一种基于脑移动接口(BMI)的智能手机自动信息系统

G. N. Jayabhavani, N. R. Raajan, J. Abirami
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引用次数: 4

摘要

提出的系统旨在通过使用脑机接口(BMI)的基于拼写器的机械化信使使输入信息机械化,从而减少输入信息的风险。使用脑电图(EEG)工具,在执行认知任务时对大脑进行成像。为了使设备体积小、使用方便,选用了无线脑电图头戴式耳机。无线脑电图耳机与内置拼写应用程序的智能手机相连接。将P300事件相关电位应用于无线脑电图头戴设备,实现基于脑电图的机械化信使的真实执行。每当用户想要发送文本时,智能手机中的内置拼写器就会发挥作用。获取的文本经过智能手机上的拼写检查器处理后传输。拟议的机械化信使将使我们能够在执行几项操作的同时发短信,打字的时间也将大大缩短。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A speller based mechanized messenger for smart phones using brain mobile interface (BMI)
The proposed system aims to condense the venture of typing a message by making it mechanized via a speller based mechanized messenger using Brain Machine Interface (BMI). Electroencephalography (EEG) tool is employed which images the brain while performing cognitive task. To make the device compactable and ease of use a wireless EEG headset is chosen. The wireless EEG headset is interfaced with the smart phone which consists of inbuilt speller application. The P300 event related potential is used in wireless EEG headset for realistic execution of EEG based mechanized messenger. Whenever the user desires to transmit a text the inbuilt speller in the smart phone comes into play. The acquired text is then transmitted after being processed with the spell checker on the smart phone. The proposed mechanized messenger will allow us to text while performing several operations as well as the time taken for typing will be considerably abridged.
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