Abstract Motor Imagery Brain Computer Interface (MI-BCI) provides a non-muscular channel
for communication to those who are suffering from neuronal disorders. The designing of an …

Brain computer interface (BCI) applications are emerging from the laboratory to the field
environment with ever-increasing demands for high accuracy. However, enhancements in …

Inspired by the evolution process of human intelligence and the social learning theory, a
new swarm intelligence algorithm paradigm named the social learning optimization (SLO) …

Low cost electroencephalography (EEG) headset devices for brain data capturing are fast
becoming a key instrument on Brain Computer Interface (BCI) applications. In spite of being …

Objective. Considering the importance and the near-future development of noninvasive
brain–machine interface (BMI) systems, this paper presents a comprehensive theoretical …

Brain Computer Interfaces allow the interaction between a person and their environment
using signals extracted directly from the brain. One of the most common non-invasive …

A communication path for people having severe neural disorders is provided by Brain
Computer Interaction. The Brain–Computer Interface in an electroencephalogram is an …

Brain computer interface systems decode brain activities from electroencephalogram (EEG)
signals and translate the user's intentions into commands to control and/or communicate …

A novel brain–computer interface work is proposed for the applications of virtual reality in
telemedicine and telecommunication in this study, in which the aim is to enhance the …

The study proposes a novel brain–computer interface scheme for the next frontier of
telemedicine in human–computer interaction, where the goal is to improve the interactions …