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Classification of Seizure Through SVM Based Classifier

机译:基于SVM的分类器癫痫发作的分类

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Epilepsy is the most prevalent neural disorder characterized by abrupt and repetitive impairment of brain known as seizure, whose clinical symptoms are hyper synchronous activities of nerve cells in the brain. Since seizure, in general, occur very infrequently it is highly recommended for self-regulated disclosure of it during longstanding EEG measurement. The data handled in our work is publicly accessible online comprising of five classes. The segments in data set for each class were partitioned into two parts. Former comprised first 16 seconds (about 68%) of EEG which was used to train the network and rest of the signal were marked as test data. Statistical features for each class were evaluated. A supervised learning algorithm which is mostly used for classification and regression known as Support Vector Machine was used for classification of each set representing the different class. The classification results achieved taking all the five class was 91.42%. In order to confirm the accuracy of the classifier, the classifier is tested for different classification problem that were reported previously.
机译:癫痫是最普遍的神经障碍,其特征在于称为癫痫发作的脑突然和重复损害,其临床症状是大脑中神经细胞的异常活动。由于癫痫发作,通常,在长期的EEG测量期间强烈地推荐用于其自调节公开。在我们的工作中处理的数据是公开访问的,包含五个课程。每个类的数据集中的段被分成两部分。前者包括前16秒(约68%)的EEG,用于训练网络,并且信号的其余部分被标记为测试数据。评估每个类的统计特征。主要用于称为支持向量机的分类和回归的监督学习算法用于代表不同类的每个集的分类。达到所有五类的分类结果为91.42 %。为了确认分类器的准确性,对先前报告的不同分类问题测试了分类器。

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