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City Chichester / Davenport / New York / / Company Oxford University Press / Le Monde / Intel / John Wiley & Sons / Computer Graphics / / Country United Kingdom / / Facility University of Bath / Dinesh Manocha University of North Carolina / University of North Carolina / Chapel Hill / Utrecht University / Laboratory of Computer Science / / IndustryTerm diagram computation algorithm / computer graphics hardware / Good theoretical and practical algorithms / farthest-site / polygon rasterization hardware / divide-andconquer algorithm / roadmap algorithms / brute-force search / rasterization graphics hardware / graphtraversal algorithm / motion planning algorithm / farthest site / Real-time robot motion / particle motion planning applications / arbitrary resolution using polygon rasterization hardware / computation algorithm / divide-and-conquer algorithms / polygon rasterizing hardware / rasterization hardware / continuous algorithms / incremental algorithm / sweepline algorithm / graphics hardware / raster graphics hardware / boundary-finding algorithms / tessellation algorithms / brute-force neighbor-finding algorithm / 3D systems / graph-tracing algorithm / interpolation-based polygon rasterization hardware / topology-oriented incremental algorithm / approximate algorithm / computing / graphics systems / search structure / real-time motion / algorithms / graph-traversal algorithm / linear search / using rasterizing computer graphics hardware / / NaturalFeature Chapel Hill / Forest Baskett / / Organization University of Bath / MIT / University of North Carolina / V ( Ai ) / Purdue Univ. / Laboratory of Computer Science / Department of Computer Science / Oxford University / Utrecht University / / Person Ai / Ming Lin / John Keyser / Addison Wesley / Kenneth E. Hoff III / J.Vleugels / V / Catmull / Tim Culver / Turk / / Position motion planner / editor / Teller / simple motion planner / planner / / Product Voronoi / 2D / / ProgrammingLanguage Mathematica / R / C++ / / ProvinceOrState Alaska / New York / North Carolina / / PublishedMedium Computer Graphics / Le Monde / / Technology 2.2 Generalized Voronoi Diagrams Algorithms / sweepline algorithm / boundary-finding algorithms / raster graphics / API / divide-andconquer algorithm / approximate algorithm / Voronoi computation algorithm / Voronoi diagram computation algorithm / roadmap algorithms / continuous Voronoi algorithms / graph-traversal algorithm / graph-tracing algorithm / brute-force neighbor-finding algorithm / continuous Voronoi diagram computation algorithm / topology-oriented incremental algorithm / tessellation algorithms / graphtraversal algorithm / motion planning algorithm / graphics accelerator / raster graphics system / incremental algorithm / Voronoi algorithm / divide-and-conquer algorithms / CAD / Uart / / SocialTag 
Fast Computation of Generalized Voronoi Diagrams Using Graphics Hardware Kenneth E. Hoff III, Tim Culver, John Keyser, Ming Lin, Dinesh Manocha University of North Carolina at Chapel Hill, Dept. of Computer Science Abstr