搜索资源列表
Fusiello_epipolarrectification
- 对立体视觉的双目图像进行极线校正，以实现双目致密匹配
TheStudyontheProblemofImageMat
- 双目视觉中，图像匹配是一个重要环节，该论文论述了图像匹配的具体研究过程。,Binocular vision, the image matching is an important aspect, the thesis discusses the image matching the specific course of the study.
stereo
- 双目立体匹配，用图像，运行可看到仿真结果！-stereo vision
StereoMatching
- 在Matlab平台上，通过NCC SSD SAD算法双目立体图像求视差图-In the Matlab platform, through the NCC SSD SAD algorithm for stereo disparity map image requesting
matlabfordaisy
- 这是一个MATLAB代码实现的计算一对用双目立体视觉获得的一对图像对，然后用最新的Daisy算法计算每一个点的局部特征描述子，并且来实现立体匹配的功能。-This is a MATLAB code for computing a pair of stereo vision with a pair of images were obtained, and then Daisy algorithm with the latest point of the local characteristics
34434343
- 此程序详细说明了双目视觉下进行匹配，求取视差图像的例子-Detailed descr iption of this process carried out under binocular vision matched to obtain examples of parallax images
bp
- 在双目立体视觉中立体匹配问题存在歧义性，是视觉研究中难点问题之。通过采用分水岭分割图像的方式有效的对图像进行了过分割处理，实现了基于图像块置信传播的匹配算法。-In the binocular stereo vision problem in stereo matching ambiguity, is the difficult problems in vision research. Images by using watershed segmentation method was effec
AStereoMatehingAPProachBasedWalshTransform
- 提出了一种以Walsh变换系数作为匹配基元的双目立体匹配方法。通过walsh正交变换核对图像，变换得到Walsh系数，图像的特征被嵌入到该系数中，费用函数采用了walsh变换系数作为匹配基元，而不是采用传统的像素灰度值。 -AStereoMatehingAPProachBasedWalshTransform
StereoDisparity
- 双目立体匹配中获取图像对的视差图，可用于后续的三维重建工作。-Binocular stereo matching to get the image on the disparity map can be used for subsequent 3D reconstruction.
Image-rectification_surf
- 用于双目立体图像匹配：用surf提取特征点、Flann匹配、RANSAC计算基本矩阵完成立体图像对的极线校正，用opencv实现-For binocular stereo image matching feature extraction point: surf, Flann matching, RANSAC calculation of the completion of the fundamental matrix the epipolar rectification of the ster
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
DP
- 双目立体视觉中，求双目立体匹配中图像深度程序-Seeking binocular stereo matching in image depth program
SADMatch_new
- 利用不变矩公式将双目灰度图像转换成双目不变矩图像，然后提出了具有自适应参数的简单树动态规划算法的双目立体匹配方法进行匹配得到最终视差图-The formula using invariant moments grayscale images into binocular binocular image invariant moments, then made a simple tree with adaptive parameters of the dynamic p
StereoVision-master
- 双目相机的三维重建程序，包含两个相机的标定，极线校正，图像匹配，三维重建-Binocular camera reconstruction program, including calibration of the two cameras, pole line correction, image matching, 3D reconstruction
HNY_CV_005
- 双目视觉，双目图像测距，双目图像校正，对其，匹配(Binocular vision, binocular image ranging, binocular image correction, matching)
双目匹配
- 左右两张图片对相机的内参外参进行标定，然后对图像进行校正，最后通过双目可以得到视觉信息(About two pictures of the camera's internal and external parameters calibration, image correction, and finally get the visual information through the eyes can)
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.)
000siftDemo
- 双目视觉 图像匹配 sift特征提取与匹配 极线校正(Binocular vision image matching sift feature extraction and matching polar line correction)
zhongyao
- 双目立体匹配一直是双目视觉的研究热点，双目相机拍摄同一场景的左、右两幅视点图像，运用立体匹配匹配算法获取视差图，进而获取深度图。而深度图的应用范围非常广泛，由于其能够记录场景中物体距离摄像机的距离，可以用以测量、三维重建、以及虚拟视点的合成等(Binocular stereo matching has always been a research hotspot in binocular vision. Binocular cameras take left and right view ima
Stereo_Calib
- 简单的双目图像匹配，用不上017平台编写，使用opencv(Simple Image Matching)