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wearable device equipped with sensors to detect and record brain signals, characterized by an integrated design that makes it easy to use independently.

A filter that allows frequencies above a certain cutoff to pass and attenuates lower frequencies.

Dense grid of electrodes for capturing high-resolution spatial patterns of brain activity (applied in EEG, ECoG, or MEA designs).

A BCI system that is designed to communicate with human Brain

A characteristic of a system in which a human is an integral part of the system's control loop, involved in the learning, analysis, computation, and improvement process.

A BCI system that combines two or more BCI paradigms or integrates brain signals with other physiological signals (such as eye movements or heart rate) to improve accuracy and control.

Systematic tuning of model parameters to achieve optimal neural decoding performance.