Multi Camera Multi Object Tracking using Block Search over Epipolar Geometry

We present strategy for multi-objects tracking in multi camera environment for the surveillance and security application where tracking multitude subjects are of utmost importance in a crowded scene. Our technique assumes partially overlapped multi-camera setup where cameras share common view from d...

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Bibliographic Details
Main Authors: Saman Sargolzaei, Nilesh Patel
Format: Article
Language:English
Published: Institute of Technology, Nirma University 2000-01-01
Series:Nirma University Journal of Engineering and Technology
Online Access:http://nujet.org.in/index.php/nujet/article/view/97
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spelling doaj-c2761860b1b34d63831e7c5a348df5ec2020-11-24T23:26:10ZengInstitute of Technology, Nirma UniversityNirma University Journal of Engineering and Technology2231-28702000-01-0112374281Multi Camera Multi Object Tracking using Block Search over Epipolar GeometrySaman SargolzaeiNilesh PatelWe present strategy for multi-objects tracking in multi camera environment for the surveillance and security application where tracking multitude subjects are of utmost importance in a crowded scene. Our technique assumes partially overlapped multi-camera setup where cameras share common view from different angle to assess positions and activities of subjects under suspicion. To establish spatial correspondence between camera views we employ an epipolar geometry technique. We propose an overlapped block search method to find the interested pattern (target) in new frames. Color pattern update scheme has been considered to further optimize the efficiency of the object tracking when object pattern changes due to object motion in the field of views of the cameras. Evaluation of our approach is presented with the results on PETS2007 dataset..http://nujet.org.in/index.php/nujet/article/view/97
collection DOAJ
language English
format Article
sources DOAJ
author Saman Sargolzaei
Nilesh Patel
spellingShingle Saman Sargolzaei
Nilesh Patel
Multi Camera Multi Object Tracking using Block Search over Epipolar Geometry
Nirma University Journal of Engineering and Technology
author_facet Saman Sargolzaei
Nilesh Patel
author_sort Saman Sargolzaei
title Multi Camera Multi Object Tracking using Block Search over Epipolar Geometry
title_short Multi Camera Multi Object Tracking using Block Search over Epipolar Geometry
title_full Multi Camera Multi Object Tracking using Block Search over Epipolar Geometry
title_fullStr Multi Camera Multi Object Tracking using Block Search over Epipolar Geometry
title_full_unstemmed Multi Camera Multi Object Tracking using Block Search over Epipolar Geometry
title_sort multi camera multi object tracking using block search over epipolar geometry
publisher Institute of Technology, Nirma University
series Nirma University Journal of Engineering and Technology
issn 2231-2870
publishDate 2000-01-01
description We present strategy for multi-objects tracking in multi camera environment for the surveillance and security application where tracking multitude subjects are of utmost importance in a crowded scene. Our technique assumes partially overlapped multi-camera setup where cameras share common view from different angle to assess positions and activities of subjects under suspicion. To establish spatial correspondence between camera views we employ an epipolar geometry technique. We propose an overlapped block search method to find the interested pattern (target) in new frames. Color pattern update scheme has been considered to further optimize the efficiency of the object tracking when object pattern changes due to object motion in the field of views of the cameras. Evaluation of our approach is presented with the results on PETS2007 dataset..
url http://nujet.org.in/index.php/nujet/article/view/97
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AT nileshpatel multicameramultiobjecttrackingusingblocksearchoverepipolargeometry
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