Infrastructure Aware Scientific Workflows and Their Support by a Science Gateway

P. Kacsuk, G. Kecskeméti, A. Kertész, Z. Németh, Adam Visegradi, M. Gergely
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引用次数: 8

Abstract

The workflow interoperability problem was successfully solved by the SHIWA project if the workflows to be integrated were running in the same grid infrastructure. However, in the more generic case when the workflows were running in different infrastructures the problem has not been solved yet. In the current paper we show a solution for this problem by introducing a new type of workflow called as infrastructure-aware workflow. These are scientific workflows extended with new node types that enable the on-the-fly creation and destruction of the required infrastructures in the clouds. The paper shows the semantics of these new types of nodes and workflows and also how they can solve the workflow interoperability problem. The paper also describes how these new type of workflows can be implemented by a new service called as One Click Cloud Orchestrator and how this service can be integrated with the existing SHIWA Simulation Platform services like the WS-PGRADE/gUSE portal to provide the required functionalities of solving the workflow interoperability problem.
基于基础设施的科学工作流及其科学网关的支持
如果要集成的工作流在相同的网格基础设施中运行,那么SHIWA项目成功地解决了工作流互操作性问题。然而,在更一般的情况下,当工作流在不同的基础结构中运行时,问题还没有得到解决。在本文中,我们通过引入一种称为基础结构感知工作流的新型工作流来解决这个问题。这些是科学工作流,扩展了新的节点类型,支持在云中动态创建和销毁所需的基础设施。本文阐述了这些新型节点和工作流的语义,以及它们如何解决工作流互操作性问题。本文还描述了如何通过一个名为One Click Cloud Orchestrator的新服务来实现这些新型工作流,以及该服务如何与现有的SHIWA仿真平台服务(如WS-PGRADE/gUSE门户)集成,以提供解决工作流互操作性问题所需的功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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