Classification of Epileptic and Normal EEG Signals Using Power Spectrum of Sub-bands

Sude Pehlivan, Y. Isler
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Abstract

The early diagnosis of epilepsy, which affects the lives of many people worldwide, is the first step of treatment to help patients to continue their lives efficiently. Experts have to spend a lot of time and energy to make this diagnosis as quickly and accuratelyaspossible.The aimofthisstudywasto investigatethe capacity of machine learning algorithms to distinguish epileptic and normal signals to develop a system that can automatically diagnose seizures. LabVIEW was used to obtain the sum of EEG sub-band powers which were used as an attribute for both epileptic and normal records. These attributes were classified with different classifiers using Matlab and as a result of the classification, it was concluded that the sub-band power sum can be used as a meaningful attribute in the classification of epileptic and normal EEG signals.
利用子带功率谱对癫痫和正常脑电图信号进行分类
癫痫影响着全世界许多人的生活,早期诊断是帮助患者有效地延续生命的第一步。专家们不得不花费大量的时间和精力来尽可能快速准确地做出诊断。本研究的目的是研究机器学习算法区分癫痫和正常信号的能力,以开发一种可以自动诊断癫痫发作的系统。利用LabVIEW软件获取脑电子带功率之和,作为癫痫和正常记录的属性。在Matlab中使用不同的分类器对这些属性进行分类,结果表明,子带功率和可以作为一种有意义的属性用于癫痫和正常脑电信号的分类。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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