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首页> 外文期刊>Advanced Research in Electrical and Electronic Engineering: AREEE >Artificial Intelligence Based Automation & Braking System for Cars Using Open Source BCI Technology
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Artificial Intelligence Based Automation & Braking System for Cars Using Open Source BCI Technology

机译:基于人工智能的自动化& 使用开源BCI技术的汽车制动系统

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摘要

A new design of speed control, automation and braking system for cars incorporating open source Brain-Computer Interface technology is proposed in this paper. In traditional cruise control system, accidents may occur, if there exist any lack of concentration. To overcome this an automated system controlled by brain waves is proposed. In the open source BCI, Brain waves are obtained as voltage fluctuations and Ionic current through high sensitivity electrodes from which they are categorizes based on its frequency limit. The signal acquisition part conditions the extremely low frequency radio waves. By employing machine learning algorithm, signals are converted into codes- machine language and is transmitted. The received signals after error detection and filtration process is compared with the actual value determined by the Hall sensor fixed at the rear wheel of the car. The output of the comparator is fed to decision device which controls the mechanical system and performs the operation. Along with this automated system, additional guidance is provided to the user by means of Voice Guidance based Bluetooth module. The proposed mind reader section is in the form of a head set.
机译:本文提出了采用开源脑电脑接口技术的汽车速度控制,自动化和制动系统的新设计。在传统的巡航控制系统中,如果存在任何浓度,可能会发生事故。为了克服这一点,提出了一种由脑波控制的自动化系统。在开源BCI中,通过高灵敏度电极获得脑波作为电压波动和离子电流,从中分类为基于其频率限制。信号采集部分条件条件极低的频率无线电波。通过采用机器学习算法,将信号转换为代码机语言并被传输。将出现错误检测和过滤过程之后的接收信号与由固定在汽车后轮上的霍尔传感器确定的实际值进行比较。比较器的输出被馈送到控制机械系统并执行操作的决策设备。随着这种自动化系统,通过基于语音引导的蓝牙模块向用户提供了附加指导。所提出的思想读者部分是头套的形式。

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