Resumen

CARRILLO-LEDESMA, Antonio; HERRERA, Ismael  y  DE LA CRUZ, Luis M.. Parallel Algorithms for Computational Models of Geophysical Systems. Geofís. Intl [online]. 2013, vol.52, n.3, pp.293-309. ISSN 2954-436X.

Mathematical models of many geophysical systems are based on the computational processing of large-scale algebraic systems. The most advanced computational tools are based on massively parallel processors. The most effective software for solving partial differential equations in parallel intends to achieve the DDM-paradigm. A set of four algorithms, the DVS-algorithms, which achieve it, and of very general applicability, has recently been developed and here they are explained. Also, their application to problems that frequently occur in Geophysics is illustrated.

Palabras llave : computational-geophysics; computational-PDEs; non-overlapping DDM; BDDC; FETI-DP.

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