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SMAIA: A semantic model-based automatic integrated architecture for scientific computing applications

机译:SMAIA:用于科学计算应用程序的基于语义模型的自动集成架构

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The emergence of e-science provides new research methods and modes and brings scientific research into information's new era: scientists use kinds of resources located in different areas to complete their computing applications, such as scientific computing model, scientific data and computing clusters. Although this new mode has already brought many benefits, it makes people who involve in this process have to face many new problems and challenges. This paper discusses the problems and challenges scientific computing facing in distributed environment in detail; and on this discussion's results, we propose SMAIA— a semantic model-based automatic integrated architecture for scientific computing application — to meet needs in scientific computing completely, and SMAIA is also flexible and scalable. The main contribution of this paper is that the semantic based scientific computing application model and resource description, which are the core of SMAIA. Finally, we apply SMAIA in earthquake computing domain to demonstrate its capabilities.
机译:电子科学的出现提供了新的研究方法和模式,并将科学研究带入了信息的新时代:科学家利用位于不同领域的各种资源来完成其计算应用,例如科学计算模型,科学数据和计算集群。尽管这种新模式已经带来了很多好处,但它使参与此过程的人们不得不面对许多新问题和挑战。本文详细讨论了分布式环境中科学计算所面临的问题和挑战;根据讨论的结果,我们提出了SMAIA(一种基于语义模型的用于科学计算应用程序的自动集成体系结构),可以完全满足科学计算的需求,而且SMAIA也是灵活且可扩展的。本文的主要贡献是基于语义的科学计算应用模型和资源描述,这是SMAIA的核心。最后,我们将SMAIA应用于地震计算领域以证明其功能。

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