Feedback and stimulations

Instant adjustment of model parameters or signals during operation to compensate for physiological or technical changes.

A characteristic of a system whose control action is independent of the output of the task

Activation or modulation of specific neural circuits using light-responsive proteins, with emerging BCI applications.

Algorithms or protocols that tailor stimulation patterns or feedback modalities to the individual’s neural characteristics.

Feedback using sensations of body position or movement, often used in motor rehabilitation BCIs for more natural control.

Positive reinforcement delivered to motivate neural adaptation and learning during BCI training sessions.

Feedback given via physical sensations (e.g., vibration, touch) to enhance awareness or control in BCI tasks.

Noninvasive method using magnetic fields for stimulating neural tissue, integrated with BCIs for therapy or research.

Subtype of tactile feedback using vibration actuators to convey information about system state or user actions.

Information delivered to the user through visual channels, such as screens or LEDs, indicating system status or outcomes.