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Topic 15: High Performance and Scientific Applications

机译:主题15:高性能和科学应用

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摘要

Many fields of science and engineering are characterized by an increasing demand for computational resources. Coupled with important algorithmic advances, high performance computing allows for the gain of new results and insights by utilizing powerful computers and big storage systems. Workflows in science and engineering produce huge amounts of data through numerical simulations and derive new knowledge by a subsequent analysis of this data. Progress in these fields depends on the availability of HPC environments, from medium sized teraflops systems up to leading petaflops systems. The High Performance and Scientific Applications Topic highlights recent progress in the use of high performance parallel computing and puts an emphasis on success stories, advances of the state-of-the-art and lessons learned in the development and deployment of novel scientific and engineering applications.
机译:许多科学和工程领域的特点是对计算资源的需求越来越大。再加上重要的算法预处理,高性能计算允许通过利用强大的计算机和大存储系统来获得新的结果和见解的增益。科学和工程的工作流程通过数值模拟产生大量数据,并通过随后的此数据进行了分析来源的新知识。这些字段中的进展取决于HPC环境的可用性,从中型Teraflops系统到领先的Petaflops系统。高性能和科学应用的主题突出了使用高性能并行计算的最新进展,并强调成功案例,最先进的和经验教训在开发和部署新颖的科学和工程应用中的发展。

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