Non-invasive Brain Computer Interface like Electroencephalography (EEG) which directly
taps neurological signals, is being widely explored these days to connect paralytic …

There has been a tremendous growth in the field of neural controlled robotic systems having
utility limited not only to physically challenged but also for improving performance of healthy …

Objective The paper presents an algorithm for recognizing voluntary eye blinks (RVEB). The
algorithm is based on the analysis of time waveforms recorded from two prefrontal EEG …

Abstract Development of biochemical sensors has grown as new materials have developed
in conjunction with increased demand. Applications vary from environmental monitoring to …

Eyeblinks are having the significance to analyze the attention, fatigue, behaviour and
emotion of an individual. Eyeblink recognition is adopted by many medical and surveillance …

The limitations of the assistive device for disabled people can be overcome with the use of
brain computer interface system. By using EEG signal with intention information, the device …

Exploramos neste trabalho o processamento de sinais neurológicos de um hardware de
eletroencefalograma de superfície (EEG) denominado Mindwave (Neurosky). É …

Brain-Computer interface (BCI) is a promising field of research that can change life as we
know it, staring from the healthcare, home devices and armed force to video gaming. BCI …