在本地用户计算机上运行时生成数据处理器

Jigarkumar Patel, S. Dascalu, F. Harris
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引用次数: 1

摘要

科学研究中的数据互操作性是一个重大挑战。异构数据文件格式、数据结构格式和数据存储模式在科研领域非常普遍。由于数据互操作性问题,这给研究人员之间的协作带来了巨大的挑战。在我们之前的工作中,我们提出了一种基于网络的方法来生成最初用于环境科学研究人员的数据处理器,从而解决了这些挑战。本文将该解决方案更进一步,并描述了能够在本地用户计算机上生成和运行数据处理器的软件。本文详细介绍了软件解决方案的设计,并给出了用户在运行各种数据转换需求的处理器时需要遵循的步骤。所提出的解决方案功能强大且灵活,因为它可以应用于各种数据转换需求以及几乎任何类型的数据密集型科学研究。它还促进了合作,因为科学家可以共享他们定制的数据处理器,从而提高了研究活动的效率。研究人员可以从创建和生成数据处理器时使用的软件工程原则中受益,并且可以利用由不一定具有软件开发专业知识的最终用户创建的大量数据处理器的可重用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Runtime generation of data processors on local user computers
Data interoperability in scientific research is a major challenge. Heterogeneous data file formats, data structure formats, and data storage schemas are prevalent in the scientific research community. This poses a great challenge for collaboration between researchers due to data interoperability issues. In our prior work, we have addressed these challenges by proposing a web-enabled approach for generating data processors initially intended for environmental science researchers. This paper takes the solution one step further, and describes the software that enables generating and running data processors on local user computers. The paper details the design of the software solution and presents the steps that the users need to follow for running processors for a variety of data conversion needs. The solution presented is powerful and flexible as it can be applied to a large variety of data conversion needs and to practically any type of data-intensive scientific research. It also facilitates collaboration as scientists can share their custom created data processors, thus increasing efficiency in research activities. Researchers can benefit from the software engineering principles used in creating and generating data processors, and can take advantage of the reusability of numerous data processors create by end users who do not necessarily have software development expertise.
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