We describe the reference software architecture of parIDL, a PSE for distributed memory parallel computers that integrates the parallel software library ScaLAPACK, needed to develop and test scientific applications related to adaptive optics simulations. It incorporates a run time support for the execution of the commercial problem solving environment IDL on parallel machines, whose development has begun in a project with astronomy researchers for adaptive optic simulation of terrestrial large binocular telescopes.
Integrating scientific Software Libraries in Problem Solving Environments: a case study with ScaLAPACK / D'Amore, Luisa; Guarracino, M.; Laccetti, Giuliano; Murli, A.. - 3044:(2004), pp. 515-524. (Intervento presentato al convegno International Conference on Computational Science tenutosi a Assisi (ITALY)) [10.1007/b98051.].
Integrating scientific Software Libraries in Problem Solving Environments: a case study with ScaLAPACK
D'AMORE, LUISA;LACCETTI, GIULIANO;
2004
Abstract
We describe the reference software architecture of parIDL, a PSE for distributed memory parallel computers that integrates the parallel software library ScaLAPACK, needed to develop and test scientific applications related to adaptive optics simulations. It incorporates a run time support for the execution of the commercial problem solving environment IDL on parallel machines, whose development has begun in a project with astronomy researchers for adaptive optic simulation of terrestrial large binocular telescopes.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
