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Pupil Dilation and Task Adaptation

机译:学生膨胀和任务适应

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Individuals adapt to tasks as they repeatedly practice them resulting in increased overall performance. Historically, time and accuracy are two metrics used to measure these adaptations. Here we show preliminary evidence that changes in pupil dilation may be able to capture within-task learning changes. A group of enlisted Sailors and Marines completed forty-eight trials of a cognitive task while their pupils were recorded with a low-cost eye tracking system. As expected, accuracy increased across trials while reaction times significantly decreased. We found a strong, negative correlation of pupil size across the trials. These data suggest that changes in pupil dilation can be used to measure within-task adaptations.
机译:个人适应任务,因为他们反复练习它们导致整体性能提高。历史上,时间和准确性是用于衡量这些适应的两项指标。在这里,我们显示了初步证据,即瞳孔扩张的变化可能能够捕获任务内的学习变化。一群入伍的水手和海军陆战队员在用低成本的眼睛跟踪系统记录了他们的瞳孔时完成了认知任务的48名试验。正如预期的那样,在反应时间显着降低时,试验的准确性会增加。我们发现瞳孔大小在试验中发现了强烈的负相关性。这些数据表明,瞳孔扩张的变化可用于测量任务范围内的适应。

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