资源列表
adaboost2
- adaboost算法的英文PPT,对于算法中的每一个步骤都做了例子解释,能帮助很好地理解adaboost算法-AdaBoost algorithm English PPT, the algorithm of each step have done a example to explain, can help a good understanding of AdaBoost algorithm
FaceDetect
- 人脸捕获,放大后存储为bmp文件,需要安装OpenCV,data文件需要拷贝至程序同级目录,或修改程序中的路径即可-Face capture, amplified for the bmp file storage, need to install OpenCV, data files need to copy to the procedure at the same level directory, or modify the process path can be
C30Fast_FFT
- c30 快速傅里叶变换 c30 快速傅里叶变换-C30 Fast Fourier Transform
CODE_UPLOAD136331102001
- 3D WORLD,演示用OpenGL制作3D场景,有类似CS的控制方式,键盘控制步伐,鼠标控制朝向。VC6编译即可-3D WORLD, demo 3D scenes produced using OpenGL, a similar CS control method to control the pace of the keyboard, mouse control towards.
Vtktest
- 测试VTK的基本代码,用于检验vtk是否安装正确-VTK test the basic code for the test is correctly installed VTK
parser_obj
- 一个使用读取.obj文件并存问CGAL数据格式的类,供CGAL的初学者使用-Read a use. Obj file CGAL data formats coexist asked the class for beginners to use the CGAL
OpenGLDialog
- 基于MFC Dialog的opengl显示程序,提供一个opengl的显示框架-MFC Dialog based on the opengl display program, to provide a display opengl framework
dinkysoft_ThreadThumb
- 线程方式,缩略图方式显示图片.(ACDSEE) 线程方式显示有点问题, 如果哪位大侠改好了, 麻烦告诉一下, -Thread the way the thumbnails display picture. (ACDSEE) thread show a problem, if the heroes who change Well, the trouble to tell you, thank you
shuzituxiangchuli
- 包含了多种常用的数字图像处理方法的实现代码,图像镜像、平移、旋转、缩放,高斯滤波、拉普拉斯锐化、中值滤波、二值变换、阈值变换、傅立叶变换、离散余弦变换等-Contains a variety of commonly used digital image processing methods to achieve code, image mirroring, shifting, rotating, zooming, Gaussian filtering, Laplacian sharpening,
shuzishibie
- 数字识别代码 第一步:训练网络。使用训练样本进行训练。(此程序中也可以不训练,因为笔者已经将训练好的网络参数保存起来了,读者使用时可以直接识别)第二步:识别。 首先,打开图像(256色) 再次,进行归一化处理。点击“一次性处理” 最后,点击“R”或者使用菜单找到相应项来进行识别识别的结果显示在屏幕上,同时也输出到文件result.txt中 该系统的识别率一般为90% -Digital identification code the first step: Training Network. Th
chepaidingwei
- 车牌定位识别程序,算法为先对车牌图进行灰度化,接着二值化,找点,然后定位矩形车牌,最后标出车牌位置。这个程序为图象处理的有一个经典的实例-License plate location identification procedures, algorithms for the first gray-scale map of the plate, and then binarization, finding points, and then positioning the rectangular p
