资源列表
ImageHistogramEqualization
- vc代码,用于图像直方图均衡（以原始girl图像为测试图像） -vc code, for image histogram equalization (in the original girl image for the test images)
hough
- 关于Hough变换的论文和算法设计, 详细描述了如何使用Hough变换提取直线\圆等算法,并提供了加速方法-Papers and on the Hough transform algorithm design, a detailed descr iption of how to use the Hough transform to extract linear \ Yuan and other algorithms, and provides acceleration method
suixinthu
- 本软件是一款基于插值法的图像变形软件。实现图像的波纹、扭曲、马赛克等变形效果。使用了OpenCV的库函数-This small software can help to distort pictures and give the picture different appearance.
Natural-Image-manage
- 一篇有关利用轮廓在自然图像中检测和定位交点的英文文献，该方法是在64位操作系统中进行的-One on the use of contours in natural images to detect and locate the intersection of English literature, the method is a 64-bit operating system for the
BitmapFilwe
- 用C++语言实现位图的读入和保存，可以实现经过调试-In C++ language and read the bitmap saving can be achieved through the commissioning
reverse
- 反色，把一幅位图的颜色取反，只可以作用于256色及其以下的位图文件-Anti-color to a color bitmap to take anti-can only act on the 256-color bitmap file and the following
wave.rar
- 小波压缩算法,压缩比例大于20倍,小波压缩算法,压缩比例大于20倍,Wavelet compression algorithm, compression ratio greater than 20-fold, wavelet compression algorithm, compression ratio greater than 20-fold
svm
- SD-CVbench中支持向量机算法的实现 在KKT条件下使用对偶问题解答，简单，易懂，有良好的并行性。-SD-CVbench support vector machine algorithm used in the KKT conditions to achieve the dual questions, simple, easy to understand, there is a good parallelism.
image
- DCT算法实现，图像压缩的实现，图像压缩，视频压缩之类的代码，谢谢分享-DCT algrithem implementation
tuxiangpeizhun
- VC6.0下的256色图像配准源程序，可以直接在VC6.0下运行，配准图像结果保存为c:\a.bmp，注意需要在配准之前选取三个特征点，便于识别。。。具体可参考源程序，内附示例lina图像，lina_a.bmp,lina_b.bmp是原始配准图像。特征点选取越好，则效果越好。。。 -VC6.0 256 under the source color image registration, running directly in VC6.0, the image registration resul
video-and-camer
- 用VC写的基于opencv的摄像机与食品处理！-Written with VC based opencv Camera and video processing framework
NoiseReduction
- an IEEE Image noise reduction paper that propose an algorithm with efficient result.its presentation file in ppt is attached.