CNN classification of variance-based selected topo-maps of EEG

Tereza Simralova, J. Strobl, V. Piorecká, F. Černý, M. Piorecký
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Abstract

Epileptic activity in the EEG record can manifest in different ways over time series. A classifier that would alert physicians to the possibility of different types of epileptic activity would be an effective tool. We created image data from EEG records, which we subsequently classified using the SqueezeNet network, which has a promising potential in the field of image classification based on the results so far. On patients whose data the network did not come into contact with during training and validation, we subsequently assessed the accuracy of the classification. The accuracy for each condition was around 80%.
基于方差选择的脑电地形图CNN分类
脑电图记录中的癫痫活动可以随时间序列以不同的方式表现出来。一种能够提醒医生注意不同类型癫痫活动可能性的分类器将是一种有效的工具。我们从脑电图记录中创建图像数据,随后使用SqueezeNet网络进行分类,根据目前的结果,该网络在图像分类领域具有很好的潜力。对于网络在训练和验证期间没有接触到数据的患者,我们随后评估了分类的准确性。每种情况的准确率都在80%左右。
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