Recovery Effect in Arousal Level and Work Efficiency by Temporary Stimulative Airflow
Recovery Effect in Arousal Level and Work Efficiency by Temporary Stimulative Airflow
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临时刺激气流对唤醒水平和工作效率的恢复效果
DOI：
10.11184/his.23.4_547
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发表时间：
2021
期刊：
影响因子：
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通讯作者：
大林 史明
中科院分区：
文献类型：
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作者：
伊藤 京子;辻 雄太;石井 裕剛;下田 宏;谷口 和宏;大林 史明
在这项研究中，研究了临时刺激以恢复上班族的觉醒水平和表现。从初步实验结果中，选择了两种气流组织形式。然后，进行了一项实验来验证这些气流的影响。实验中的参与者人数为9人。他们在实验中进行认知任务，并根据工作结果衡量参与者的工作效率。参与者在任务结束时回答了一份问卷，并检查了对气流的主观评估。在认知任务中，测量生理指标，并通过检测参与者觉醒水平的下降来暴露气流。在实验的基础上，对6名受试者的测量结果进行了分析。对比暴露前后的气流，建议气流暴露的性能恢复效果将持续15秒。作为这项研究的局限性，结果是基于6名参与者的实验结果。未来，为了进一步维持气流的恢复效果，将对拟议的气流刺激进行改进。然后，可以考虑研究一种在唤醒水平降低之前暴露气流的实验设计。通过提高气流刺激恢复效果的持续时间，预期会有更大的性能恢复效果。
In this study, temporary stimulus to restore the arousal level and performance of office workers was examined. From the results of the preliminary experiment, two kinds of airflow were selected. Then, an experiment was conducted to verify the effects of these airflows. The number of the participant was nine in the experiment. They conducted cognitive tasks in the experiment and the work efficiency of the participants was measured from the work results. The participants answered a questionnaire at the end of the task, and subjective assessment of airflow was examined. During the cognitive task, the physiological index was measured, and the airflow was exposed by detecting the decrease in the arousal level of participants. Based on the experiment, the measured results for the six participants were analyzed. Comparing between before and after exposing the airflow, the performance recovery effect due to the proposed airflows’ exposure would continue for 15 seconds. As a limitation of this study, the results were based on the experimental results of 6 participants. In the future, in order to further sustain the recovery effect by airflow, the proposed airflow stimulus will be improved. Then, it is conceivable to study an experimental design that exposes the airflow before the arousal level decreases. By improving the duration of recovery effect of airflow stimulation, the greater performance recovery effect will be expected.