Stereoscopic Video Coding

From Wikipedia, the free encyclopedia

3D Video Coding is one of the processing stages required to manifest stereoscopic content into a home. There are three techniques which are used to achieve stereoscopic video^{[citation needed]}:

Color shifting (anaglyph)
Pixel subsampling (side-by-side, checkerboard, quincunx)
Enhanced video stream coding (2D+Delta, 2D+Metadata, 2D plus depth)

References

Stereoscopic 3D compression tutorial poster

v t e Stereoscopy

Perception	Binocular rivalry Binocular vision Convergence insufficiency Correspondence problem Depth perception Epipolar geometry Stereoblindness Stereopsis Stereopsis recovery Stereoscopic acuity

Display technologies	Active shutter 3D system Anaglyph 3D Autostereogram Autostereoscopy Head-mounted display Holography Integral imaging Lenticular lens Multiscopy Parallax barrier Polarized 3D system Stereo display Stereogram Stereoscope Virtual retinal display Volumetric display

Other technologies	2D to 3D conversion 2D plus Delta 2D-plus-depth Computer stereo vision Multiview Video Coding Pseudoscope Stereoscopic depth rendition Stereoscopic rangefinder Stereoscopic spectroscopy Stereoscopic Video Coding

Types of products	3D camcorder 3D film 3D television 3D-enabled mobile phones 4D film Blu-ray 3D Digital 3D Stereo camera Stereo microscope Stereoscopic video games

Notable products	Dolby 3D Fujifilm FinePix Real 3D MasterImage 3D Nintendo 3DS XL Nvidia 3D Vision RealD Cinema View-Master XpanD 3D

Miscellaneous	International Stereoscopic Union Stereoscopic Displays and Applications

This article is issued from Wikipedia. The text is available under the Creative Commons Attribution/Share Alike; additional terms may apply for the media files.

Stereoscopic Video Coding

See also

References