An ontology based approach to automating data integration in scientific workflows

M. Rehman, S. Jablonski, Bernhard Volz
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引用次数: 2

Abstract

Due to the proliferation of data generating devices such as sensors in scientific applications, data integration has become most challenging task since the data stemming from these devices are extremely heterogeneous in terms of structure (schema) and semantics (interpretation). In practice, integration and transformation is typically performed by the scientists manually; in fact extensive efforts are required. The approaches for automating data integration task as much as possible are badly needed. DaltOn is a generic framework that offers various functionalities for managing the data in scientific applications. In this paper, we present DaltOn's functionality for automating data integration task based on exploitation of ontologies. In addition, we also elaborate the specific module of our framework which is responsible for implementing the functionality. At last, we also present core algorithms that demonstrate a good evaluation of our approach.
基于本体的科学工作流数据集成自动化方法
由于数据生成设备(如科学应用中的传感器)的激增,数据集成已成为最具挑战性的任务,因为来自这些设备的数据在结构(模式)和语义(解释)方面极其异构。在实践中,集成和转换通常由科学家手动执行;事实上,这需要广泛的努力。目前迫切需要尽可能自动化数据集成任务的方法。道尔顿是一个通用框架,为科学应用中的数据管理提供了各种功能。在本文中,我们提出了DaltOn基于本体的自动化数据集成任务的功能。此外,我们还详细阐述了框架中负责实现功能的具体模块。最后,我们还提出了一些核心算法,这些算法对我们的方法进行了很好的评价。
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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