Technical Papers

Technical Papers

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Stereo and Light Fields

Thursday, 15 December 16:15 - 18:25 | Convention Hall B

Session Chair
Karol Myzskowski

	Polarization Fields: Dynamic Light Field Display Using Multi-Layer Liquid Crystal Displays We introduce polarization fields as an optically-efficient construction for dynamic light field display with layered Liquid Crystal Displays (LCDs). We construct a prototype and show interactive display using a GPU-based implementation. Douglas Lanman, Massachusetts Institute of Technology Gordon Wetzstein, University of British Columbia Matthew Hirsch, Massachusetts Institute of Technology Wolfgang Heidrich, University of British Columbia Ramesh Raskar, Massachusetts Institute of Technology
	Computing and Fabricating Multilayer Models We show how to compute multilayer models - for example a parallel stack of high-resolution semi-transparent 2D images - from 3D surface models or volumetric data. Michael Holroyd, University of Virginia and Disney Research Zurich Ilya Baran, Disney Research Zurich Jason Lawrence, University of Virginia Wojciech Matusik, Massachusetts Institute of Technology and Disney Research Zurich
	C1x6: A Stereoscopic Six-User Display for Co-located Collaboration in Shared Virtual Environments The first large screen stereoscopic multi-viewer display provides precise horizontal and vertical parallax for six tracked users. The system includes novel application-controlled shutter glasses with improved switching speed and contrast ratio. Augmented group navigation techniques facilitate the exploration of virtual environments in large groups. Alexander Kulik, Bauhaus-Universität Weimar Andre Kunert, Bauhaus-Universität Weimar Stephan Beck, Bauhaus-Universität Weimar Roman Reichel, Bauhaus-Universität Weimar Roland Blach, The Fraunhofer Society Armin Zink, Digital Image Bernd Froehlich, Bauhaus-Universität Weimar
	OSCAM - Optimized Stereoscopic Camera Control for Interactive 3D We derive constraints on the interaxial and convergence that let our controller automatically adapt to any given viewing situation and 3D scene, providing full control over the perceived depth range. Thomas Oskam, The Swiss Federal Institute of Technology Zurich Alexander Hornung, Disney Research Zurich Huw Bowles, Disney Interactive Studios Kenny Mitchell, Disney Interactive Studios Markus Gross, Disney Research Zurich and The Swiss Federal Institute of Technology Zurich
	Multi-perspective Stereoscopy from Light Fields We propose a framework for flexible stereoscopic disparity manipulation and content post-production. Our method computes multi-perspective stereoscopic output images from a 3D light field that satisfies arbitrary prescribed disparity constraints. We achieve this by computing piecewise continuous cuts through the light field, enabling per-pixel disparity control. Changil Kim, The Swiss Federal Institute of Technology Zurich and Disney Research Zurich Alexander Hornung, Disney Research Zurich Simon Heinzle, Disney Research Zurich Wojciech Matusik, Massachusetts Institute of Technology and Disney Research Zurich Markus Gross,The Swiss Federal Institute of Technology Zurich and Disney Research Zurich

Technical Papers

Stereo and Light Fields

Polarization Fields: Dynamic Light Field Display Using Multi-Layer Liquid Crystal Displays

Computing and Fabricating Multilayer Models

C1x6: A Stereoscopic Six-User Display for Co-located Collaboration in Shared Virtual Environments

OSCAM - Optimized Stereoscopic Camera Control for Interactive 3D

Multi-perspective Stereoscopy from Light Fields