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基于皮层慢电位的自发脑电实验设计与研究
引用本文:吴婷,汤学华,杜伟明,孙虹. 基于皮层慢电位的自发脑电实验设计与研究[J]. 上海电机学院学报, 2008, 11(4)
作者姓名:吴婷  汤学华  杜伟明  孙虹
作者单位:1. 上海电机学院,机械学院,上海,200245
2. 安徽建筑工业学院,机械与电气工程学院,合肥,230022
摘    要:针对基于自发脑电信号的脑机接口研究,设计了一种科学的且易实现的运动想象实验范例,利用运动想象脑电作为BCI的控制信号.该实验方案能有效地获得可识别的、具有特征性的自发脑电,满足脑机接口实验要求,为BCI的研究提供了一种更加自然、更加实用的控制方式.

关 键 词:自发  脑电信号  脑机接口  运动想象

Experimental Design and Research on Using Slow Cortical Potentials for Brain Computer Interface Based on Spontaneous EEG
WU Ting,TANG Xuehua,DU Weiming,SUN Hong. Experimental Design and Research on Using Slow Cortical Potentials for Brain Computer Interface Based on Spontaneous EEG[J]. JOurnal of Shanghai Dianji University, 2008, 11(4)
Authors:WU Ting  TANG Xuehua  DU Weiming  SUN Hong
Affiliation:WU Ting~1,TANG Xuehua~1,DU Weiming~1,SUN Hong~2 (1.School of Mechanical,Shanghai Dianji University,Shanghai 200245,China,2.Department of Mechanical , Electrical Engineering,Anhui Institute of Architecture & Industry,Hefei 230022,China)
Abstract:This paper designs an scientific experimental paradigm of brain computer interface based on spontaneous electroencephalography which is produced by motor imagination and used as the control signal.This design is easy-realized and can collect the identifiable spontaneous EEG which has some features after processed.It meets the requirements of BCI experiment and supplies a more natural and practical control mode for BCI research.
Keywords:spontaneous  electroencephalography(EEG)  brain computer interface  motor(imagination)  
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