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Visualizing Knowledge Domain Citation and Semantic Structure

机译:可视化知识域引用和语义结构

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摘要

Researchers are faced with a wide range of tasks when interacting with the literature of a scientific field. These tasks range from determining the field's seminal documents, for the individual beginning investigation in an area, to keeping abreast of current literature and emerging trends, for a scientist working in the field. Visualization can provide one mechanism for ordering documents and revealing structure and relations within a knowledge domain. The system described in this paper provides visual representations of document collections, using both citation information for individual documents and the semantic structure of the document collection, to form interactive visualizations that the user can explore. The system is currently in use with the Citeseer index and provides tools that display the citation structure of a user-defined domain. This bibliometric network is augmented by semantic information derived using a cosine term vector analysis of documents to provide a similarity metric among documents. Supplementary network information from this semantic analysis is used to augment the citation network and provide domain information that reflects documents' content relations.
机译:在与科学领域的文献互动时,研究人员面临着广泛的任务。这些任务范围从确定领域的开场文档,为一个地区的个人开始调查,以及时了解当前的文学和新兴趋势,为在该领域的科学家。可视化可以提供一个机制,用于订购文档和揭示知识域内的结构和关系。本文中描述的系统提供了文档集合的可视化表示,使用文档集合的单个文档和语义结构的引用信息,形成用户可以探索的交互式可视化。该系统目前正在与CITESEER索引一起使用,并提供显示用户定义域的引文结构的工具。该伯格计量网络由使用余弦术语矢量分析的文档导出的语义信息来增强,以在文档中提供相似度度量。来自该语义分析的补充网络信息用于增强引文网络并提供反映文档内容关系的域信息。

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