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The Effects of Peripheral Vision and Physical Navigation on Large Scale Visualization

机译:外围视觉和物理导航对大规模可视化的影响

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Large high-resolution displays have been shown to improve user performance over standard displays on many large-scale visualization tasks. But what is the reason for the improvement? The two most cited reasons for the advantage are (1) the wider field of view that exploits peripheral vision to provide context, and (2) the opportunity for physical navigation (e.g. head turning, walking, etc.) to visually access information. Which of these two factors is the key to advantage? Or, do they both work together to produce a combined advantage? This paper reports on an experiment that separates peripheral vision and physical navigation as independent variables. Results indicate that, for most of the tasks tested, increased physical navigation opportunity is more critical to improving performance than increased field of view. Some evidence indicates a valuable combined role.
机译:在许多大型可视化任务上,大型高分辨率显示器已经显示出比标准显示器更高的用户性能。但是,改进的原因是什么?优点的两个被引用最多的原因是(1)利用外围视觉提供背景的更广阔视野,以及(2)物理导航(例如头部转向,行走等)以视觉方式访问信息的机会。这两个因素中的哪一个是优势的关键?还是两者共同发挥优势?本文报告了将外围视觉和物理导航作为独立变量进行分离的实验。结果表明,对于大多数测试任务,增加物理导航机会对提高性能比增加视野更为关键。一些证据表明有价值的综合作用。

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