Skin: an interactive hyperstereoscopic electro installation [6490B-52]
Autostereoscopic display technology for mobile 3DTV applications [6490A-19]
A point-based tele-immersion system: from acquisition to stereoscopic display [6490A-70]
Enabling stereoscopic 3D technology [6490A-32]
Stereoscopic applications for design visualization [6490A-01]
Free viewpoint image generation using multipass dynamic programming [6490A-59]
Integral imaging system using an array of planar mirrors [6490A-43]
Multiview autostereoscopic display of 36 view using an ultrahigh-resolution LCD [6490A-27]
Visual discomfort in stereoscopic displays: a review [6490A-17]
View generation for 3D TV using image reconstruction from irregularly spaced samples [6490A-13]
Crosstalk in automultiscopic 3D displays: Blessing in disguise? [6490A-37]
Recognition of 3D objects by use of computational integral imaging reconstruction [6490A-67]
3D from compressed 2D video [6490A-55]
A prototype 3D mobile phone equipped with a next-generation autostereoscopic display [6490A-21]
Switchable lenticular based 2D/3D displays [6490A-26]
Predictive coding of depth images across multiple views [6490A-24]
MOEVision: simple multiview display with clear floating image [6490A-18]
Surrogate depth maps for stereoscopic imaging: different edge types [6490A-11]
Enhanced algorithm of image mapping method for computer-generated integral imaging system [6490A-54]
DV/HDV tape drive synchronization for immediate preview of dual camera recordings [6490A-38]
Stereoscopic medical imaging collaboration system [6490A-06]
Re-engineering the stereoscope for the 21st Century [6490A-04]
Stereo cameras on the International Space Station [6490B-46]
Real-time photorealistic stereoscopic rendering of fire [6490A-71]
Ray-space acquisition using parabolic mirror [6490A-58]
Vertical surround parallax correction [6490A-15]
Using a high-definition stereoscopic video system to teach microscopic surgery [6490A-07]
Interactive manipulation of quadric surfaces in stereo [1915-11]
Training pilots to visualize large-scale spatial relationships in a stereoscopic display [1915-09]
Effects of perspective distortion in stereoscopic video displays [1915-07]
Telecommunications applications for 3D imaging systems [1915-05]
Effects of lag and frame rate on various tracking tasks [1915-19]
New realistic 3D surface microtopography visualization technique [1915-04]
Cyclopean stereo vision for depth perception [1915-13]
Using stereoscopic video for defense teleoperation [1915-08]
New 3D from 2D visual display process [1915-16]
Developments in autostereoscopic technology at Dimension Technologies Inc. [1915-21]
Edge-pixel-based stereo correspondence through ordering-oriented neural networks [1915-14]
Stereoscopic real-time and multiplexed video system [1915-02]