Description: Finding corresponding features in a pair of images is the basis of many optic flow, stereo vision and image registration algorithms. One straightforward approach to finding a match is to take a small patch of one image, compute its sliding cross-correlation with the other image, and find a peak. This submission supplies a class which implements this method.
- [WAVE_EDGE_MATCH] - This procedure using wavelet transform m
- [SADMatching] - SAD stereo matching process, attached to
- [stereoflowMatlab7] - matlab the following three-dimensional m
- [Regional] - Regional real-time stereo matching metho
- [denseSift] - extract dense sift for each image patch,
- [itu-t81] - this file is about the stereo images and
- [3D] - In this paper, we describe a novel uncal
- [stereo_modefilt] - stereo match and depth map generated
- [CVPR2008] - CVPR2008 The patch transform and its app
File list (Check if you may need any files):
correlCorresp\Contents.m
.............\convolve2.m
.............\correlCorresp.m
.............\correspDemo.m
.............\correspDisplay.m
.............\correspEdgeDisplay.m
.............\corrpeak.m
.............\exindex.m
.............\findpeaks.m
.............\getgreymaxima.m
.............\html\correspDemo.html
.............\....\correspDemo.png
.............\....\correspDemo_01.png
.............\....\correspDemo_02.png
.............\....\correspDemo_03.png
.............\....\correspDemo_04.png
.............\....\correspDemo_05.png
.............\....\correspDemo_06.png
.............\....\correspDemo_07.png
.............\....\correspDemo_08.png
.............\....\correspDemo_09.png
.............\....\correspDemo_10.png
.............\....\correspDemo_11.png
.............\....\correspDemo_12.png
.............\....\correspDemo_13.png
.............\....\correspDemo_14.png
.............\....\correspDemo_15.png
.............\....\correspDemo_16.png
.............\....\correspDemo_17.png
.............\....\correspDemo_18.png
.............\imtransform_same.m
.............\license.txt
.............\max2.m
.............\maze1.png
.............\maze2.png
.............\patch_std.m
.............\patch_var.m
.............\setProps.m
.............\varPeaks.m
.............\html
correlCorresp
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