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General Information:
Citation:
Rakowsky, N.
,
Frickenhaus, S.
,
Hiller, W.
,
Läuter, M.
,
Handorf, D.
and
Dethloff, K.
(2003):
A Self-Adaptive Finite Element Model of the Atmosphere
,
Realizing Teracomputing : proceedings of the Tenth ECMWF Workshop on the Use of High Performance Computing in Meteorology, Reading, UKNovember 2002 / eds.: Walter Zwieflhofer; Norbert Kreitz. Singapore [u.a.] : World Scientific
.
Cite this page as:
hdl:10013/epic.18529
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Supplementary Information:
Abstract:
An adaptive finite elemente method is introduced ina simplified, nonlinear, global atmospheric circulation model to investigateinternally generated climate variability in the atmosphere.This article focusses on two aspects of the parallel implementation:fast grid partitioning with a space filling curve approach and couplingMPI-parallel solver libraries to the OpenMP-parallel model.
Further Details:
Item Type:
Conference
Authors:
Rakowsky, Natalja
;
Frickenhaus, Stephan
;
Hiller, Wolfgang
;
Läuter, M.
;
Handorf, Dörthe
;
Dethloff, Klaus
Divisions:
AWI Organizations > Infrastructure > Computing and Data Centre
AWI Organizations > Climate Sciences > Observational Oceanography
AWI Organizations > Climate Sciences > Climate Dynamics
AWI Organizations > Climate Sciences > Sea Ice Physics
AWI Organizations > Climate Sciences > Observational Oceanography
AWI Organizations > Climate Sciences > Climate Dynamics
AWI Organizations > Climate Sciences > Sea Ice Physics
Programs:
Eprint ID:
7990