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对图像进行形态学开、闭、形态梯度等算法实现
- 基于OpenCV(开源计算机视觉平台)，对图像进行形态学开、闭、形态梯度等算法实现。程序运行前须安装（1）OpenCV: ttp://opencvlibrary.sourceforge.net （2）在vc6.0的Tools|Options|Directories标签下添加如下路径：C:\Program files\OpenCV\Cxcore\include C:\Program files\OpenCV\include C:\Program files\OpenCV\cvaux\inclu
HoG.rar
- 经典HOG算法，基于梯度的直方图提取算法，用于人体检测十分有效！,HOG classic algorithms, gradient-based histogram extraction algorithms, used in human testing is very effective!
EdgeDetection
- Program use openCV to demo edge detection (algorithm Gradient).
OpenCV_HOG
- 梯度直方图算子的opencv代码,注释详细,可以快速的熟悉该算法./.-Gradient histogram opencv code operator, detailed notes, can quickly become familiar with the algorithm. /.
learcode
- 行人检测源程序，居于svm技术。和梯度直方图提取-Pedestrian Detection source, living in SVM technology. And gradient histogram extraction
jianbian
- 使用opencv工具对给定图片实现径向渐变效果。-Opencv tool to use for a given image to achieve the radial gradient effect.
accumarray
- C++ version (OpenCV) of the Matlab built-in functions accumarray.m and gradient.m
CImgChange
- opencv 对图像就行渐变处理功能代码·功能已实现-opencv image processing code on the line gradient function has been achieved
Blog_hogCompute6.tar
- Opencv HOG (Histogram of Orientation Gradient) training based on Dalal method. When you try to use Opencv HOG, you may not know how the training of the SVM model is done. Here is the example Linux with Opencv2.1
PedestrianTracking
- 梯度直方图，行人跟踪，用到了opencv-Gradient histogram, pedestrian tracking, and so used the opencv
Image-gradient
- 在VC++环境中安装好OPENCV，实现对加载图片进行图像渐现的效果-In installed in the VC++ environment OPENCV, to achieve the effect of the image fade-load images
imageProcess
- openCV + VS2008 实现的基本的图像处理运算，如线性运算、梯度运算、模板运算和图像旋转等-the openCV+ VS2008 achieve the basic image processing operations, such as linear operation, the gradient operator, template operations and image rotation
Kinect_DepthCanny
- 用kinect获取3D图像，并从3D图像中用OpenCV方法从深度图中获取梯度边缘，从而得到更多信息，做后续处理-Get with kinect 3D images, and get the edge gradient from the depth map from a 3D image using OpenCV method to obtain more information, do follow-up treatment
Lvwatershed
- 本程序利用opencv开源库实现watershed算法，利用人工选择种子点与梯度图两种方法来获取种子点。压缩包内有word文档介绍具体的操作和示例。-The program uses the open-source opencv library implements watershed algorithm, using artificial selection gradient map seeds and seed are two ways to get points. Compressed p
cvOSFilter-v1.0
- 基于OpenCV的方向选择滤波，高斯核存放在了文件中，通过领域求解当前像素梯度角度theta。-Direction Selective filter based on OpenCV, Gaussian kernel stored in a file, theta by solving the current pixel field gradient.
hpc
- 基于OpenCV和OpenMP的多核处理图像边缘检测算法——Sobel的实现。 没有可视化界面。 需要先配置OpenCV和OpenMP。 理论依据：利用OpenMP我们可以实现多核并行处理边缘检测。根据Sobel原理，可以完全明确的是：每一个像素点的梯度计算都不依赖于其他的像素点！这就是实现多核并行处理边缘检测的关键。利用这个关键的特性，我们可以让多个核同时去计算多个像素点的梯度值，进而提高Sobel边缘检测算法的性能。 -The implementation of OpenCV
gradient
- openCV中边缘检测的应用，包括利用Canny算子,Sobel算子进行检测-Application of edge detection in openCV, including the use of Canny operator, Sobel operator to detect
matting
- 使用opencv开发，实现图像抠图，将需要的局部图像提取处理(Robust Matting 1. OpenCV 2. MTL library (for sparse matrix) 3. Intel Math Kernel Library (to solve linear equation by conjugate gradient method))
新建 Microsoft Word 文档
- opencv实现傅里叶变换,傅立叶变换是把图像从空间域转化到频率域的变换。空间域：一般的情况下，空间域的图像是f（x，y）=灰度级（0-255），形象一点就是一个二维矩阵，每个坐标对应一个颜色值。频率域：频率：对于图像来说可以指图像颜色值的梯度，即灰度级的变化速度，幅度：可以简单的理解为是频率的权，即该频率所占的比例：能量=幅度（可能不太准确），变换结果为F（u，v），F代表幅度值，u代表x方向的频率，v代表y方向的频率(Fu Liye transform is the transformati
HOG可视化
- HOG特征通过计算和统计图像局部区域的梯度方向直方图来构成特征，程序可以对图片中的hog特征进行可视化梯度大小和方向。(The HOG feature is constructed by calculating and counting the gradient direction histogram of the local area of the image. The program can visualize the gradient size and direction of the h