Publication | Closed Access
Optimization and comparision of coding algorithms for mobile 3DTV
12
Citations
4
References
2009
Year
Unknown Venue
Geometric ModelingEngineeringNatural SciencesVideo Coding FormatVideo QualityVirtual RealityStereo ImagingExtended RealityProfessional 3D3D VideoComputer ScienceMobile 3DtvStereo Video ContentComputational GeometryStereoscopic ProcessingComputer Vision
Different methods for coding of stereo video content for mobile 3DTV are examined and compared. These methods are H.264/MPEG-4 AVC simulcast transmission, H.264/MPEG-4 AVC Stereo SEI message, mixed resolution coding, and video plus depth coding using MPEG-C Part 3. The first two methods are based on a full left and right video (V+V) representation, the third method uses a full and a subsampled view and the fourth method is based on a one video plus associated depth (V+D) representation. Each method was optimized and tested using professional 3D video content. Subjective tests were carried out on a small size autostereoscopic display that is used in mobile devices. A comparison of the four methods at two different bitrates is presented. Results are provided in average subjective scoring, PSNR and VSSIM (Video Structure Similarity).
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