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Ultra-fast Epileptic seizure detection using EMD based on multichannel electroencephalogram

机译:基于多通道脑电图的EMD超快速癫痫癫痫发作检测

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We present a system to detect seizure and spike in Epilepsy Electroencephalogram (EEG) analysis and characterize different epilepsy EEG types. After extracting features from three EEG types, Normal, Seizure and Spike, with Empirical Mode Decomposition (EMD), we do Analysis of variance (ANOVA) to classify conspicuous features and low-resolution features, and build Gaussian distributions of conspicuous features for probability density function (PDF) to do classification. Using EMD, the recognition rate improved from 70% to 90%. With ANOVA, the recognition rate can reach 99%. The linear model accelerates the system from 2 hours to 90 seconds compare to the previous approach.
机译:我们提出了一种系统来检测癫痫脑电图(EEG)分析中的癫痫发作和刺激,并表征不同的癫痫脑电图类型。在提取三个脑电图类型的特征后,正常,癫痫发作和尖峰,具有经验模式分解(EMD),我们对方差(ANOVA)进行分析,以分类显眼功能和低分辨率特征,并构建高斯分布的概率密度的显眼功能分布功能(PDF)进行分类。使用EMD,识别率从70%提高到90%。随着ANOVA,识别率可以达到99%。线性模型与先前的方法相比,将系统从2小时加速到90秒。

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