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Spatial Discovery of Linked Research Datasets and Documents at a Spatially Enabled Research Library

机译:在空间启用的研究库中发现链接的研究数据集和文档的空间

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Current publishing practices in academia tend to result in data-sets that are difficult to discover. This is because datasets are not well-integrated across academic domains and they are often not linked to the documents that reference them. For these reasons, discovering datasets across domains can be challenging; for example, discovering archeological observations and biological specimens using the same search is not widely supported, even if both datasets share a similar spatial extent, like Mesoamerica. It is also challenging to retrieve relevant documents that reference datasets; for example, retrieving a series of field reports that reference archeological observations is typically not supported. Our work develops an extensible method for: (1) geographically integrating collections across disciplinary repositories and (2) connecting datasets to related documents. We describe a collection of spatially-referenced researcher datasets, capturing their metadata elements and encoding them as linked open data. We then leverage existing library services to formalize links from datasets to documents. The system described in this work has been deployed, resulting in an experimental open data site for the UCSB campus. Results indicate that this system can be scaled-up with support from an institutional repository in the near future.
机译:当前学术界的出版实践往往会导致难以发现的数据集。这是因为数据集在各个学术领域之间没有很好的集成,并且通常没有链接到引用它们的文档。由于这些原因,跨域发现数据集可能具有挑战性。例如,即使两个数据集共享相似的空间范围(例如中美洲),也无法广泛支持使用相同的搜索来发现考古观测结果和生物标本。检索引用数据集的相关文档也是一项挑战。例如,检索通常不支持参考考古观察的一系列现场报告。我们的工作开发了一种可扩展的方法,用于:(1)在地理上整合跨学科存储库的集合,以及(2)将数据集连接到相关文档。我们描述了一组空间参考的研究者数据集,捕获了它们的元数据元素并将其编码为链接的开放数据。然后,我们利用现有的图书馆服务来规范从数据集到文档的链接。这项工作中描述的系统已经部署,从而为UCSB校园建立了一个实验性的开放数据站点。结果表明,在不久的将来,借助机构存储库的支持,可以扩展该系统。

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