搜索资源列表
CUDA_Match
- 基于NVIDIA CUDA GPU计算开发环境的双目视觉匹配程序,用于立体视觉的识别,同时可用于三维重建。主要算法在显卡上进行,需要NVIDIA的支持CUDA的显卡-NVIDIA CUDA GPU-based computing development environment to match the binocular vision procedures, for three-dimensional visual recognition, can be used for three-dimen
stereomatching
- 实现双目摄像头所拍图片之间的匹配,可得到视差图-Binocular camera, shoot the match between images obtained disparity map...
B3Drebuilldi
- 双目立体视觉理论基础上的三维重建,采用立体匹配、、SIFT匹配算法 ,经测试可直接使用。 -Binocular stereo vision based on the theory of the three-dimensional reconstruction, stereo matching SIFT matching algorithm has been tested and can be used directly.
surf
- 基于SURF的图像匹配,通过两个Web-camera构成的双目视觉系统实时提取图片进行匹配,并将相互匹配的匹配点在图像中显示出来-SURF-based image matching, real-time extraction of binocular vision system consisting of two Web-camera picture matching and mutual match match point in the displayed image
OpenCV_SAD
- sad匹配算法,实现双目立体视觉中两个图像的匹配。-sad matching algorithm
maxflow
- 最大流 最小割 是图割理论的重要部分,能用于双目立体视觉的立体匹配当中。-Max-flow is the important part of graph-cut theory,it also used to the stereo matching.
visualmatchingCPP
- 双目立体匹配的局部窗口可变C++程序,可在visual studio环境下编译运行,没有用到opencv-Binocular stereo matching local window variable C++ program can be compiled to run under visual studio environment, did not use opencv
Source code
- 在opencv上实现双目测距主要步骤是: 1.双目校正和标定,获得摄像头的参数矩阵: 进行标定得出俩摄像头的参数矩阵 cvStereoRectify 执行双目校正 initUndistortRectifyMap 分别生成两个图像校正所需的像素映射矩阵 cvremap 分别对两个图像进行校正 2.立体匹配,获得视差图: stereoBM生成视差图 预处理: 图像归一化,减少亮度差别,增强纹理 匹配过程: 滑动sad窗口,沿着水平线进行匹配搜索,由于校正后左右图片平行,左图
dp匹配
- 利用dp算法计算图像匹配视差,本程序利用vs2013+opencv2.4.9编写。(The disparity of image matching is calculated by DP algorithm. This program is written by vs2013+opencv2.4.9.)