Developing an End-to-End Scientific Workflow: a Case Study of Using a Reliable, Lightweight, and Comprehensive Workflow Platform in e-Science

Xiaoyu Yang
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引用次数: 9

Abstract

Service-oriented workflow provides a mechanism to automate the coordination of a sequence of tasks within a process, whereas each task is presented as a Web service and integrated into the workflow. It has become increasingly important to have an appropriate workflow platform to manage the scientific workflow lifecycle. In order to address this need, we propose to use Pipeline Pilot to manage the lifecycle of grid-based scientific workflow using SOA approach. Pipeline Pilot is a commercial software package dedicated to scientific research. It is reliable, lightweight and comprehensive. We then describe a case study of how we employ Pipeline Pilot to manage a workflow lifecycle for calculating material dielectric properties in grid environment. We also discuss lessons we learned in managing lifecycle of a service-oriented scientific workflow within e-Science.
开发端到端科学工作流:在电子科学中使用可靠、轻量级和综合工作流平台的案例研究
面向服务的工作流提供了一种机制来自动协调流程中的一系列任务,而每个任务都以Web服务的形式呈现并集成到工作流中。有一个合适的工作流平台来管理科学的工作流生命周期变得越来越重要。为了满足这一需求,我们建议使用Pipeline Pilot使用SOA方法来管理基于网格的科学工作流的生命周期。Pipeline Pilot是一款专门用于科学研究的商用软件包。它可靠、轻便、全面。然后,我们描述了一个案例研究,我们如何使用Pipeline Pilot来管理网格环境中计算材料介电特性的工作流程生命周期。我们还讨论了在e-Science中管理面向服务的科学工作流生命周期的经验教训。
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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