SSVEP-Based Brain-Computer Interface System for Managing Disabilities

K. Swetha, R. G K, Shashikala S V
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Abstract

Brain-Computer Interface will recognize patterns in mental activity using the computer's algorithm in controlling a third-party device. Ideally, BDI will measure the activity of the brain to command and control messages. Electroencephalogram (EEG) is a commonly used approach in BCI based on its non-invasive and convenient use. As a result, more and more BCIs have been designed for persons with disabilities who suffer from spinal cord injury helping to rehabilitate and live. BCI includes feature extraction methods, the signal processing. Later, the different hybrid BCI combined methods and review the synchronous/asynchronous BCI designs.
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基于ssvep的残障管理脑机接口系统
脑机接口将通过控制第三方设备的计算机算法识别心理活动模式。理想情况下,BDI将测量大脑指挥和控制信息的活动。脑电图(EEG)由于其无创性和使用方便,是脑损伤中常用的方法。因此,越来越多的脑机接口被设计用于帮助脊髓损伤的残疾人康复和生活。BCI包括特征提取方法、信号处理。随后,对不同的混合BCI组合方法进行了分析,并对同步/异步BCI设计进行了综述。
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