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3D displays: toward holographic video displays of 3D images
Chinese Optics Letters, 2013As the flat panel displays (Liquid Crystal Displays, AMOLED, etc.) reach near perfection in their viewing qualities and display areas, it is natural to seek the next level of displays, including 3D displays. There is a strong surge in 3D liquid crystal displays as a result of the successful movie Avatar. Most of these 3D displays involve the employment
Pochi Yeh Pochi Yeh, Claire Gu Claire Gu
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ACM SIGGRAPH 2013 Emerging Technologies, 2013
Humans see at high resolution only within a few degrees of the direction we are looking. Moving our gaze position around the current scene, we build up the rich visual landscape we consider reality from a sparse set of details, filled in with coarser data from our peripheral vision.
Mark Finch, Brian Guenter, John Snyder
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Humans see at high resolution only within a few degrees of the direction we are looking. Moving our gaze position around the current scene, we build up the rich visual landscape we consider reality from a sparse set of details, filled in with coarser data from our peripheral vision.
Mark Finch, Brian Guenter, John Snyder
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2016
3D displays have a long history, and the most basic principles of 3D display technology, including stereoscopic and autostereoscopic 3D displays, were introduced from the mid-1800s to the early 1900s. The history begins with a stereoscope invented by Charles Wheatstone at King’s College London in 1838.
Byoungho Lee +3 more
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3D displays have a long history, and the most basic principles of 3D display technology, including stereoscopic and autostereoscopic 3D displays, were introduced from the mid-1800s to the early 1900s. The history begins with a stereoscope invented by Charles Wheatstone at King’s College London in 1838.
Byoungho Lee +3 more
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Computer, 2005
Most of the perceptual cues that humans use to visualize the world's 3D structure are available in 2D projections. This is why we can make sense of photographs and images on a television screen, at the cinema, or on a computer monitor. Such cues include occlusion, perspective, familiar size, and atmospheric haze.
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Most of the perceptual cues that humans use to visualize the world's 3D structure are available in 2D projections. This is why we can make sense of photographs and images on a television screen, at the cinema, or on a computer monitor. Such cues include occlusion, perspective, familiar size, and atmospheric haze.
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SPIE Proceedings, 2006
Display technology has made big advances in last years. Displays are flat, offer high resolution, are bright, fast and almost free of flicker. Apart from new technologies that make displays still more affordable the major direction of development turns to applications, especially TV. In this consolidation process new features are sought. Still lacking
openaire +1 more source
Display technology has made big advances in last years. Displays are flat, offer high resolution, are bright, fast and almost free of flicker. Apart from new technologies that make displays still more affordable the major direction of development turns to applications, especially TV. In this consolidation process new features are sought. Still lacking
openaire +1 more source