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Parallel hierarchies: A visualization for cross-tabulating hierarchical categories

机译:并行层次结构:用于交叉列表化层次结构类别的可视化

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The visualization of categorical datasets is an open field of research. While a number of standard diagramming techniques exist to investigate data distributions across multiple properties, these are rarely geared to take advantage of additional data properties - either given or derived. As a result, the data display is not as expressive as it could be when incorporating these properties, and it misses out on the potential of leveraging these properties for the data's interactive exploration. In this paper, we present the visualization technique Parallel Hierarchies that is specifically tailored to take hierarchical categorizations into account. With Parallel Hierarchies, it is possible to individually adjust the desired level of detail for each categorical data property through drill-down and roll-up operations. This enables the analyst to selectively change levels of detail as the data analysis progresses and new questions arise. We illustrate the utility of Parallel Hierarchies with a demographic and a biological use case, and we report on a qualitative user study evaluating this visualization technique in an industrial scenario. (C) 2018 Elsevier Ltd. All rights reserved.
机译:分类数据集的可视化是一个开放的研究领域。尽管存在许多研究多种属性之间数据分布的标准图表技术,但这些工具很少能利用给定或派生的其他数据属性。结果,数据显示不像合并这些属性时那样表现力强,并且错过了利用这些属性进行数据交互式探索的潜力。在本文中,我们介绍了可视化技术“并行层次结构”,该技术专为考虑层次结构分类而量身定制。使用并行层次结构,可以通过向下钻取和向上滚动操作为每个分类数据属性分别调整所需的详细程度。这使分析人员可以随着数据分析的进行和新问题的出现,有选择地改变细节级别。我们用人口统计和生物学用例说明了并行层次结构的实用性,并且我们在定性的用户研究中进行了报告,该研究在工业场景中评估了这种可视化技术。 (C)2018 Elsevier Ltd.保留所有权利。

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