IIT Kanpur develops unique robotic hand exoskeleton for stroke rehabilitation
The Indian Institute of Technology Kanpur (IITK) said on Saturday it has developed a unique brain-computer interface-based robotic hand exoskeleton that can help in stroke rehabilitation and redefine post-stroke therapy by accelerating recovery.
The robotic hand deploys a unique closed-loop control system that actively engages the patient’s brain during therapy.
It integrates three essential components: a brain-computer interface that captures EEG signals from the brain’s motor cortex to assess the patient’s intent to move, a robotic hand exoskeleton that performs therapeutic hand movements, and software that synchronizes brain signals with the exoskeleton for real-time assist-as-required force feedback, according to a IITK statement.
This synchronised approach ensures continuous engag...









