基于脑电信号的运动想象肢体确定方法

Katsuya Osakabe, Wataru Taketoshi, Mitsunori Kajima, M. Maeda, K. Inoue
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引用次数: 1

摘要

近年来,许多研究者对脑机接口(BCI)进行了研究。其中,在运动想象过程中提取脑电ERD和ERS,并利用它们来区分右手和左手运动的方法有很多。然而,目前,这些方法使我们能够在少数类之间进行区分,例如仅左手和右手或仅右手和腿。此外,他们需要长期的培训,以提高歧视率。在本文中,我们构建了一个不需要长期训练的运动相关皮质电位(MRCP)识别系统,该系统包括bereitschaftpotential (BP)、Negative Slope(NS)和Contingent Negative Variation(CNV)。
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Determination method of motor imagined limbs based on the EEG signals
Recently, many researchers have been studying the Brain Computer Interface (BCI). As one of them, there are some methods for extracting the ERD and ERS from EEG during motor imagery and discriminating the motor of right and left hand using them. Currently, however, these methods enable us to discriminate among a few classes, such as the left and right hand only or the right hand and leg only. Furthermore, they require a long-term training to improve the discrimination rate. In this paper, we construct a system for discriminating motor imaged limbs using Movement-Related Cortical Potential(MRCP), such as BereitschaftsPotential(BP), Negative Slope(NS) and Contingent Negative Variation(CNV), in which it does not require a long-term training.
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