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Next Generation Search Interfaces - Interactive Data Exploration and Hypothesis Formulation

机译:下一代搜索界面-交互式数据探索和假设表述

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To date, the majority of Web search engines have provided simple keyword search interfaces that present the results as a ranked list of hyperlinks. More recently researchers have been investigating interactive, graphical and multimedia approaches which use ontologies to model the knowledge space. Such systems use the semantic relationships to structure the assimilated search results into interactive semantic graphs or hypermedia presentations which enable the user to quickly and easily explore the results and detect previously unrecognized associations. More recently, the proliferation of eResearch communities has led to a demand for search interfaces which automate the discovery, analysis and assimilation of multiple information sources in order to prove or disprove a particular scientific theory or hypothesis. We believe that such semi-automated analysis, assimilation and hypothesis-driven approaches represent the next generation of search engines. In this paper we describe and evaluate such a search interface which we have developed for a particular eScience application.
机译:迄今为止,大多数Web搜索引擎都提供了简单的关键字搜索界面,这些界面将结果显示为超链接的排名列表。最近,研究人员一直在研究使用本体对知识空间进行建模的交互式,图形和多媒体方法。这样的系统使用语义关系将同化的搜索结果构造为交互式语义图或超媒体表示,这使用户能够快速轻松地浏览结果并检测以前无法识别的关联。最近,eResearch社区的激增导致对搜索界面的需求,这些搜索界面可以自动发现,分析和吸收多个信息源,以证明或反证特定的科学理论或假设。我们认为,这种半自动化的分析,同化和假设驱动的方法代表了下一代搜索引擎。在本文中,我们描述并评估了我们为特定eScience应用程序开发的搜索界面。

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