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Human Emotion Estimation from EEG and Face Using Statistical Features and SVM

机译:使用统计特征和SVM从EEG和面部进行人类情感估计

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An approach is presented in this paper for automated estimation of human emotions fromcombination of multimodal data: electroencephalogram and facial images. The used EEGfeatures are the Hjorth parameters calculated for theta, alpha, beta and gamma bands takenfrom pre-defined channels. For face emotion estimation PCA feature are selected. Classificationis performed with support vector machines. Since the human emotions are modelled ascombinations from physiological elements such as arousal, valence, dominance, liking, etc.,these quantities are the classifier’s outputs. The best achieved correct classificationperformance for EEG is about 76%. Classifier combination is used to return the final score forthe particular subject.
机译:本文提出了一种通过多模式数据(脑电图和面部图像)的组合自动估计人类情绪的方法。使用的EEG功能是针对从预定义通道获取的theta,alpha,beta和gamma波段计算的Hjorth参数。对于面部情绪估计,选择了PCA功能。使用支持向量机进行分类。由于人类的情感是根据生理因素(如唤醒,化合价,支配力,喜好等)组合而成的模型,因此这些量就是分类器的输出。对EEG而言,最佳的正确分类性能约为76%。分类器组合用于返回特定主题的最终分数。

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