Brain Controlled Wheelchair with Neurosky Mindwave

M. Mansoor, B. Naz, R. Jaffari, A. Ansari
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引用次数: 1

Abstract

A mind PC interface (BCI) is a direct neural interface between a human or creature cerebrum and an outer world. In this paper the framework is exhibited in which wheelchair is controlled utilizing EEG signals acquired from the human mind. The Neurosky item for example mind wave gadget headset is utilized to quantify the human brainwave signals. The sign are then mapped and contrasted and the reference estimation of consideration and reflection level alongside squinting eye signal. The wheelchair moves in various ways and can be controlled successfully utilizing contemplations of the individual correctly. So the human capacity is utilized successfully to control the given wheelchair utilizing precision of about 95%.
使用Neurosky脑波的脑控制轮椅
脑机接口(BCI)是人类或生物大脑与外部世界之间的直接神经接口。本文展示了利用人脑脑电信号控制轮椅的框架。例如,Neurosky项目的脑电波小工具耳机被用来量化人类的脑电波信号。然后将该符号映射和对比,并参考考虑和反射水平的估计,以及斜视的眼睛信号。轮椅以各种方式移动,可以利用个人的正确思考成功地控制。因此,成功地利用了人的能力来控制给定的轮椅,精度约为95%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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