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Simulations in Geophysics and Space Physics: Minisymposium Abstract

机译:地球物理与空间物理模拟:专题讨论会摘要

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摘要

High Performance Computing (HPC) enables increasingly complex computer models of physical processes to be built. Parallel computing, adaptive grids, and other computing tools are used to solve ever larger problems, but they also increase the complexity of the software significantly and can have an impact on the reliability of the software and the results of the computations. These issues make the software and algorithms used an important part of the science produced by simulations in geophysics and space physics. However, traditional conferences and journals in geophysics and space physics do not lend themselves for presentations and discussions of details of the models. The aim of this minisymposium is to provide such a forum.
机译:高性能计算(HPC)支持构建日益复杂的物理过程计算机模型。并行计算,自适应网格和其他计算工具用于解决越来越大的问题,但是它们也显着增加了软件的复杂性,并且可能对软件的可靠性和计算结果产生影响。这些问题使软件和算法成为地球物理和空间物理模拟产生的科学的重要组成部分。但是,传统的地球物理学和空间物理学会议和期刊不适合用于模型细节的介绍和讨论。这个小型专题讨论会的目的是提供这样一个论坛。

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