Efficient image matching using weighted voting

► Establish correspondences by voting. ► Each candidate correspondence is treated not only as a candidate but also a voter. ► Optimal correspondences are computed by simple addition and ranking operations. ► More than one hundred times faster than the classical spectral method. Spectral decompositio...

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Published inPattern recognition letters Vol. 33; no. 4; pp. 471 - 475
Main Authors Yuan, Yuan, Pang, Yanwei, Wang, Kongqiao, Shang, Mianyou
Format Journal Article
LanguageEnglish
Published Elsevier B.V 01.03.2012
Subjects
Online AccessGet full text
ISSN0167-8655
1872-7344
1872-7344
DOI10.1016/j.patrec.2011.02.008

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Abstract ► Establish correspondences by voting. ► Each candidate correspondence is treated not only as a candidate but also a voter. ► Optimal correspondences are computed by simple addition and ranking operations. ► More than one hundred times faster than the classical spectral method. Spectral decomposition subject to pairwise geometric constraints is one of the most successful image matching (correspondence establishment) methods which is widely used in image retrieval, recognition, registration, and stitching. When the number of candidate correspondences is large, the eigen-decomposition of the affinity matrix is time consuming and therefore is not suitable for real-time computer vision. To overcome the drawback, in this letter we propose to treat each candidate correspondence not only as a candidate but also as a voter. As a voter, it gives voting scores to other candidate correspondences. Based on the voting scores, the optimal correspondences are computed by simple addition and ranking operations. Experimental results on real-data demonstrate that the proposed method is more than one hundred times faster than the classical spectral method while does not decrease the matching accuracy.
AbstractList ► Establish correspondences by voting. ► Each candidate correspondence is treated not only as a candidate but also a voter. ► Optimal correspondences are computed by simple addition and ranking operations. ► More than one hundred times faster than the classical spectral method. Spectral decomposition subject to pairwise geometric constraints is one of the most successful image matching (correspondence establishment) methods which is widely used in image retrieval, recognition, registration, and stitching. When the number of candidate correspondences is large, the eigen-decomposition of the affinity matrix is time consuming and therefore is not suitable for real-time computer vision. To overcome the drawback, in this letter we propose to treat each candidate correspondence not only as a candidate but also as a voter. As a voter, it gives voting scores to other candidate correspondences. Based on the voting scores, the optimal correspondences are computed by simple addition and ranking operations. Experimental results on real-data demonstrate that the proposed method is more than one hundred times faster than the classical spectral method while does not decrease the matching accuracy.
Author Shang, Mianyou
Pang, Yanwei
Yuan, Yuan
Wang, Kongqiao
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Keywords Spectral technique
Correspondence establishment
Weighted voting
Image matching
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Snippet ► Establish correspondences by voting. ► Each candidate correspondence is treated not only as a candidate but also a voter. ► Optimal correspondences are...
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SubjectTerms Correspondence establishment
Image matching
Spectral technique
Weighted voting
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