Development of small device for the brain computer interface with transient VEP analysis

Osano Ryohei, Iktai Masato, Matsuno Shogo, Itakura Naoaki, M. Tota
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Abstract

Recently, the input interfaces for the PC using the EEG have been studied. The visual evoked potential (VEP) caused by the blinking light is one of waveforms observed in the EEG signal. The brain computer interfaces which based on the transient VEP (TRVEP) analysis and realized the four choices also have been studied. However, now we have been using a large amplifier and AD board. Furthermore, these two devices are expensive. In this study, in order to solve this problem we developed a small and inexpensive device. In addition, we performed comparative experiments of the conventional device and performance.
小型瞬态VEP脑机接口装置的研制
近年来,人们对利用脑电信号的上位机输入接口进行了研究。闪烁光引起的视觉诱发电位(VEP)是脑电信号中观察到的波形之一。研究了基于瞬态VEP (TRVEP)分析和实现这四种选择的脑机接口。然而,现在我们一直使用大型放大器和AD板。此外,这两种设备都很昂贵。在这项研究中,为了解决这个问题,我们开发了一个小而便宜的设备。此外,我们还对常规装置和性能进行了对比实验。
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