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Spectral Density Analysis with Logarithmic Regression Dependent Gaussian Mixture Model for Epilepsy Classification

机译:癫痫分类对数回归依赖性高斯混合模型的光谱密度分析

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One of the serious disorders causing seizures in the neurology is the Epilepsy. The formation of the attacks happens due to the unusual activities of the neurons. The EEG is utilized in the effective observation of the brain abnormalities. The EEG can effectively analyze the different sorts of the status of the physiological in the brain and can provide valuable data about any neurological disorder. Therefore, EEG is quite a powerful diagnostic tool for analyzing many neurological disorders like epilepsy, dementia, paralysis, sleep disorders etc. As the EEG recordings for epileptic patients are quite long, the most important features based on the Power Spectral Density (PSD) are extracted using the Logarithmic Regression dependent Gaussian Mixture Model to know the risk of epilepsy. Results showed that when PSD is classified with Logarithmic Regression Gaussian Mixture Model, an appropriate accuracy of 95.835% in the classification along with an appropriate Performance Index of 91.58% is acquired.
机译:导致神经内科癫痫发作的严重障碍是癫痫。由于神经元的异常活动,攻击的形成发生。 EEG用于有效观察大脑异常。 EEG可以有效地分析脑中生理状态的不同类型,并且可以为任何神经疾病提供有价值的数据。因此,EEG是一种强大的诊断工具,用于分析许多神经病学疾病,如癫痫,痴呆,瘫痪,睡眠障碍等。由于癫痫患者的脑电图录音是相当长的,基于功率谱密度(PSD)的最重要的特征是用对数回归依赖性高斯混合模型提取,以了解癫痫的风险。结果表明,当PSD分类为对数回归高斯混合模型时,在分类中的适当精度以及91.58%的适当性能指数中获得95.835%。

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