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A Machine Learning Approach to the Detection of Pilot’s Reaction to Unexpected Events Based on EEG Signals

机译:一种基于脑电信号的飞行员对意外事件反应检测的机器学习方法

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This work considers the problem of utilizing electroencephalographic signals for use in systems designed for monitoring and enhancing the performance of aircraft pilots. Systems with such capabilities are generally referred to as cognitive cockpits. This article provides a description of the potential that is carried by such systems, especially in terms of increasing flight safety. Additionally, a neuropsychological background of the problem is presented. Conducted research was focused mainly on the problem of discrimination between states of brain activity related to idle but focused anticipation of visual cue and reaction to it. Especially, a problem of selecting a proper classification algorithm for such problems is being examined. For that purpose an experiment involving subjects was planned and conducted. Experimental electroencephalographic data was acquired using an Emotiv EPOC
机译:这项工作考虑了将脑电图信号用于设计用于监视和增强飞机驾驶员性能的系统中的问题。具有这种功能的系统通常称为认知驾驶舱。本文介绍了此类系统所具有的潜力,尤其是在提高飞行安全性方面。另外,提出了该问题的神经心理学背景。进行的研究主要集中在区分与闲置有关的大脑活动状态之间的问题,但重点在于对视觉提示及其反应的预期。特别地,正在研究针对此类问题选择适当的分类算法的问题。为此目的,计划并进行了涉及受试者的实验。使用Emotiv EPOC获取脑电图实验数据

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