Monitoring Human’s Emotion through Fast Fourier Transform Method form Brainwave Features

Akbar Muslim, A. Yudhana
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Abstract

Emotions are intrinsic to the way humans are interacting with each other. A human being can understand the emotions of another human being to a certain extent and behave in the best manner to improve the communication in a certain situation however a machine cannot. This paper aims to make an analysis of human emotion from brainwave. Certainly, this paper deals with the detection of emotions using EEG signals and based on the emotion detected. In this project an Electroencephalogram (EEG) headset will be used to record the brain signals of an individual by analyzing his/her brain state and to detect his/her emotions using FFT algorithms. Using EEG-based emotion recognition, the computer can observe the users emotional state. As a result, this will help to improve users knowing his mental state accurately. This kind of emotion analysis system will have widespread potential applications in future environments. Keywords—emotion detecting, fast fourier transform, electroencephalogram (EEG)
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利用快速傅立叶变换方法形成脑波特征来监测人的情绪
情感是人类相互交流的内在方式。人类可以在一定程度上理解另一个人的情绪,并在特定情况下以最佳方式表现以改善沟通,而机器却不能。本文旨在从脑电波的角度对人类的情感进行分析。当然,本文研究的是基于检测到的情绪,利用脑电信号进行情绪检测。在这个项目中,脑电图(EEG)耳机将通过分析一个人的大脑状态来记录他/她的大脑信号,并使用FFT算法来检测他/她的情绪。利用基于脑电图的情绪识别,计算机可以观察到用户的情绪状态。因此,这将有助于提高用户准确了解自己的精神状态。这种情感分析系统在未来的环境中具有广泛的应用潜力。关键词:情绪检测,快速傅里叶变换,脑电图
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