Parallel Algorithms for Computational Models of Geophysical Systems
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Abstract
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.
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Carrillo-Ledesma, A. ., Herrera, I. ., & de la Cruz, L. M. . (2013). Parallel Algorithms for Computational Models of Geophysical Systems. Geofisica Internacional, 52(3), 293–309. https://doi.org/10.1016/S0016-7169(13)71478-8
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