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Computational steering of CFD simulations using a grid computing environment

机译:使用网格计算环境进行CFD仿真的计算指导

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Simulation of complex phenomena is usually a long computing process and it has been traditionally performed in batch mode on large high performance computing (HPC) systems. However, advances in computer processing and networking capabilities can now be used to monitor and alter simulation parameters whilst it is running. This process is called computational steering. By combining this capability with advanced communication tools, it is now possible for a group of scientists located across the world to work collaboratively while visualising on-going simulations. This raise the possibility that researches can now share their experience and promote new ideas and solutions by exploring collaboratively the solution space of a complex simulation. In this paper, a collaborative computational steering environment specialised to solve CFD problems is presented.
机译:复杂现象的仿真通常是一个漫长的计算过程,并且传统上已在大型高性能计算(HPC)系统上以批处理模式执行。但是,计算机处理和联网功能的进步现在可以用于在运行时监视和更改模拟参数。此过程称为计算导向。通过将此功能与先进的通讯工具相结合,现在可以使世界各地的一组科学家在可视化正在进行的模拟的同时进行协作。通过合作探索复杂模拟的解决方案空间,这增加了研究人员现在可以分享其经验并推广新思想和解决方案的可能性。本文提出了一种专门解决CFD问题的协作计算指导环境。

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