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The study of cognitive processes in the brain EEG during the perception of bistable images using wavelet skeleton

机译:使用小波骨架的双稳态图像感知脑脑电图中的认知过程研究

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In the paper we study the appearance of the complex patterns in human EEG data during a psychophysiological experiment by stimulating cognitive activity with the perception of ambiguous object. A new method based on the calculation of the maximum energy component for the continuous wavelet transform (skeletons) is proposed. Skeleton analysis allows us to identify specific patterns in the EEG data set, appearing in the perception of ambiguous objects. Thus, it becomes possible to diagnose some cognitive processes associated with the concentration of attention and recognition of complex visual objects. The article presents the processing results of experimental data for 6 male volunteers.
机译:在本文中,我们通过对模糊物体的感知来刺激认知活动来研究人体EEG数据中的复杂模式的外观。提出了一种基于计算连续小波变换(骨架)的最大能量分量的新方法。骨架分析允许我们识别EEG数据集中的特定模式,出现在模糊对象的感知中。因此,可以诊断与关注浓度相关的认知过程和复杂的视觉物体的识别相关联。该物品介绍了6名男性志愿者的实验数据的处理结果。

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