Managing Large-Scale Scientific Computing in Ensemble Prediction Using BPEL

Cancan Liu, Weimin Zhang, Zhigang Luo, X. Cao, Hai Liu
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引用次数: 0

Abstract

The development of large-scale parallel scientific computing applications has put forward more urgent demands for powerful computing capacities and complex process managing technologies. Meanwhile, the scientific experiment processes become more and more complicated which makes it becomes a hard work for e-scientists to control the experiment analysis processes by hand. In this paper, we provide a scientific workflow system called EPSWFlow for the escientists in climate domain for services composition and workflow orchestration. In order to integrate the large number of the existing legacy applications into the system, we provide a service wrapping method and a unified interface for the workflow users to access to the services. The workflow system can process the experiment process dynamically and manage the heterogeneous grid resources transparently.
使用BPEL管理集成预测中的大规模科学计算
大规模并行科学计算应用的发展,对强大的计算能力和复杂的过程管理技术提出了更为迫切的要求。与此同时,科学实验过程变得越来越复杂,手工控制实验分析过程成为电子科学家的一项艰巨任务。在本文中,我们为气候领域的科学家提供了一个名为EPSWFlow的科学工作流系统,用于服务组合和工作流编排。为了将大量现有的遗留应用程序集成到系统中,我们提供了服务包装方法和工作流用户访问服务的统一接口。工作流系统能够对实验过程进行动态处理,并对异构网格资源进行透明管理。
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