Model-driven Engineering for High-Performance Computing Applications
David Lugato, Jean‐Michel Bruel, Ileana Ober · InTech eBooks · 2010
Whilst implementation of techniques presented in this paper will be finished in the future months, the CEA/CESTA regarding first initial studies believe in all the potential of these technologies not only in terms of cost and production lead time for new high performance scientific computing codes but also in terms of the maintenance aspects resulting from such codes. In this article, we have presented the first building bricks of UML-HPC. As illustrated in Fig. 1, we have to date focused on the Design and Code aspects. In the near future, we hope to reassemble the V cycle to integrate all the requirements definition and thus automate a new part of the design process. Similarly, the services presented in the article have yet to be finalized but will rapidly become inescapable in an industrial use of Archi-MDE. We shall initially focus on the optimization aspects before progressively integrating more model-checking and the implementation of a multi-source code generator.