| Document Date: 2009-11-04 12:12:09
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City Redwood City / / Company Walt Disney / Computing Machinery Inc. / Element BV / Intel / Princess Flamenco BV / ACM Inc. / / Currency USD / / / Facility Dinesh Manocha1 University of North Carolina / Chapel Hill / store BVs / / / IndustryTerm real time collision detection / present algorithms / collision detection algorithms / simpler assignment algorithm / lighter assignment algorithm / collision detection algorithm / greedy algorithm / update algorithms / basic culling algorithm / prior acceleration algorithms / simulation systems / linear-time refitting algorithms / / NaturalFeature Chapel Hill / / OperatingSystem Windows XP / / Organization National Science Foundation / University of North Carolina / U.S. Securities and Exchange Commission / Association for Computing Machinery / / Person Vert / Morgan Kaufmann / Triangle Pairs / / / Position flamenco dancer / author / representative / Candidate / / Product BVs / AABBs / / ProgrammingLanguage BASIC / C++ / / ProvinceOrState North Carolina / California / / PublishedMedium ACM Transactions on Graphics / Computer Graphics / / Technology RAM / three algorithms / Virtual Reality / feature-based algorithms / prior acceleration algorithms / same culling algorithm / simulation system / lighter assignment algorithm / update algorithms / ADJ algorithm / BVHbased algorithms / NO-DUPL algorithm / much simpler assignment algorithm / collision detection algorithm / greedy algorithm / basic culling algorithm / last algorithm / collision detection algorithms / fracturing / second algorithm / simulation / Animation / culling algorithm / linear-time refitting algorithms / R-Triangle algorithm / four algorithms / BASIC algorithm / / URL http /
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Fast Collision Detection for Deformable Models using Representative-Triangles Sean Curtis1 Rasmus Tamstorf2 1