Difference between revisions of "Application Experts"
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** Code optimisation in C and Fortran | ** Code optimisation in C and Fortran | ||
* Application areas and applications worked on include: Lattice quantum field theory, Biomolecular systems (Applications: NAMD, Gromacs), Computational plasma physics (Applications: Centori, GS2, GEM), Computational chemistry (Applications: Siesta, Castep, CP2K, GPAW), Computational fluid dynamics (Application: EBL3, OpenFOAM) | * Application areas and applications worked on include: Lattice quantum field theory, Biomolecular systems (Applications: NAMD, Gromacs), Computational plasma physics (Applications: Centori, GS2, GEM), Computational chemistry (Applications: Siesta, Castep, CP2K, GPAW), Computational fluid dynamics (Application: EBL3, OpenFOAM) | ||
+ | * HPC training (general HPC, MPI, OpenMP) | ||
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Revision as of 12:10, 3 May 2011
Contents
Torben Rasmussen, NSC
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Chandan Basu, NSC
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Johan Raber, NSC
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Joel Hedlund, NSC
Joachim Hein, Lunarc & EPCC
- Parallel expert
- Working at Lunarc, Lund University, since 2010
- Working at EPCC, The University of Edinburgh, since 2002
- Doctorate in theoretical Physics (Lattice quantum field theory), Hamburg University, Germany, 1996
- Areas of expertise include:
- Message Passing with MPI
- Shared memory programming with OpenMP
- Code optimisation in C and Fortran
- Application areas and applications worked on include: Lattice quantum field theory, Biomolecular systems (Applications: NAMD, Gromacs), Computational plasma physics (Applications: Centori, GS2, GEM), Computational chemistry (Applications: Siesta, Castep, CP2K, GPAW), Computational fluid dynamics (Application: EBL3, OpenFOAM)
- HPC training (general HPC, MPI, OpenMP)
Jonathan Vincent, PDC
[[image:|frame|left|Jonathan Vincent]] |
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Rossen Apostolov, PDC
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Lilit Axner, PDC/KTH
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Daniel Spångberg, UPPMAX