地球科学观测数据的交互式径向可视化

Jie Li, Z. Meng, M. Huang, Kang Zhang
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引用次数: 5

摘要

地球科学观测数据是指由固定位置的传感器产生的多参数时间序列数据集。虽然有一些作品试图将这些数据的特征可视化,但没有一个作品将这些数据作为一个特定的类型来看待,试图从空间、时间和属性的各个方面来展现概览。对于领域专家来说,根据概述中显示的高级模式从大量观测数据中选择感兴趣的子集是很重要的。我们提出了一种新的方法来可视化地球科学观测数据在一个紧凑的径向视图。我们的解决方案由三个视觉元素组成。显示空间方面的地图位于可视化的中心,而时间和属性方面则与空间信息无缝结合。我们的方法配备了互动机制,以突出选定的特征,调整显示范围,以及交互式地生成鱼眼视图。我们通过可用性实验证明了我们的方法的有效性和可用性。实验中获得的眼动追踪记录和用户反馈证明了我们方法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Interactive Radial Visualization of Geoscience Observation Data
Geoscience observation data refers to the datasets consisting of time series of multiple parameters generated from the sensors at fixed locations. Although a few works have attempted to visualize features of these data, none of them views these data as a specific type and attempts to show the overview in all the space, time and attribute aspects. It is important for domain experts to select interested subsets from huge amounts of observation data according to the high level patterns shown in the overview. We present a novel approach to visualizing geoscience observation data in a compact radial view. Our solution consists of three visual elements. A map showing the spatial aspect is in the center of the visualization, while temporal and attribute aspects are seamlessly combined with the spatial information. Our approach is equipped with interactive mechanisms for highlighting the selected features, adjusting the display range, as well as interactively generating a fisheye view. We demonstrate the effectiveness and usability of our approach with a usability experiment. Eye tracking records and user feedbacks obtained in the experiment prove the effectiveness of our approach.
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