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Spiking Neural Network for On-line Cognitive Activity Classification Based on EEG Data

机译:基于脑电数据的Spiking神经网络在线认知活动分类

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The paper presents a method for the classification of EEG data recorded in two cognitive scenarios, a relaxing and memory task. The method uses a reservoir of spiking neurons that are activated by the spatio-temporal EEG data. The states of the reservoir are periodically read out and classified producing in a continuous classification result over time. After suitable optimization of the model parameters, we achieve a test accuracy of 82% on a small data set. Future applications of the proposed model are discussed including its use for an early detection of a cognitive impairment such as in Alzheimers disease.
机译:本文提出了一种方法来分类记录在两个认知情景中的脑电数据,即放松和记忆任务。该方法使用了由时空EEG数据激活的尖刺神经元库。定期读取储层的状态并进行分类,生成随时间变化的连续分类结果。在对模型参数进行适当优化之后,我们在较小的数据集上达到了82%的测试精度。讨论了提出的模型的未来应用,包括其在早期检测认知障碍(例如阿尔茨海默氏病)中的用途。

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