Title :
Orthogonal Muxing Frame Compatible Full Resolution technology for multi-resolution frame-compatible stereo coding
Author :
Taoran Lu ; Ganapathy, H. ; Lakshminarayanan, G. ; Tao Chen ; Husak, Walt ; Peng Yin
Author_Institution :
Dolby Labs. Inc., Sunnyvale, CA, USA
Abstract :
This paper describes the Orthogonal Muxing Frame Compatible Full Resolution (OM-FCFR) technology that provides efficient compression and reconstruction of full resolution stereoscopic video while maintaining compatibility with stereoscopic AVC Frame Compatible (FC) bitstreams. The OM-FCFR is a dual-layer coding system and is built upon the MVC Stereo High Profile of the AVC. Orthogonal muxing is used to design the enhancement layer video signal. A “Reference Process Unit (RPU)” is employed for creating the inter-layer reference picture that can serve as a good prediction for an enhancement layer picture. Simulation results show that significant improvement over the frame compatible solution is achieved in both subjective and objective evaluations. This technology was submitted as a proposal in response to the call for proposals (CfP) on MPEG Frame- Compatible (MFC) enhancement technology issued by ISO/IEC JTC1/SC29/WG11 (MPEG) and the specification was adopted as the working draft for the MFC standard and AVC Amendment 5.
Keywords :
data compression; image enhancement; image reconstruction; image resolution; stereo image processing; video coding; AVC Amendment 5; IEC; ISO; JTC1; MFC standard; MPEG frame-compatible enhancement technology; MVC stereo high profile; OM-FCFR technology; RPU; SC29; WG11; call-for-proposals; dual-layer coding system; enhancement layer picture; enhancement layer video signal; full resolution stereoscopic video compression; full resolution stereoscopic video reconstruction; interlayer reference picture; multiresolution frame-compatible stereo coding; orthogonal muxing frame compatible full resolution technology; reference process unit; stereoscopic AVC frame compatible bitstreams; Abstracts; Encoding; Image reconstruction; Proposals; Satellite broadcasting; Satellites; Static VAr compensators; 3DTV; Frame Compatible Enhancement; MFC; Orthogonal Muxing; Reference Process Unit;
Conference_Titel :
Multimedia and Expo (ICME), 2013 IEEE International Conference on
Conference_Location :
San Jose, CA
DOI :
10.1109/ICME.2013.6607551