搜索资源列表
lankton_stereo
- 采用了meanshift聚类的方法实现立体视觉双目匹配-Meanshift clustering achieved using binocular stereo vision matching
opencvtest
- 由双目立体视觉系统匹配到的点来计算物体的真实坐标，对三维物体进行三维重建。-The real coordinate by binocular stereo vision system matching to the point to calculate the object, 3D reconstruction of 3D objects.
stereovision
- 双目立体视觉的图形匹配与视差求解，实现摄像头的标定。-This example shows how to compute the depth map between two rectified stereo images. See the Image Rectification ExampleImage Rectification Example to learn about the details
dense-stereo
- 基于VC++的双目立体视觉检测 采用SIFT特征点计算稀疏匹配 和稠密匹配-VC++ based binocular stereo vision detection using SIFT feature points to calculate sparse matching and dense matching
MyStero_vision
- 双目立体视觉图像匹配 图像深度信息生成代码-Binocular stereo vision image matching Image depth information to generate code
code
- 三维重建源码，由双目立体视觉进行三位重建。并给出了几种重建方法的介绍，如基于块匹配的三维重建、基于特征点的重建。并且给出了最终结果图像。-Three-dimensional reconstruction of the source code, the three reconstruction by binocular stereo vision. And gives several reconstruction methods, such as 3 d reconstruction based
stereo
- 立体图像对的匹配，可以实现对图像视差的计算，感兴趣的可以下载一下-Stereoscopic image pair matching, can calculate the image disparity of interest can be downloaded at
stereomatchinggc
- 能够实现对立体视频对的读取每一帧信息，并用GC进行匹配保存-You can realize stereoscopic video information to read each frame, and saved stereomatching results with GC
Image-correction
- matlab程序。实现立体像对的矫正，并将匹配点显示出来-Matlab program. To realize the correction of the stereo image pair, and display the matching points.
litipipei
- 计算机视觉中的立体视觉匹配，用八点法求基本矩阵，画出极线-Stereo vision matching in computer vision, with eight point method for basic matrix, draw a line
A-Non-Local-Cost-Stereo-Matching
- 双目匹配 3D立体视觉 代价聚合 非局域 -A Non-Local Cost Aggregation Method for Stereo Matching
stereoRegionGrowingLine
- 双目匹配 3D立体视觉 深度计算 非局域 -Aggregation Method for Stereo Matching，depth imaging
RANSAC-Toolbox-master
- RANSAC算法经常用于计算机视觉中。例如，在立体视觉领域中同时解决一对相机的匹配点问题及基本矩阵的计算。(RANSAC algorithms are often used in computer vision. For example, in the field of stereoscopic vision, a matching problem of a pair of cameras and a calculation of a basic matrix are simultaneousl
RANSAC
- RANSAC算法经常用于计算机视觉中。例如，在立体视觉领域中同时解决一对相机的匹配点问题及基本矩阵的计算。(RANSAC algorithms are often used in computer vision. For example, in the field of stereoscopic vision, a matching problem of a pair of cameras and a calculation of a basic matrix are simultaneousl