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Feasibility study of performance evaluation using national instruments based neurophysiology device (NIROD)

机译:使用基于国家仪器的神经生理学设备(NIROD)进行绩效评估的可行性研究

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This project takes the challenge to utilize the single probe methodology to evaluate the SSVEP response stimulated by various mental tasks. Reading is the main activity of interest for the research as it wholly exploits the visual sense as well as requiring full mental concentration from the subject. Most of the applications in the market today use SSVEP for visually evoked menu and characters recognition, but to the best knowledge of the authors, no research has been carried out on the analysis of the SSVEP response through a head device with only a single contact point to correlate the reading speed or learning efficiency (through visual sense) by looking at the SSVEP waveform. In order to evaluate the learning efficiency using the SSVEP data, our hypothesis is the reading activities of the neuron response itself is a stream of self-visually evoked potential. Thus, it is possible to evaluate the learning efficiency by correlated to the SSVEP of the reader or learner brain wave. A simple model is proposed to correlate the reading activity to the EEG analysis.
机译:该项目面临的挑战是如何利用单一探针方法评估各种智力任务所激发的SSVEP反应。阅读是该研究感兴趣的主要活动,因为它完全利用了视觉,并且要求受试者充分集中精神。当今市场上的大多数应用程序都使用SSVEP进行视觉诱发的菜单和字符识别,但是据作者所知,尚未进行通过仅具有单个接触点的头部设备对SSVEP响应进行分析的研究。通过查看SSVEP波形来关联阅读速度或学习效率(通过视觉)。为了使用SSVEP数据评估学习效率,我们的假设是神经元反应本身的阅读活动是一种自我视觉诱发电位的流。因此,可以通过与阅读者或学习者的脑电波的SSVEP相关来评估学习效率。提出了一个简单的模型将阅读活动与EEG分析相关联。

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