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Cata-Fisheye Camera for Panoramic Imaging Posted by: ColumbiaVisionLab
Video duration: 136 seconds http://www1.cs.colum bia.edu/CAVE/project s/catafisheye/ The cata-fisheye camera is a panoramic imaging system which uses a curved mirror as a simple optical attachment to a fisheye lens. The cata-fisheye camera has a simple, compact and inexpensive design, and at the same time yields high optical performance. Related: camera, catadioptric, computational, imaging, panoramic, wide-angle |
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Speech-Enabled Avatars Posted by: ColumbiaVisionLab
Video duration: 162 seconds http://www1.cs.colum bia.edu/CAVE/project s/avatar/ The goal of this work is to create speech-enabled avatars of faces that provide realistic facial motion from text or speech inputs. Such speech-enabled avatars can significantly enhance user experience in a variety of applications including mobile messaging, information kiosks, advertising, news reporting and videoconferencing. Related: 3d, animation, avatar, cube, face, image, single, speech, ssle |
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Flexible Mirror Imagiing Posted by: ColumbiaVisionLab
Video duration: 193 seconds http://www1.cs.colum bia.edu/CAVE/project s/flexible_mirror/ The field of view of a traditional camera has a fixed shape, which limits how we compose scene elements into an image. We present a novel imaging system with a flexible field of view - the size and shape of the field of view can be varied to achieve the desired scene composition Related: catadioptric, field, flexible, imagin, mirror, of, view |
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Lightfield Transfer Posted by: ColumbiaVisionLab
Video duration: 241 seconds We develop a method based on projected and acquired lightfields, to have real and synthetic objects interact, including multiple bounces of global illumination between them. Related: field, global, illumination, light, relighting |
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Fast Separation of Direct and Global Images Posted by: ColumbiaVisionLab
Video duration: 325 seconds http://www1.cs.colum bia.edu/CAVE/project s/separation/ The goal of this project is to develop efficient methods for separating the direct and global (or indirect) components of a scene lit by a single light source and viewed by a camera. We show that the direct and global components at all scene points can be efficiently measured by using high frequency illumination patterns. Related: camera, computational, direct, global, illuminati, illumination |
