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Nov 30, 2006 18:35 Tetsuo Nozawa, Nikkei Electronics The National Institute of Information and Communications Technology (NICT) and Kobe University have jointly developed a thin-panel type device, which forms 3D images in the air. "This device renders transparent, reflected images.
'Three-Dimensional Display is Achievable,' NICT, Kobe Univ. Demonstrate 3D Image Technology -- Tech-On!
11/24/2010 | Liz Ahlberg, Physical Sciences Editor | 217-244-1073; eahlberg@illinois.edu CHAMPAIGN, Ill. – The long, anxious wait for biopsy results could soon be over, thanks to a tissue-imaging technique developed at the University of Illinois. The research team demonstrated the novel microscopy technique, called nonlinear interferometric vibrational imaging (NIVI), on rat breast-cancer cells and tissues. It produced easy-to-read, color-coded images of tissue, outlining clear tumor boundaries, with more than 99 percent confidence – in less than five minutes. Led by professor and physician Stephen A.
New imaging technique accurately finds cancer cells, fast | News Bureau | University of Illinois
The Master of Publishing (MPub) program is the only program in Canada to offer a postgraduate degree in publishing, and is the country’s premier training ground for publishing professionals. We provide tomorrow’s industry leaders with the tools needed to guide publishing enterprises through a dynamic and fast-paced environment. In this innovative, full-time 16-month program in SFU’s Faculty of Communication, Art, and Technology , a select cohort of 21 MPub candidates learn practical skills from faculty and guest industry professionals, within a rigorous academic environment.
Master of Publishing (MPub) | Canadian Centre for Studies in Publishing
Jan Kautz
I am an Associate Professor (Reader) in Computer Graphics in the Department of Computer Science at University College London , where I am a member of the Virtual Environments and Computer Graphics Group . My research area is computer graphics, with a particular interest in real-time rendering, illumination computation, materials, perception, high-dynamic-range imaging and color, computational photography, and video-based rendering. I have seven doctoral students, Dan Calian, Daniyar Turmukhambetov , Yotam Doron (sponsored by The Foundry ), Fabrizio Pece , Frederic Besse , Fabian Wanner (sponsored by Framestore ), and James Tompkin (sponsored by the BBC ), who are working on 3d reconstruction, rendering, computational photography, and video-based rendering. Furthermore, I have two post-docs, Neill Campbell , who is working on synthesizing photo-real objects and Kartic Subr (Newton fellow), who is working on rendering and image processing.
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LE2I - Laboratoire Electronique, Informatique et Image
COMS 6160, Advanced Topics In Computer Graphics
One of the perennial goals of computer graphics is creating high quality images which are indistinguishable from photographs---a goal referred to as photorealism. Achieving this goal requires reproducing the appearance of natural materials, ranging from human faces and clothing to leaves, the sand and the sky. Historically, specific parametric lighting and reflectance models have been developed for specific phenomena. However, these approaches have been found wanting in describing the intricate complexity of real-world surfaces. In the last decade, a major revolution in realistic computer graphics has occurred, with it becoming more common to measure large datasets of appearance from the real world.
UC Irvine Computer Vision Laboratory
Work in computer vision at Irvine focuses on the development of representations and algorithms that support the recognition of three dimensional objects in complex scenes. Research in image representation uses physical models for illuminants, surfaces, and sensors to derive models that relate image observables such as color and texture to surface and scene characteristics. These image representations are fundamental to the development of algorithms for image segmentation and description. An area of particular interest is the recovery of image descriptions that are invariant to scene properties such as the illumination environment or the geometric arrangement of objects.
MIT Media Lab on Vimeo
Sorry but we couldn't find the page you are looking for. Please check to make sure you've typed the URL correctly. You may also want to search for what you are looking for.Atmospheric and Oceanic Optics Group The Atmospheric and Ocean Optics group, in the Physics Department at the Univ. of Miami, conducts research in both theoretical and experimental environmental optics. The group is headed by Dr. Howard Gordon and Dr. Kenneth Voss . Quick List of Research Interests
Atmospheric and Ocean Optics
If you want to work with me : FAQ for prospective students and post-docs. Andrew Adams , Vladimir Bychkovsky , Jennifer Chan , Abe Davis , Tilke Judd , Jaakko Lehtinen , Jonathan Ragan-Kelley , Alec Rivers , YiChang Shih , Hijung (Valentina) Shin, Emily Whiting , Hao-Yu Wu Former students and external collaborators: Jiawen "Kevin" Chen , Forrester Cole , Anat Levin , Wojciech Matusik , Tom Annen , Thouis Ray Jones , Elmar Eisemann , Florent Duguet, Xavier Décoret , Alexis Charignon , Max Chen , Mok Oh , Yann Semet , Eric Chan , Barb Cutler , Stéphane Grabli , Matthias Zwicker , Jan Kautz, Addy Ngan , Tom Mertens, Sylvain Paris , Will Hasenplaugh, Mike Doggett , Adrien Bousseau , Taeg Sang Cho , Nicolas Bonneel , Kevin Egan , Aner Ben-Artzi , Kartic Subr , Paul Green , Sara Su , Soonmin Bae , Marco da Silva , Sam Hasinoff Resources for students (general resources about writing, career, being a sucessful graduate student) .
Frédo Durand
M.B.Mensky, I.E.Tamm Theory Department
Quantum field theory and gravity (group-theoretical and geometric methods). Quantum theory of measurement and quantum informatics. Quantum optics and quantum informational devices. Conceptual problems of quant mechanics The main results:We present a technique for capturing high-resolution 4D reflectance fields using the reciprocity property of light transport. In our technique we place the object inside a diffuse spherical shell and scan a laser across its surface. For each incident ray, the object scatters a pattern of light onto the inner surface of the sphere, and we photograph the resulting radiance from the sphere's interior using a camera with a fisheye lens. Because of reciprocity, the image of the inside of the sphere corresponds to the reflectance function of the surface point illuminated by the laser, that is, the color that point would appear to a camera along the laser ray when the object is lit from each direction on the surface of the sphere. The measured reflectance functions allow the object to be photorealistically rendered from the laser's viewpoint under arbitrary directional illumination conditions.
ICT Graphics Lab
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