Electroencephalogram based Movable Electric Wheelchair for Differently Abled Person

K. Jayabharathy, B. Muralidaran, M. Kumar
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引用次数: 1

Abstract

The objective of this paper is to design a movable electric wheel chair for the Quadriplegia patients. Quadriplegia patients are those people who cannot move any of their appendages in the body underneath their necks. An EEG-based cerebrum-controlled wheelchair has been developed to utilize the Brain PC interface (BCI). The designed chair uses Neurosky mind wave EEG headset. The Atmel Microcontroller is modified utilizing Arduino and MATLAB Programming language to send the BCI yield to perform forward in reverse and rotational developments in the wheelchair. This wheelchair will be a great help for the patients with mobility impairments.
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基于脑电图的残疾人移动电动轮椅
本文的目的是为四肢瘫痪患者设计一种可移动的电动轮椅。四肢瘫痪的病人是那些不能移动脖子下面身体的任何附属物的人。利用脑机接口(BCI),研制了一种基于脑电图的脑控轮椅。设计的椅子使用Neurosky脑电波脑电图耳机。利用Arduino和MATLAB编程语言修改Atmel微控制器,发送BCI产量,以在轮椅上执行反向和旋转开发。这台轮椅将对行动不便的病人有很大的帮助。
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