3D Television, 3D Movie Player – Link References « ByREV

3D Television will give you a life-like image experience beyond all that exists in old 2D Flat TV. 3D TV use some technique of 3D presentation, such as stereoscopic capture, multi-view capture, or 2D plus depth, & a 3D display – a special display to project a TV Show into a realistic three-dimensional field.

3D television – Wikipedia

http://en.wikipedia.org/wiki/3D_television
3D Ready TV sets are those TV sets that can also operate in 3D mode, in conjunction with LCD shutter glasses, where the TV tell the glasses which eye should see the image being exhibited at the moment, creating a stereoscopic image. These TV sets usually support HDMI 1.4 and a minimum (input and output) refresh rate of 120Hz.

Sony betting big on 3D TV

http://www.cbc.ca/technology/story/2009/11/26/sony-three-dimensional-television.html
With 3D TVs, images appear to have depth and give an illusion of almost jutting out from the screen, although they require special glasses. Sony’s Yoshioka said 3D TVs are especially fun for playing games, where Sony has an edge because of its PlayStation business. Sony also has a movie division, and some 3D theatre releases have proved popular.

3D is coming to a living room near you

http://ces.cnet.com/8301-19167_1-10142957-100.html
Three-dimensional TV is coming to a living room near you. But will the technology spur a consumer spending spree like digital and HD TV did before it? Or will 3D end up being the next big flop?

Stereoscopic Player Overview

http://3dtv.at/products/Player/Index_en.aspx
Stereoscopic Player is a versatile 3D movie player. It allows you to play stereo­scopic videos and DVDs (external decoder required) and also allows you to watch live video from a capture device. Player is based on Direct­Show, and can handle almost any media format, like AVI, MPEG, WMV and ASF.

The Future of TV: Illusions of Reality in 3D

http://www.crc.gc.ca/en/html/crc/home/mediazone/eye_on_tech/2007/issue7/3dtv
How does 3D-TV work? Since our two eyes are located at different positions in the head, the images perceived with the left eye are slightly different from those observed with the right eye. Differences in the horizontal positioning of objects in the left & right eye images are known as disparities, & our brains are smart enough to convert this into depth information-much like a surveyor solving a triangulation problem.