The Survival of Intellectual Disabled Subjects in Social Environment Using BCI

V. Ashok, R. P. Karthik, K. Keerthana, A. R. Roshinee
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引用次数: 3

Abstract

The BCI (Brain Computer Interface) systems are used for the damaged people (i.e., subject in our project) who were not able to interact with the computer according to their brain signals. The BCI can convert the brain signal into digital form. The BCI is widely used in various fields such as education, industries, video games and medical appliances, etc. In this paper, the EEG based brain controlled Robot and home appliances using IOT was developed using BCI. Here, the Neurosky technology is used in BCI. Here, the Neurosky technology is used in BCI. The e-sense algorithm is used to characterize the mental states. And also with the help of think gear technology which is used in our headset can be able to extract the subject’s brain signal by eliminating the artifacts. The extracted brain signal is transmitted to the Arduino microcontroller using HC-05 Bluetooth module. Here the robotic module consists of Arduino microcontroller coupled with DC motor for controlling the entire system. The combination of BCI system in the brain controlled Robot by using the recommended technologies, the paralysed people can able to control their home appliances without any difficulties.
基于脑机接口的智障被试在社会环境中的生存
BCI(脑机接口)系统用于无法根据大脑信号与计算机交互的受损人员(即我们项目中的受试者)。脑机接口可以将大脑信号转换成数字形式。BCI广泛应用于教育、工业、电子游戏、医疗器械等各个领域。本文利用脑机接口(BCI)开发了基于脑电图的脑控机器人和物联网家电。这里,Neurosky技术被用于脑机接口。这里,Neurosky技术被用于脑机接口。e-sense算法用于表征心理状态。在我们耳机中使用的think gear技术的帮助下可以通过消除伪影来提取受试者的大脑信号。提取的脑信号通过HC-05蓝牙模块传输到Arduino微控制器。机器人模块由Arduino微控制器和直流电机组成,用于控制整个系统。结合脑机接口系统在脑控机器人中使用推荐的技术,瘫痪的人可以毫无困难地控制他们的家用电器。
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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