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Simulation Program Binding Technology Based on Supercomputing

机译:基于超级计算的仿真程序绑定技术

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摘要

There has been a rapid improvement every year in the performance of supercomputer, as 10 times in the past three years, as 1000 times in the past ten years. Computational science simulation is on the rise to the third method as successor of theory and experiment in medical field as well as physics and engineering. However, despite demands on a variety of fields such as medical treatment, computational engineering, researchers should spend enormous cost and time developing computer simulation program. Also, simulation program developed on this way usually dies out only after performing single separate function. To improve this problem, in this paper, we manage informal processes which produce new procedure using unstructured scientific workflow to share information about simulation program developed by users through storage and to provide optimal integrated environment for problem solving demand.
机译:超级计算机的性能每年都在迅速提高,过去三年中是10倍,过去十年中是1000倍。作为医学领域以及物理学和工程学中理论和实验的后继者,计算科学模拟正在兴起到第三种方法。但是,尽管在医疗,计算工程等各个领域都有需求,但研究人员仍应花费大量成本和时间来开发计算机仿真程序。同样,以这种方式开发的仿真程序通常仅在执行单个单独的功能后才会消失。为了解决这个问题,在本文中,我们管理非正式流程,这些流程使用非结构化的科学工作流程生成新程序,以共享有关用户通过存储开发的仿真程序的信息,并为解决问题的需求提供最佳的集成环境。

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