云自动化运行大规模量子化学模拟

N. AlRayhi, K. Salah, N. Al-Kork, A. Bentiba, Z. Trabelsi, M. A. Azad
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引用次数: 0

摘要

科学家和研究人员经常需要在强大的计算机器或平台上运行中等规模到大规模的科学计算。即使使用当今可用的强大计算平台,其中许多计算仍然需要大量的运行时间。随着云计算技术的出现,科学家们现在能够通过将计算功能外包给云系统来显着减少计算时间。我们在本文中展示了AWS(亚马逊网络服务)云计算平台如何在执行大规模计算昂贵的科学实验中实现自动化。具体来说,我们展示了如何使用公开可用的流行Amazon云平台以并行和基于集群的方式执行量子化学模拟。借助亚马逊云,我们能够将计算时间减少近五个数量级。此外,本文还为科学家和研究人员提供了许多关于如何在任何云平台上自动执行并行和基于集群的科学作业的重要指导方针、脚本和命令。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cloud Automation to Run Large-Scale Quantum Chemical Simulations
Scientists and researchers often need to run midscale to large-scale scientific computations on powerful computing machines or platforms. Even with today’s available powerful computing platforms, many of these computations still take enormous runtime. With the advent of cloud computing technology, scientists are now able to reduce significantly the computational time by outsourcing computation functions to the cloud systems. We show in this paper how AWS (Amazon Web Services) cloud computing platform can be automated in executing large-scale computationally expensive scientific experiments. Specifically, we show how quantum chemistry simulations can be executed in parallel and in a cluster-based fashion using the publicly available and popular Amazon cloud platform. With Amazon cloud, we were able to reduce the computation time by almost five orders of magnitude. In addition, the paper offers many important useful guidelines, scripts, and commands for scientists and researchers on how to automate and execute parallel and cluster-based scientific jobs on any cloud platform.
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