Advanced Star Coordinates

Yang Sun, Jiuyang Tang, Daquan Tang, W. Xiao
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引用次数: 12

Abstract

With the development of data collection technology, effective visualization tools are needed urgently to understand the abundant multidimensional and multivariate data and information in the science, engineering and commerce fields. Star Coordinates is a traditional multivariate data visualization technique, but there are some limitations of it. In the paper we propose the advanced star coordinates (ASC), which addresses these drawbacks. ASC uses the diameter instead of the radius as the dimension axis, projects the multidimensional information object to low dimension visual space, which is meaningful to users, and designs the dimension configuration strategy to optimize the order and angle of the dimension axes. The experiment results show that the dimension configuration strategy reduces the user operation burden greatly and helps them explore the connotative characteristics of the multidimensional information aggregation quickly and exactly. The visualization result is easily understandable and expresses the dimension distribution information effectively.
高级恒星坐标
随着数据采集技术的发展,迫切需要有效的可视化工具来理解科学、工程和商业领域中丰富的多维和多元数据信息。星形坐标是一种传统的多变量数据可视化技术,但存在一定的局限性。在本文中,我们提出了先进的星坐标(ASC),以解决这些缺陷。ASC以直径代替半径作为维度轴,将多维信息对象投射到对用户有意义的低维视觉空间,并设计维度配置策略以优化维度轴的顺序和角度。实验结果表明,维数配置策略大大减轻了用户的操作负担,有助于用户快速准确地挖掘多维信息聚合的内涵特征。可视化结果易于理解,能有效地表达尺寸分布信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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