在云中编程生态位建模工作流

D. Lezzi, Roger Rafanell, E. Torres, R. Giovanni, I. Blanquer, Rosa M. Badia
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引用次数: 11

摘要

在过去的几十年里,生物学家依靠自己的资源和工具来进行实验和存储分析结果。然而,大数据的爆炸式增长和计算方法的日益可用性发现了一个障碍,即缺乏计算和存储资源。云计算平台正在成为克服这些限制的潜在解决方案,但调整应用程序以使科学用户能够从按需获取的资源中受益是一个复杂的过程,需要多学科专业知识。EUBrazilOpenBio计划正在实施一个电子基础设施,利用欧盟和巴西现有的云技术,为生物多样性社区提供丰富的计算和数据资源。本文介绍了所选择的两个用例之一的实现,即通过COMPSs框架及其在EUBrazil OpenBio平台上的部署实现这种工作流的环境生态位建模。该方法已经在一个由VENUS-C中间件管理的云测试平台上进行了评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Programming Ecological Niche Modeling Workflows in the Cloud
In the last decades biology scientists have relied on their own resources and tools to run the experiments and store the results of the analysis. However, the explosion of big data and the growing availability of computational methods find an obstacle in the lack of computational and storage resources. Cloud computing platforms are emerging as potential solution to overcome these limitations, but adaptation of the applications to enable scientific users to benefit from resources acquired on demand is a complex process requiring multidisciplinary expertise. The EUBrazilOpenBio initiative is implementing an e-Infrastructure that provides biodiversity community with a rich set of computational and data resources exploiting existing cloud technologies from EU and Brazil. This paper presents the implementation of one of the two use cases selected, the environmental niche modeling by means of implementing such workflow through the COMPSs framework and its deployment on the EUBrazil OpenBio platform. The proposed approach has been evaluated on a Cloud test bed managed by the VENUS-C middleware.
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