PPT-GPU based ARAP Deformation using Volumetric Lattices
Author : conchita-marotz | Published Date : 2017-05-30
M Zollhöfer E Sert G Greiner and J Süßmuth Computer Graphics Group University ErlangenNuremberg Germany MotivationRequirements Intuitive modeling Handlebased
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GPU based ARAP Deformation using Volumetric Lattices: Transcript
M Zollhöfer E Sert G Greiner and J Süßmuth Computer Graphics Group University ErlangenNuremberg Germany MotivationRequirements Intuitive modeling Handlebased Direct manipulation 2. However computational aspects of lattices were not investigated much until the early 1980s when they were successfully employed for breaking several proposed cryptosystems among many other applications It was not until the late 1990s that lattices w understandbreastdensity.org. Composition of Breasts. Breasts are comprised of fibroglandular and fatty tissue.. Fibroglandular tissue includes nodes used for milk production, and ligaments. They appear white in mammograms.. Laltu. Chandra. Indian Institute of Technology Jodhpur. chandra@iitj.ac.in. Concentrated solar thermal technologies. Line Focusing (Flux concentration: up to 100 suns). Parabolic Trough Concentrator based. D. EFORMATION. . OF. 3. D. M. ODELS. Tamal. K. . Dey. , . Pawas. . Ranjan. , . Yusu. Wang. [The Ohio State University]. (CGI 2012). Problem. Perform deformations without asking the user for extra structures (like cages, skeletons . Shape Deformations . Wolfram von Funck / Holger Theisel / Hans-Peter Seidel. MPI Informatik. ACMSIGGRAPH 2006. Computer Graphics Lab.. SoHyeon Jeong. 2007/04/16. Contents. Introduction . Constructing the vector field . Lecture 10: Extrinsic Deformations. Fall . 2015. Review. Non-rigid deformation. Intrinsic. methods: deforming the boundary points. An optimization problem. Minimize shape distortion. Maximize fit. Example: . D. EFORMATION. . OF. 3. D. M. ODELS. Tamal. K. . Dey. , . Pawas. . Ranjan. , . Yusu. Wang. [The Ohio State University]. (CGI 2012). Problem. Perform deformations without asking the user for extra structures (like cages, skeletons . based. ARAP . Mesh. Deformation. M. Zollhöfer. , . A. . Vieweg, J. . Süßmuth. and G. Greiner . Computer Graphics Group, FAU Erlangen-. Nuremberg. , Germany. Motivation/Requirements. Intuitive modeling. Jiawen. Chen Dennis . Bautembach. . Shahram. Izadi. Microsoft Research, Cambridge, UK. Computer Graphics. Mian Athar Naqash. 21570550. 1. Introduction - Reconstruction. Takes . 2D image . as input. The Volumetric Flask. Volumetric Flask. Weigh out a specific mass of . anhydrous sodium carbonate. . on a . clean, dry clock . glass accurate to 0.01g.. Add the solute to a . beaker. . containing a small volume of . and . Material Property Estimation. Shane Transue and Min-. Hyung. Choi. University of Colorado Denver. ISVC 2015. December 14 – 16. Las Vegas, NV. Introduction. Objective. Motivation. Related Work. iNovember2019RWANDA URBAN DEVELOPMENT PROJECTPHASE II FOR SIX SECONDARYCITIESABBREVIATED RESETTLEMENT ACTION PLANHUYE SECONDARY CITYNOVEMBER2019Public Disclosure AuthorizedPublic Disclosure Authorized ch.. 11 of . Insight into Images. edited by Terry . Yoo. , et al.. Registration:. “Rigid” vs. Deformable. Rigid Registration:. Uses a simple transform, . uniformly. applied. Rotations, translations, etc.. Dorsa Kiaei,. a,b. . Jean-Claude Decarie. ,. c. . Sébastien Perreault,. b,d. . and . Mathieu Dehaes. a,b,c. . a . Institute of Biomedical Engineering, University of Montreal, Montréal, Canada. b .
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