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Consideration for Interpretation of Brain Activity Pattern during Car Driving Based on Human Movements

机译:基于人体运动的汽车行驶中大脑活动模式解释的思考

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The purpose in this research is to contribute to developing of assis-tive robot and related-apparatus. Recently, there is a pressing need to develop a new system which assists and acts for car driving and wheelchair for the elderly as the population grows older. In terms of developing a new system, it is thought that it is important to examine behaviors as well as spatial recognition. Therefore, experiments have been performed for an examination of human spatial perceptions, especially right and left recognition, during car driving using NIRS. In previous research, it has been documented that there were significant differences at dorsolateral prefrontal cortex at left hemisphere during virtual driving task and actual driving. In this paper, brain activity during car driving was measured and detailed analysis was performed by segmentalizing brain activity during car driving on the basis of subjects' motion. So, we report the relationship between brain activity and movement concerned with perception during driving in this paper.
机译:本研究的目的是为辅助机器人及相关设备的开发做出贡献。近来,迫切需要开发一种新系统,随着人口的老龄化,该系统可为老年人的汽车驾驶和轮椅提供帮助并发挥作用。在开发新系统方面,认为检查行为以及空间识别很重要。因此,已经进行了用于在使用NIRS的汽车驾驶过程中检查人类空间感知(尤其是左右识别)的实验。在以前的研究中,已经证明在虚拟驾驶任务和实际驾驶过程中,左半球的背外侧前额叶皮层存在显着差异。在本文中,对驾驶过程中的大脑活动进行了测量,并根据受试者的运动对驾驶过程中的大脑活动进行了细分,从而进行了详细的分析。因此,我们在本文中报告了大脑活动与驾驶过程中与感知有关的运动之间的关系。

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