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Lifescience Global :: Abstract : Feature Extraction Using Independent Component Analysis Method from Non-Invasive Recordings of Electroencephalography (EEG) Brain Signals

机译:使用独立成分分析方法从脑电图(EEG)脑信号的非侵入性记录中提取特征

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Electroencephalography (EEG) is a well known procedure in neuroscience, performed to extract brain signal activity associated with voluntary and involuntary tasks. Scientists and researchers working in neuroscience are involved in the research of brain computer interfacing (BCI) and in improving the existing BCI systems. In BCI, it is possible for a person to control the external devices remotely using brain signals without neurophysical intervention. In the proposed work the new algorithm is introduced to extract the feature from EEG based recorded brain signals. The features are extracted for a specific motoryaction that is raising the right hand. The proposed algorithm is also verified from EEGLAB routines also based on Independent Component Analysis (ICA) method written in MATLAB platform.
机译:脑电图(EEG)是神经科学领域众所周知的程序,用于提取与自愿和非自愿任务相关的脑信号活动。神经科学领域的科学家和研究人员参与了脑计算机接口(BCI)的研究并改善了现有的BCI系统。在BCI中,一个人可以使用脑信号远程控制外部设备,而无需进行神经物理干预。在提出的工作中,引入了新算法以从基于EEG的记录的大脑信号中提取特征。这些特征是针对举起右手的特定运动动作而提取的。还基于MATLAB编写的独立成分分析(ICA)方法,通过EEGLAB例程对提出的算法进行了验证。

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