孔子:一个使用协同科学工作流的科学协作系统

Jia Zhang, D. Kuc, Shiyong Lu
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引用次数: 15

摘要

大规模科学数据的管理和分析通常依赖于许多具有不同专业知识的分布式科学家。近年来,这样的协作工作通常被组合并自动化为面向数据流的过程,即所谓的科学工作流。然而,现有的科学工作流工具是面向单一用户的,不支持多个分布式科学家之间协作的科学工作流组合、执行和管理。在本文中,我们报告了我们对协作协议的研究,以构建支持协作科学工作流组合的工具。在科学协作本体的基础上,提出了一种由协作原语和模式支持的协作模型。然后应用协作协议支持协作工作流组合过程中有效的并发控制。
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Confucius: A Scientific Collaboration System Using Collaborative Scientific Workflows
Large-scale scientific data management and analysis usually relies on many distributed scientists with diverse expertise. In recent years, such a collaborative effort is often composed and automated into a dataflow-oriented process, a so-called scientific workflow. However, existing scientific workflow tools are single user-oriented and do not support collaborative scientific workflow composition, execution, and management among multiple distributed scientists. In this paper, we report our study of collaboration protocols towards building a tool supporting collaborative scientific workflow composition. Based on a scientific collaboration ontology, we propose a collaboration model supported by a set of collaboration primitives and patterns. The collaboration protocols are then applied to support effective concurrency control in the process of collaborative workflow composition.
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