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Feature Selection and Fuzzy Rule Mining for Epileptic Patients from Clinical EEG Data

机译:临床脑电数据对癫痫患者的特征选择和模糊规则挖掘

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In this paper, we create EEG data derived signatures for differentiating epileptic patients from normal individuals. Epilepsy is a neurological condition of human beings, mostly treated based on a patient's seizure symptoms. Clinicians face immense difficulty in detecting epileptic patients. Here we define brain region-connection based signatures from EEG data with help of various machine learning techniques. These signatures will help the clinicians in detecting epileptic patients in general. Moreover, we define separate signatures by taking into account a few demographic features like gender and age. Such signatures may aid the clinicians along with the generalized epileptic signature in case of complex decisions.
机译:在本文中,我们创建了脑电图数据衍生签名,以区分癫痫患者与正常个体。癫痫病是人类的神经系统疾病,主要根据患者的癫痫发作症状进行治疗。临床医生在检测癫痫患者方面面临巨大的困难。在这里,我们借助各种机器学习技术,根据EEG数据定义了基于脑区域连接的签名。这些签名将有助于临床医生总体上检测癫痫患者。此外,我们通过考虑一些人口统计特征(例如性别和年龄)来定义单独的签名。在复杂的决定的情况下,这样的签名可以与广义的癫痫签名一起帮助临床医生。

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