轮椅上使用语音识别传感器的混合脑机接口

M. Anousouya Devi, R. Sharmila, V. Saranya
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引用次数: 12

摘要

脑机接口是人脑与计算机之间的直接技术接口。这是一项快速发展的新兴技术,研究人员试图在大脑和计算机之间建立直接通道。在本文中,我们使用混合BCI,以便为BCI用户提供大量的命令,并提高准确性。脑机接口可以成为严重残疾人日常生活中的有力辅助工具。这项技术特别用于帮助残疾人自愿行动。在脑机接口轮椅中,我们将通过增加语音识别传感器来控制轮椅的运动,从而以更少的努力获得有效的结果。当声音和大脑发出的信号彼此同步时,它就会被转换成轮椅上的运动,通过向左、向右、加速、减速等方式移动轮椅。本文提出了一种使用语音识别传感器的轮椅脑机混合接口,可以减少残疾人对高度集中力的努力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hybrid brain computer interface in wheelchair using voice recognition sensors
Brain computer interface is a direct technological interface between a brain and the computer. It is a fast growing emergent technology in which researches try to build a direct channel between a brain and a computer. In this paper we use a Hybrid BCI in order to provide large number of commands with increased accuracy to the BCI user. BCI can serve as powerful aids for severely disabled people in their daily life. This technology is especially used to help the disabled people to move voluntarily. In BCI wheelchair the movement of the wheel chair is going to be controlled by adding voice recognition sensors in order to give an effective result with less effort. The voice and the brain signals when synchronises with each other then it is converted as a movement in the wheelchair by moving it towards left, right, accelerating, decelerating etc,. In this paper we propose a hybrid brain computer ionterface in wheelchair using voice recognition sensors which can be used by physically challenged persons by reducing the effort for high concentration power.
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