Epileptical Seizure Detection: Performance analysis of gamma band in EEG signal Using Short-Time Fourier Transform

M. Sameer, A. Gupta, Chinmay Chakraborty, B. Gupta
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引用次数: 22

Abstract

The EEG signal consist various frequency bands, which represents human activities like emotion, attention sleep stage etc. For the detection of epileptical seizures, it is required to perform classification on the basis of various EEG segments. This paper, presents performance analysis of gamma band in EEG signal using short-time fourier transform (STFT). It also gives comparison of various classification methods and achieves very good accuracy with some classification techniques. Analysis has been performed with following stages like STFT, extraction of gamma frequency band, statistical features extraction and finally applied to classifier. This paper deals with extraction of statistical features from obtained 2-Dimensional data using STFT and performed classification in high frequency band for epilepsy. Here, proposed Random Forest (RF) classifier achieved accuracy of 90%.
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脑电图信号由不同的频带组成,代表了人的情绪、注意力、睡眠阶段等活动。对于癫痫发作的检测,需要根据不同的脑电段进行分类。本文利用短时傅里叶变换(STFT)对脑电信号的伽马波段进行性能分析。并对各种分类方法进行了比较,其中一些分类技术达到了很好的准确率。经过STFT、提取伽马频带、提取统计特征等阶段进行分析,最后应用于分类器。本文利用STFT对二维数据进行统计特征提取,并对癫痫患者进行高频分类。本文提出的随机森林(Random Forest, RF)分类器准确率达到90%。
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