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Analysis of fatigue with 3D TV based on EEG

机译:基于脑电图的3D电视疲劳分析

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Fatigue will be induced when people are watching 3D programs on TV. In order to reduce the negative effect, an experiment was conducted to find how3D film can do harm to the health of people. Electroencephalogram (EEG) and electro-oculogram (EOG) were used as an effective method to measure fatigue. When processing EEG signals, we discovered a new method to get blink signals which can also reflect fatigue quite well. This method was firstly used to evaluate the impact after people watching 3DTV. In this study, four segments selected from three 3D films were watched by 8 volunteers. EEG signals were recorded through the whole experiments. The average blink time (the average time people close their eyes when blinking) was calculated by all blink signals extracted from eye movement artifacts in EEG. Independent component analysis (ICA) was used to demonstrate that 3D films with large negative parallax (LNP) and slow displaying speed would induce fatigue easily.
机译:当人们在电视上观看3D节目时,会引起疲劳。为了减少负面影响,进行了一项实验来发现3D胶片如何危害人们的健康。脑电图(EEG)和眼电图(EOG)被用作测量疲劳的有效方法。在处理脑电信号时,我们发现了一种获取眨眼信号的新方法,该方法也可以很好地反映疲劳。该方法首先用于评估人们观看3DTV后的影响。在这项研究中,由8位志愿者观看了从3幅3D电影中选择的四个片段。通过整个实验记录脑电信号。平均眨眼时间(眨眼时人闭眼的平均时间)由从EEG中眼动伪影提取的所有眨眼信号计算得出。独立成分分析(ICA)用于证明具有较大负视差(LNP)和缓慢显示速度的3D影片容易引起疲劳。

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