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Evaluating a Method of Offline Detection of P3 Waves

机译:评估P3波的离线检测方法

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摘要

Interest in using portable devices in neuroscience applications for people with serious motoric deficits has been growing in the last few years. The Emotiv EPOC~+ headset is one such device. This study aimed to assess the ability of this headset to determine event-related potentials and especially P3. Four healthy subjects participated in this experiment during which the headset recorded potential evoked by auditory and visual stimuli. The method, the program of stimuli, the results of the measurements as well as the statistical approaches have already been established in previous studies. The measurements were performed with the headset and the software TestBench attached to the device. Data analysis was performed offline on electrodes FC5, FC6, F3, F4, P7, P8, O1 and O2. The Emotiv EPOC~+ headset was capable to distinguish the characteristic deflections of the P3 component of event-related potentials. Even across a small number of subjects and trials the high signal-to-noise ratio of the device did not preclude a statistically significant result. The result obtained can be considered as a first step in determining P3 or other ERP components using Emotiv EPOC~+.
机译:在过去的几年里,对具有严重摩托车赤字的人们在神经科学应用中使用便携式设备的兴趣。 EMEMIV EPOC〜+耳机是一种这样的装置。本研究旨在评估该耳机确定与事件相关的电位,特别是P3的能力。在这个实验中参加了四个健康的科目,在此期间,耳机记录的潜力被听觉和视觉刺激引起。该方法,刺激程序,测量结果以及统计方法已经在先前的研究中建立。用耳机和附接到该装置的软件测试台进行测量。在电极FC5,FC6,F3,F4,P7,P8,O1和O2上离线进行数据分析。 Emotiv Epoc〜+耳机能够区分与事件相关电位的P3分量的特征偏转。即使跨越少数科目和试验,设备的高信噪比也没有排除统计上显着的结果。所获得的结果可以被认为是使用Emotiv EPOC〜+确定P3或其他ERP组件的第一步。

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