NTIRE 2020 challenge on video quality mapping: methods and results
NTIRE 2020 challenge on video quality mapping: methods and results
This paper reviews the NTIRE 2020 challenge on videoquality mapping (VQM), which addresses the issues of quality mapping from source video domain to target video domain. The challenge includes both a supervised track (track1) and a weakly-supervised track (track 2) for two benchmark datasets. In particular, track 1 offers a new Internet video benchmark, requiring algorithms to learn the mapfrom more compressed videos to less compressed videos ina supervised training manner. In track 2, algorithms arerequired to learn the quality mapping from one device toanother when their quality varies substantially and weaklyaligned video pairs are available. For track 1, in total 7teams competed in the final test phase, demonstrating noveland effective solutions to the problem. For track 2, some existing methods are evaluated, showing promising solutionsto the weakly-supervised video quality mapping problem.
Fuoli, Dario
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Huang, Zhiwu
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Danelljan, Martin
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Timofte, Radu
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2020
Fuoli, Dario
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Huang, Zhiwu
84f477cd-9097-44dd-a33e-ff71f253d36b
Danelljan, Martin
d2d8ed5f-bbae-4d65-a3d7-19254e71e1e1
Timofte, Radu
98fd02dd-277c-4aac-8f58-ee6608ee2e6e
Fuoli, Dario, Huang, Zhiwu, Danelljan, Martin and Timofte, Radu
(2020)
NTIRE 2020 challenge on video quality mapping: methods and results.
Computer Vision and Pattern Recognition (CVPR) workshop.
13 pp
.
Record type:
Conference or Workshop Item
(Paper)
Abstract
This paper reviews the NTIRE 2020 challenge on videoquality mapping (VQM), which addresses the issues of quality mapping from source video domain to target video domain. The challenge includes both a supervised track (track1) and a weakly-supervised track (track 2) for two benchmark datasets. In particular, track 1 offers a new Internet video benchmark, requiring algorithms to learn the mapfrom more compressed videos to less compressed videos ina supervised training manner. In track 2, algorithms arerequired to learn the quality mapping from one device toanother when their quality varies substantially and weaklyaligned video pairs are available. For track 1, in total 7teams competed in the final test phase, demonstrating noveland effective solutions to the problem. For track 2, some existing methods are evaluated, showing promising solutionsto the weakly-supervised video quality mapping problem.
Text
Fuoli_NTIRE_2020_Challenge_on_Video_Quality_Mapping_Methods_and_Results_CVPRW_2020_paper
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Published date: 2020
Venue - Dates:
Computer Vision and Pattern Recognition (CVPR) workshop, 2020-06-13
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Local EPrints ID: 501414
URI: http://eprints.soton.ac.uk/id/eprint/501414
PURE UUID: 789b9026-9fec-46e0-9283-c5820752957b
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Date deposited: 30 May 2025 16:53
Last modified: 22 Aug 2025 02:38
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Contributors
Author:
Dario Fuoli
Author:
Zhiwu Huang
Author:
Martin Danelljan
Author:
Radu Timofte
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