provision of deposit from the Base64 encoding picture of the interface from the other have also achieved the same effect and drawing board of the toolbox and the color cartridge.

这个程序可以识别图像中的线段或者直线，算法采用哈夫变换，将直线变换为另一个坐标系中的点，进而完成识别。-this procedure can identify the image or straight line segments, Hough transform algorithm. Linear transformation of coordinate system to another"s point, thus completing the identification.

obj文件的读取，对三角面片的细分等算法的实现。在图形图像方面有较大的使用价值，所用数据结构清晰明了，也是学习计算机图像的一大帮助，对于刚接触单位重建的也是很好的指导

在VC环境下，显示各种常见图像的控件。可以大大减轻VC下的图像显示编程工作-in VC environment, showing the common image of the controls. VC can greatly reduce the image display programming work

基于静态图像的人脸检测与识别系统 V1.0.3 ，基于VC-based on static images of face detection and recognition system 20DCanon based VC

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

刚才上传的不知道为什么好像没有传上去啊 这次行不行啊 不知道 希望可以-just uploaded do not know why it seems no up-ah ah this is not feasible want to know

L系统理论下，用计算机实现得分形算法，可以直观地看到图形-L system theory, with computer scoring algorithm can intuitively see graphic

Cognitive radio frequency spectrum detection-The spectrum sensing of a wideband frequency range is studied by dividing it into multiple subbands. It is assumed that in each subband either a primary user (PU) is active or absent in a additive white Gaussian noise environment with an unknown variance. It is also assumed that at least a minimum given number of subbands are vacant of PUs. In this multiple interrelated hypothesis testing problem, the noise variance is estimated and a generalised likelihood ratio detector is proposed to identify possible spectrum holes at a secondary user (SU). Provided that it is known that a specific PU can occupy a subset of subbands simultaneously, a grouping algorithm which allows faster spectrum sensing is proposed. The collaboration of multiple SUs can also be considered in order to enhance the detection performance. The collaborative algorithms are compared in terms of the required exchange information among SUs in some collaboration