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Quantum field theory / Matrix theory / Lattice models / Numerical linear algebra / Quantum chromodynamics / Standard Model / Matrix / Schur complement / Lattice / Physics / Algebra / Particle physics


Automated Code Generation for Lattice Quantum Chromodynamics and beyond Denis Barthou, Olivier Brand-Foissac, Olivier Pene, Gilbert Grosdidier, Romain Dolbeau, Christine Eisenbeis, Michael Kruse, Konstantin Petrov, Claud
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Document Date: 2014-12-23 05:33:37

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Company

Qiral / Wilson / Intel / /

Country

France / /

/

Facility

Institute of Physics / University of Paris Sud Laboratory / Gilbert Grosdidier University of Paris Sud Laboratoire de l’Accelerateur Lineaire E-mail / Denis Barthou University of Bordeaux LaBRI / /

IndustryTerm

conjugate gradient algorithm / matrix product / well-established simulation software / interconnect networks / tensor product / performance computing experts / computing / tensor products / vector-matrix product / algorithmic solution / /

Organization

University of Paris Sud Laboratory of Theoretical Physics E-mail / Gilbert Grosdidier University / Institute of Physics / Denis Barthou University of Bordeaux LaBRI / /

Person

Christine Eisenbeis / Claude Tadonki / Denis Barthou / Michael Kruse / Konstantin Petrov / Gilbert Grosdidier / Donald Knuth / Olivier Pene / Romain Dolbeau / /

Position

physicist / speaker / LATEX typesetter / /

ProgrammingLanguage

Mathematica / LaTeX / C / /

PublishedMedium

Journal of Physics /

Technology

expression simplification Algorithms / CGNR algorithm / conjugate gradient algorithm / simulation / same algorithm / shared memory / DSL / /

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