The development of brain–computer interface-controlled exoskeletons promises new
treatment strategies for neurorehabilitation after stroke or spinal cord injury. By converting …

Brain–computer interface (BCI) technology translates brain activity into meaningful
commands to establish a direct connection between the brain and the external world …

Various hand rehabilitation systems have recently been developed for stroke patients,
particularly commercial devices. Articles from 10 electronic databases from 2010 to 2022 …

Abstract Background Brain-Computer Interfaces (BCI) promote upper limb recovery in stroke
patients reinforcing motor related brain activity (from electroencephalogaphy, EEG). Hybrid …

Background Upper extremity dysfunction after stroke is an urgent clinical problem that
greatly affects patients' daily life and reduces their quality of life. As an emerging …

Several studies have shown the positive clinical effect of brain computer interface (BCI)
training for stroke rehabilitation. This study investigated the efficacy of the sensorimotor …

Brain–computer interfaces (BCIs) are successfully used for stroke rehabilitation, but the
training is repetitive and patients can lose the motivation to train. Moreover, controlling the …

BACKGROUND: The recovery of upper limb function is crucial to the daily life activities of
stroke patients. Brain-computer interface technology may have potential benefits in treating …

Objective To determine the efficacy of neural interface-, including brain-computer interface
(BCI), based neurorehabilitation through conventional and individual patient data (IPD) meta …

While humans routinely distinguish between physical and mental actions, overt movements
(OM) and kinesthetically imagined movements (IM) are often viewed as forming a continuum …