The gaze-independent brain–computer interface (BCI) device is used to re-establish
interaction for individuals who have abnormal eye movement. It may be possible to control …

Objective. Detecting the shift of covert visuospatial attention (CVSA) is vital for gaze-
independent brain–computer interfaces (BCIs), which might be the only communication …

Regaining communication abilities in patients who are unable to speak or move is one of the
main goals in decoding brain waves for brain-computer interface (BCI) control. Many BCI …

Electroencephalography (EEG)-based BCIs have experienced a significant growth in recent
years, especially the passive Brain Computer Interfaces (BCIs) with a wide application in the …

Abstract Background The Gaze-independent BCI system is used to restore communication
in patients with eye movement disorders. One available control mechanism is the utilization …

Objective. Brain-computer interfaces (BCI) use measures of brain activity to convey a user's
intent without the need for muscle movement. Hybrid designs, which use multiple measures …

In this paper, a novel independent brain–computer interface (BCI) system based on covert
non-spatial visual selective attention of two superimposed illusory surfaces is described …

Recently, several studies have started to explore covert visuospatial attention as a control
signal for brain–computer interfaces (BCIs). Covert visuospatial attention represents the …

In recent years it has been shown to be possible to create a Brain Computer Interface (BCI)
using non-invasive electroencephalographic (EEG) measurements of covert visual spatial …

Over the last years, brain-computer interfaces (BCIs) have shown their value for assistive
technology and neurorehabilitation. Recently, a BCI-approach for the rehabilitation of …