We show evidence of the viability of delivering auditory stimulation during sleep, at home, to enhance slow wave activity. The system ensures the stimulation delivery to be at the right time during sleep without causing disturbance.

 Brain-computer interfaces  Electrophysiological sources of control in BCI  Emotions  EEG correlates of emotion  Emotions and BCI operation  Emotive BCI operation  Research agenda 2 2 3 BRAIN COMPUTER INTERFACE (BCI) Brain activity Monitoring Mental activity (MA) Translation into commands Application Feedback Brain signals Commands Cursor movement Wheelchair A BCI detects the presence of specific patterns in a person's ongoing brainactivity that relates to the person's intention to initiate control. The BCI translates these patterns into meaningful commands

These findings have direct implications on the use of RVS and SSVEPs for neural process investigation through steady-state topography, controlled entrainment of brain oscillations and BCIs. A deep understanding of SSVEP propagation in time and space and the link with ongoing brain rhythms is crucial for optimizing the typical SSVEP applications for studying, assisting, or augmenting human cognitive and sensorimotor function.