资源列表
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- visual studio 2015平台上实现,摄像头识别人脸位置,并且与库中图片对比,识别人脸相似度。(On the visual studio 2015 platform, the camera recognise the face position and compare with the picture in the library to identify face similarity.)
phCut
- 用opencv识别照片中的人脸并剪切头像(Identifying the face in the photo with OpenCV and cutting the head image)
Main
- 使用opencv图像库,识别数码管图片中的数字(Identify numbers in digital tube pictures)
Python计算机视觉编程
- python 计算机视觉学习,用于计算机视觉图形图像方面的,python编程(python Computer Vision Learning)
OpenCV3__SVM__HOG
- 目标识别,有着详细说明的代码,可以仔细阅读一下,OpenCV3,C++(Pedestrian recognition)
camShiftKalmanLBP-VS2010
- 基于VS2010+OPENCV2.4.9,可实现简单跟踪(detection and tracking)
Real Time Stereo Matching ROS_OpenCV.mp4.tar
- Real Time Stereo Matching ROS_OpenCV.mp4
shanshu_distance
- 实现CT Shepp-logan头模型的平行束投影及反投影以及扇束等角的投影以及重排方法(Parallel projection and backprojection and fan beam isometric projection and rearrangement method for CT Shepp-logan head model are implemented.)
MSRCR-Restoration-master
- 基于opencv的色彩恢复的多尺度Retinex算法(MSRCR),属于夜间图像增强算法,对去雾也有一定的处理效果,可直接运行,效果比较理想。(The multi-scale Retinex algorithm (MSRCR) based on OpenCV is a night image enhancement algorithm. It also has a certain processing effect on fog removal. It can run directly, and
GLCM-OpenCV-master
- 由于纹理是由灰度分布在空间位置上反复出现而形成的,因而在图像空间中相隔某距离的两象素之间会存在一定的灰度关系,即图像中灰度的空间相关特性。灰度共生矩阵就是一种通过研究灰度的空间相关特性来描述纹理的常用方法。 Gray-level co-occurrence matrix from an image 图像的灰度共生矩阵(Because the texture is formed by the repeated appearance of the gray distribution in the
opencvtest
- 基于OpenCV的计算机视觉技术实现的水果测试程序(Realization of computer vision technology based on OpenCV)
cvut_test
- 基于OpenCV的计算机视觉技术实现的密集点匹配(Dense point matching implemented by computer vision technology based on OpenCV)
