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Statistical constraints on binary black hole inspiral dynamics: large scale studies using GPUs Manuel Tiglio Center for Scientific Computation and Mathematical Modeling Department of Physics Maryland Center for Fundament
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Document Date: 2011-10-10 06:51:23


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File Size: 3,78 MB

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City

Lincoln / /

Company

NVIDIA / GPU / Intel / /

Facility

UMD CUDA Center / University of Maryland / Fundamental Physics NASA-UMD Joint Space Science Institute University of Maryland Programming / /

IndustryTerm

Negligible device / energy / /

Organization

National Aeronautics and Space Administration / GPUs Manuel Tiglio Center for Scientific Computation / Scientific Computation and Mathematical Modeling Department / University of Maryland Programming of Heterogeneous Systems / University of Maryland / National Science Foundation / CUDA Center of Excellence / MIT / Physics Maryland Center / UMD CUDA Center for Excellence / National Center for Supercomputer Applications / /

Person

Burkhard Zink / John Silberholz / Chad Galley (Caltech) / Bernd Brügmann / Prince / Partnership / Peter Zaspel / /

Position

Professor / /

ProvinceOrState

Maryland / /

PublishedMedium

Classical and Quantum Gravity / Physical Review Letters / /

Technology

CPU processor / slave CPU processors / /

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