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Aerodynamics / Computer graphics / Fluid dynamics / Scientific modeling / 3D computer graphics / Computational fluid dynamics / Streamlines /  streaklines /  and pathlines / VisIt / Regular grid / Visualization / Geometry / Science


Surface Flow Visualization using the Closest Point Embedding Mark Kim∗ Charles Hansen† Scientific Computing and Imaging Institute
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Document Date: 2015-02-17 18:26:05


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File Size: 1,83 MB

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City

New York / /

Company

IBM / SIAM Journal / Elsevier Science Inc. / Nvidia / GPU / Intel / /

Country

Switzerland / United States / /

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Facility

DOE SciDAC Institute of Scalable Data Management Analysis / Imaging Institute University of Utah A BSTRACT In / /

IndustryTerm

pre-processing step / 3D line algorithm / binary search / line integral convolution algorithm / graphics hardware / graphics processor / numerical solution / /

Organization

Carbon-Capture Multidisciplinary Simulation Center / University of Utah / DOE SciDAC Institute of Scalable Data Management Analysis / Closest Point Embedding Mark Kim∗ Charles Hansen† Scientific Computing and Imaging Institute University / National Science Foundation / U.S. Securities and Exchange Commission / Eurographics Association / /

Person

Visualization / /

Position

simple memory pool manager / head / /

Product

Nvidia GeForce GTX-780 GPU / /

ProvinceOrState

Utah / New York / /

PublishedMedium

Computer Graphics / Journal of Computational Physics / /

Technology

RAM / graphics processor / three-dimensional Bresenham algorithm / fluid dynamics / line integral convolution algorithm / 3D line algorithm / simulation / Image Processing / /

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