MapSnapper: Engineering an efficient algorithm for matching images of maps from mobile phones - art. no. 68200L
MapSnapper: Engineering an efficient algorithm for matching images of maps from mobile phones - art. no. 68200L
The MapSnapper project aimed to develop a system for robust matching of low-quality images of a paper map taken from a mobile phone against a high quality digital raster representation of the same map. The paper presents. a novel methodology for performing content-based image retrieval and object recognition from query images that have been degraded by noise and subjected to, transformations through the imaging system. In addition the paper also provides an insight into the evaluation-driven development process that was used to incrementally improve the matching performance until the design specifications were met.
L8200-L8200
Hare, JS
686b3b0c-7a18-4742-b99d-852f33061dd4
Lewis, PH
7aa6c6d9-bc69-4e19-b2ac-a6e20558c020
Gordon, L
662ac3c7-cbb4-46e9-8180-13a15dbaaee1
Hart, G
60fe6246-f5aa-43d4-a7eb-4de174c5d454
2008
Hare, JS
686b3b0c-7a18-4742-b99d-852f33061dd4
Lewis, PH
7aa6c6d9-bc69-4e19-b2ac-a6e20558c020
Gordon, L
662ac3c7-cbb4-46e9-8180-13a15dbaaee1
Hart, G
60fe6246-f5aa-43d4-a7eb-4de174c5d454
Hare, JS, Lewis, PH, Gordon, L and Hart, G
(2008)
MapSnapper: Engineering an efficient algorithm for matching images of maps from mobile phones - art. no. 68200L.
MULTIMEDIA CONTENT ACCESS: ALGORITHMS AND SYSTEMS II, 6820, .
Abstract
The MapSnapper project aimed to develop a system for robust matching of low-quality images of a paper map taken from a mobile phone against a high quality digital raster representation of the same map. The paper presents. a novel methodology for performing content-based image retrieval and object recognition from query images that have been degraded by noise and subjected to, transformations through the imaging system. In addition the paper also provides an insight into the evaluation-driven development process that was used to incrementally improve the matching performance until the design specifications were met.
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Published date: 2008
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Imported from ISI Web of Science
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Web & Internet Science
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Local EPrints ID: 269630
URI: http://eprints.soton.ac.uk/id/eprint/269630
PURE UUID: 8a371707-e42d-4027-bb54-96730432fa16
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Date deposited: 21 Apr 2010 07:46
Last modified: 10 Dec 2021 23:12
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Contributors
Author:
JS Hare
Author:
PH Lewis
Author:
L Gordon
Author:
G Hart
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