Distributed European Infrastructure for Supercomputing Applications: Difference between revisions
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The DEISA infrastructure tightly couples the eleven national supercomputing centres which form the DEISA consortium with a dedicated (mostly 10Gbit/s) network connection provided by [[GEANT2|GÉANT2]] on the European level and the [[NREN]]s on the national level. New socalled associate partners will be connected to this infrastructure, too.
== Consortium
=== Principal partners===
The 11 principal partners of DEISA are
*[[Max Planck Gesellschaft]], Germany
*[[CSC, Scientific Computing Ltd]], Finland
▲:Leibniz Computing Centre of the Bavarian Academy of Sciences and Humanities
▲:[[Barcelona_Supercomputing_Center|Barcelona Supercomputing Center]]
▲* [[Cineca|CINECA]]
▲:European Centre for Medium-Range Weather Forecasts
▲:Jülich, Germany
▲:Institut du Développement et des Ressources en Informatique Scientifique
▲:[[Stichting_Academisch_Rekencentrum_Amsterdam|Stichting Academisch Rekencentrum Amsterdam]]
▲:[[EPCC|Edinburgh Parallel Computing Centre]]
▲:High Performance Computing Center Stuttgart (HLRS)
The 4 associate partners are
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:The Royal Institute of Technologies - Center for Parallel Computers
:Stockholm, Sweden
==Deisa Benchmark Suite==
[[DEISA]] has produced a packaged [[benchmark (computing)|benchmark suite]] to help computational
scientists in assessing the performance of parallel supercomputer
systems. The benchmark comprises a number of real applications codes
taken from a wide range of scientific disciplines. All the codes are
packaged into a structured framework allowing compilation, execution and
analysis to be configured and carried out via a set of standard input
files.
The codes have been chosen as being representative of the scientific
projects performed on the DEISA supercomputers. The codes and associated
datasets have been selected to be useful in benchmarking systems with
peak performances ranging up to hundreds of teraflops, machines which
are more powerful than a desktop PC by factors of tens of thousands.
The current suite contains codes relevant to astrophysics, fluid
dynamics, climate modelling, biosciences, materials science, fusion
power and fundamental particle physics. It has been run by DEISA on a
range of its own supercomputers and records of the results are kept for comparison. The DEISA
benchmark has already been used by the EU-funded PRACE project as a
starting point for their own investigations of benchmarks for the next
generation of petaflop supercomputers.
== External Links ==
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