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City sheet buffer / / / Facility Information Science The Ohio State University / Chapel Hill / The Ohio State University / Chapel Hill Volume Visualization Workshop / / IndustryTerm 2D texture mapping hardware / medical imaging technologies / sheet-based algorithm / progressive refinement algorithm / selection algorithm / volume rendering applications / hardware solutions / polygon graphics hardware / binary search / adaptive algorithm / graphics hardware / much graphics hardware / intensive data pre-processing / shear-warp algorithm / optimized polygon graphics hardware / volume rendering algorithm / dedicated custom hardware / 3D texture mapping hardware / feed-forward volume rendering algorithm / tomographic reconstruction using texture mapping hardware / energy / / NaturalFeature MRI waterfall / CT waterfall / Ultrasound waterfall / PET waterfall / Chapel Hill / SPECT waterfall / / Organization Ohio Supercomputer Center / Dreese Lab / Sheet Buffer-Based Splatting Klaus Mueller and Roger Crawfis Department of Computer / office of Research / The Ohio State University / Columbus / / Person Lee Westover / K. Kim / J. Wilhelms / Van Gelder / A. Van Gelder / Ray Tracing / Volume Rendering / Roger Crawfis / / Position hb / representative / Porter / hf hb wslab hf +hb / hf +hb / Feed-Forward / / PublishedMedium Computer Graphics / / Technology selection algorithm / medical imaging technologies / LAN / raycasting algorithm / sheet-based algorithm / progressive refinement algorithm / splatting algorithm / shear-warp algorithm / Ultrasound / feed-forward volume rendering algorithm / animation / adaptive algorithm / volume rendering algorithm / MRI / / URL http / SocialTag 
Appeared in the Proceedings of the Visualization’98 conference, pp[removed]Eliminating Popping Artifacts in Sheet Buffer-Based Splatting Klaus Mueller and Roger Crawfis Department of Computer and Information Science