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The Application of Cloud Computing to Astronomy: A Study of Cost and Performance

机译:云计算在天文学中的应用:成本与性能研究

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Cloud computing is a powerful new technology that is widely used in the business world. Recently, we have been investigating the benefits it offers to scientific computing. We have used three workflow applications to compare the performance of processing data on the Amazon EC2 cloud with the performance on the Abe high-performance cluster at the National Center for Supercomputing Applications (NCSA). We show that the Amazon EC2 cloud offers better performance and value for processor- and memory-limited applications than for I/O-bound applications. We provide an example of how the cloud is well suited to the generation of a science product: an atlas of period grams for the 210,000 light curves released by the NASA Kepler Mission. This atlas will support the identification of periodic signals, including those due to transiting exoplanets, in the Kepler data sets.
机译:云计算是一种强大的新技术,广泛应用于商业世界。最近,我们一直在调查它为科学计算提供的好处。我们使用了三个工作流应用程序来比较Amazon EC2云处理数据的性能,并在国家超级计算应用中的ABE高性能集群上的性能(NCSA)。我们表明Amazon EC2云为处理器和内存限制应用程序提供了更好的性能和值,而不是I / O绑定应用程序。我们提供了云彩如何适应生成科学产品的示例:NASA开普勒任务发布的210,000个光曲线的周期克的图集。该地图集将支持识别PECPLER数据集中的周期性信号,包括转运EXOPLANET的定期信号。

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