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Use of Artificial Neural Networks for Classification Intracraneal EEG Signals fron Epileptic Patients

机译:使用人工神经网络进行分类,颅内脑电图发出癫痫患者FRON癫痫患者

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An epileptic seizure is an episode of abnormal electrical brain activity that might involve partial or total consciousness loss and/or involuntary movements among others uncomfortable sensations in people who suffer it. At least 1% population worldwide suffer from epilepsy, therefore research aimed to develop new techniques to treat this condition is essential. In the present work an Artificial Neural Network (ANN) implementation is proposed by using the Back-propagation Algorithm (BP) which is used to perform a classification of real Intracranial Electroencephalogram (iEEG) signals into interictal or ictal following these steps: (i) Data reduction by extracting 7 features of the signal, (ii) Implementing the Backpropagation algorithm in a DSP platform with the computed features as input and the signals classification, ictal or interictal as output.
机译:癫痫癫痫发作是一种异常电脑活动的一集,可能涉及部分或完全意识丧失和/或非自愿运动,以及遭受遭受它的人的令人不安的感觉。全世界至少1%的人群患有癫痫,因此研究旨在开发新技术来治疗这种情况至关重要。在本工作中,通过使用用于在这些步骤的内部或ICTAL中执行真正的颅内脑电图(IEEG)信号的分类来提出人工神经网络(ANN)实现,其用于执行以下步骤:(i)通过提取信号的7个特征来降低数据,(ii)在DSP平台中实现BackPropagation算法,其中计算特征作为输入和信号分类,ICTAL或Interrictal作为输出。

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