Optical Image Processing Using Light Modulation DisplaysGordon Wetzstein1, Wolfgang Heidrich1, David Luebke21The University of British Columbia 2NVIDIA Research Published in Computer Graphics Forum 29 (6) 2010, presented at Eurgraphics 2011 |
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AbstractWe propose to enhance the capabilities of the human visual system by performing optical image processing directly on an observed scene. Unlike previous work which additively superimposes imagery on a scene, or completely replaces scene imagery with a manipulated version, we perform all manipulation through the use of a light modulation display to spatially filter incoming light. We demonstrate a number of perceptually-motivated algorithms including contrast enhancement and reduction, object highlighting for preattentive emphasis, color saturation, de-saturation, and de-metamerization, as well as visual enhancement for the color blind. A camera observing the scene guides the algorithms for on-the-fly processing, enabling dynamic application scenarios such as monocular scopes, eyeglasses, and windshields. | ||||||
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Bibtex: @article{Wetzstein:10, author = {Gordon Wetzstein and Wolfgang Heidrich and David Luebke}, title = {{Optical Image Processing Using Light Modulation Displays}}, journal = {Computer Graphics Forum}, year = {2010}, volume = {29}, issue = {6}, pages = {1934--1944}, } |
