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Knowledge Discovery in the Digital Library: access tools for mining science

机译:数字图书馆中的知识发现:采矿科学的访问工具

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A researcher's interactions with the scientific literature are limited by its overwhelming size, resulting in ever-increasing specialization. Knowledge Discovery is the process of identifying meaningful, unknown relationships between concepts, enabling broader inquiry of the scientific literature. Although largely automated, Knowledge Discovery is an inherently participatory process. While knowledge discovery techniques can uncover hidden relationships in the data, only the user's expertise can give those relationships meaning. As such, these techniques do not replace but rather enhance the scholarly process. The role of moderating the interface between scholarship and the published literature is the core mission of the research library. By enabling researchers to data-mine the scientific literature Knowledge Discovery techniques are a natural extension of the library's role of bringing structure to information and in making that information accessible. CISTI is investigating theories in information science in order to apply knowledge discovery techniques to its collection: Linked Literature Analysis seeks to uncover hidden relationships between concepts that are causally related, and Main Path Analysis identifies the evolution of a research field based on citations. Providing seamless access to e-science makes it possibile to analyze the published literature in a way that augments the scholar's research.
机译:研究人员与科学文献的互动受到其庞大的规模的限制,从而导致专业化程度不断提高。知识发现是识别概念之间有意义,未知关系的过程,从而可以更广泛地查询科学文献。尽管知识发现在很大程度上是自动化的,但它是一个固有的参与过程。尽管知识发现技术可以发现数据中的隐藏关系,但只有用户的专业知识才能赋予这些关系含义。因此,这些技术不会替代而是增强学术过程。减轻奖学金与已发表文献之间的关系的作用是研究图书馆的核心任务。通过使研究人员能够对科学文献进行数据挖掘,知识发现技术自然地扩展了图书馆为信息带来结构并使其可访问的作用。 CISTI正在研究信息科学的理论,以便将知识发现技术应用于其收藏中:链接文献分析旨在发现因果相关的概念之间的隐藏关系,而主路径分析则根据引文确定研究领域的发展。提供对电子科学的无缝访问,使得可以通过增加学者研究的方式来分析已发表的文献。

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