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Does an Eye Tracker Tell the Truth About Visualizations?: Findings While Investigating Visualizations for Decision Making

机译:眼动仪能告诉您关于可视化的真相吗?:调查可视化以进行决策时的发现

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摘要

For information visualization researchers, eye tracking has been a useful tool to investigate research participants’ underlying cognitive processes by tracking their eye movements while they interact with visual techniques. We used an eye tracker to better understand why participants with a variant of a tabular visualization called ‘SimulSort’ outperformed ones with a conventional table and typical one-column sorting feature (i.e., Typical Sorting). The collected eye-tracking data certainly shed light on the detailed cognitive processes of the participants; SimulSort helped with decision-making tasks by promoting efficient browsing behavior and compensatory decision-making strategies. However, more interestingly, we also found unexpected eye-tracking patterns with Simul- Sort. We investigated the cause of the unexpected patterns through a crowdsourcing-based study (i.e., Experiment 2), which elicited an important limitation of the eye tracking method: incapability of capturing peripheral vision. This particular result would be a caveat for other visualization researchers who plan to use an eye tracker in their studies. In addition, the method to use a testing stimulus (i.e., influential column) in Experiment 2 to verify the existence of such limitations would be useful for researchers who would like to verify their eye tracking results.
机译:对于信息可视化研究人员而言,眼动追踪一直是一种有用的工具,它可以通过跟踪参与者与视觉技术互动时的眼动情况来调查其潜在的认知过程。我们使用了眼动仪来更好地理解为什么采用表格化可视化形式“ SimulSort”的参与者在使用常规表格和典型的单列排序功能(即“典型排序”)时会比那些表现出色的参与者更好。当然,收集到的眼动数据可以阐明参与者的详细认知过程。 SimulSort通过促进有效的浏览行为和补偿性决策策略来帮助执行决策任务。但是,更有趣的是,我们还发现了Simulsort出乎意料的眼球追踪模式。我们通过基于众包的研究(即实验2)调查了意外模式的原因,该研究引发了眼动追踪方法的一个重要局限性:无法捕获周围的视觉。对于打算在研究中使用眼动仪的其他可视化研究人员而言,这一特殊结果将是一个警告。另外,在实验2中使用测试刺激(即有影响力的列)来验证是否存在此类限制的方法对于希望验证其眼动结果的研究人员也很有用。

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