移动定位的自我中心网络数据分析

Mingqian Zhao, Yijia Su, Jian Zhao, Shaoyu Chen, Huamin Qu
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引用次数: 6

摘要

随着增强现实技术的复兴和移动平台的普及,定位分析已经变得流行和重要。然而,现有的located Analytics只能辅助简单的可视化分析任务,如数据检索,而且大多数能够辅助复杂可视化分析的可视化系统仅为桌面设计。因此,关于如何使桌面可视化系统适应移动平台,仍然存在许多悬而未决的问题。在本文中,我们进行了一项研究,讨论在将现有桌面系统适应移动平台的过程中所面临的挑战和权衡。以我们感兴趣的一个具体例子egoSlider为例[Wu et al. 2016],一个为适应iPhone平台而量身定制的四视图动态自我中心网络可视化系统。我们研究了不同的视图管理技术和交互如何影响呈现多尺度可视化的有效性,包括散点图和故事线可视化。同时,设计了新颖的主视图+缩略图界面布局,以支持移动平台上多个视图之间的平滑链接。我们通过与四位数据可视化专家的专家访谈来评估我们系统的有效性。
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Mobile situated analytics of ego-centric network data
Situated Analytics has become popular and important with the resurge of Augmented Reality techniques and the prevalence of mobile platforms. However, existing Situated Analytics could only assist in simple visual analytical tasks such as data retrieval, and most visualization systems capable of aiding complex Visual Analytics are only designed for desktops. Thus, there remain lots of open questions about how to adapt desktop visualization systems to mobile platforms. In this paper, we conduct a study to discuss challenges and trade-offs during the process of adapting an existing desktop system to a mobile platform. With a specific example of interest, egoSlider [Wu et al. 2016], a four-view dynamic ego-centric network visualization system is tailored to adapt the iPhone platform. We study how different view management techniques and interactions influence the effectiveness of presenting multi-scale visualizations including Scatterplot and Storyline visualizations. Simultaneously, a novel Main view+Thumbnails interface layout is devised to support smooth linking between multiple views on mobile platforms. We assess the effectiveness of our system through expert interviews with four experts in data visualization.
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