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Electronic engineering / High-definition television / H.264/MPEG-4 AVC / High Efficiency Video Coding / Motion compensation / Video compression picture types / Video codec / Data compression / Segmentation / Video compression / Video / Videotelephony


CONTEXT-BASED VIDEO CODING Richard Vigars, Andrew Calway and David R. Bull Visual Information Laboratory, University of Bristol, Bristol, UK, BS8 1UB ABSTRACT We present a video CODEC framework which exploits extrinsic s
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Document Date: 2014-03-11 07:06:38


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City

Bristol / /

Company

David R. Bull Visual Information Laboratory / /

Country

United Kingdom / /

Facility

University of Bristol / /

IndustryTerm

foreground segmentation algorithm / low bit-rate applications / /

NaturalFeature

Herbert Bay / /

Organization

Republican Party / University of Bristol / /

Person

Michael Frater / Luc Van Gool / Benjamin Bross / Andreas Krutz / Yan Lu / Andreas Ess / Robert C. Bolles / Andrew Calway / Kiyoharu Aizawa / Zhou Wang / Hamid Rahim Sheikh / Jens-Rainer Ohm / Eero P. Simoncelli / Tobias Hinz / Alan Conrad Bovik / Thomas S. Huang / Richard Vigars / Martin A. Fischler / Gary J. Sullivan / Woo-Jin Han / Thomas Wiegand / Matthias Kunter / Feng Wu / Mrinal Mandal / Patrick Ndjiki-Nya / Wen Gao / /

Position

human head / Mp / representative / plane model / Mp / /

PublishedMedium

Communications of the ACM / /

Technology

foreground segmentation algorithm / RANSAC algorithm / 50 Our algorithm / Image Processing / tracking algorithm / SURF algorithm / extraction Scene model Feature point descriptors Our algorithm / /

SocialTag