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Authors
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A. Aggoun |
| E. Tsekleves | |
| D. Zarpalas | |
| P. Daras | |
| A. Dimou | |
| L. Soares | |
| P. Nunes | |
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Year
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2012 |
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Venue
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IEEE Multimedia Magazine, Special Issue on 3D Imaging Techniques and Multimedia Applications, Vol. 20, Issue 1, pp. 28-37, Jan-Mar 2013 |
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Download
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Recent film releases such as Avatar have revolutionized cinema by combining 3D technology and content production and real actors, leading to the creation of a new genre at the outset of the 2010s. The success of 3D cinema has led several major consumer electronics manufacturers to launch 3D-capable televisions and broadcasters to offer 3D content. Today's 3DTV technology is based on stereo vision, which presents left- and right-eye images through temporal or spatial multiplexing to viewers wearing a pair of glasses. The next step in 3DTV development will likely be a multiview autostereoscopic imaging system, which will record and present many pairs of video signals on a display and will not require viewers to wear glasses. View