I. Hinder / GPU / Pearson / Compact Binary Systems / NVIDIA / Intel / /
Country
Uruguay / Argentina / /
Facility
College Park / Laser Interferometer Gravitational-Wave Observatory / University of Maryland / /
IndustryTerm
e-prints / final black hole spin vector dot products / spin scalar product / scientific computing perspective / final spin scalar product / final scalar products / scalar products / final dot product / final scalar product / computing / large-scale bank / scalar product / black hole spin vector dot products / scientific computing / /
Organization
University of Maryland / National Science Foundation / University of Maryland / College Park / Universidad Nacional / Center for Fundamental Physics / Manuel Tiglio Department of Physics / USA John Silberholz Center for Scientific Computation and Mathematical Modeling / Graphics Processing Units Frank Herrmann Department of Physics / Center for Scientific Computation and Mathematical Modeling / /
Person
Michael Boyle / Nail Gumerov / Bernd Bruegmann / Yi Pan / Abdul H. Mroue / M. D. Hannam / Michele Vallisneri / George Stantchev / Prince / Benjamin Aylott / Gustavo Guerberoff Facultad de Ingenier / Sascha Husa / George Marsaglia / Rafael Laguardia / Saul Teukolsky / S. Husa / J. A. Gonzalez / Mark A. Scheel / Bernd Br / Jeremy D. Schnittman / Jose A. Gonzalez / William Dorland / Chen / Benno Willke / Harald P. Pfeiffer / Ramani Duraiswami / Mark Hannam / Alessandra Buonanno / U. Sperhake / Ulrich Sperhake / Saul A. Teukolsky / Manuel Tiglio / Duncan A. Brown / Gregory B. Cook / / /
Position
runtime CUDA scheduler / professor / ArXiv General / /
Integrating Post-Newtonian Equations on Graphics Processing Units Frank Herrmann Department of Physics, Center for Fundamental Physics, and Center for Scientific Computation and Mathematical Modeling, University of Maryl