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The Study of Driver's Brain Activity and Behavior Using fNIRS During Actual Car Driving

机译:使用fNIRS在实际汽车驾驶过程中研究驾驶员的大脑活动和行为

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摘要

In this study, based on the measurement of brain activity and the change of accelerator and brake stroke, we tried to grasp the interaction between the driver's reaction and the driver's following behavior at the time when driver watched Variable Message Sign on actual car driving. Specifically, using fNIRS, we analyzed same driver's brain activity and driving behavior during actual car driving, and then we evaluated the interaction of both items. As a result, we confirmed that parietal association cortex and prefrontal area activated in the case of driving with recognition and judgment for the information which a driver collected from the environment during driving. Then it was suggested that it was needed to expand parietal association cortex in order to measure the brain activity. Furthermore, it was suggested that both on and off accelerator stroke were connected with the activity of prefrontal area. As a result, it was suggested that it was valid to confirm the driver's reaction at every steps, such as “recognition”, “judgment”, “behavior”, by means of being approached from a neuroscience.
机译:在这项研究中,基于对大脑活动以及加速器和制动冲程的变化的测量,我们试图掌握驾驶员在实际驾驶中观看可变消息标志时驾驶员的反应与驾驶员的跟随行为之间的相互作用。具体而言,使用fNIRS,我们分析了实际驾驶过程中同一驾驶员的大脑活动和驾驶行为,然后评估了这两项的交互作用。结果,我们通过识别和判断驾驶员在驾驶过程中从环境中收集的信息,确认了在驾驶情况下顶叶皮质和前额叶区域被激活。然后建议需要扩大顶叶缔合皮层以测量脑活动。此外,有人建议加速器的开和关都与前额区的活动有关。结果,建议通过与神经科学联系来确认驾驶员在每个步骤上的反应是有效的,例如“识别”,“判断”,“行为”。

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