Algorithm may improve brain-controlled prostheses and exoskeletons

A team of researchers at the MIT Media Lab has devised an algorithm that promises to vastly improve the simultaneous tracking of any number of magnets. This has significant implications for prostheses, augmented reality, robotics, and other fields.

The Exoskeleton Revolution: How Wearable Robotics Will Transform

To Help Recover Balance, Robotic Exoskeletons Have to be Faster

Magnets could offer better control of prosthetic limbs

Systematic Review on Wearable Lower Extremity Robotic Exoskeletons

How to Control a Prosthesis With Your Mind - IEEE Spectrum

Mind-controlled exoskeleton allows paralysed patient to move again

Magnet-based Prosthetic Control System Developed - The O&P EDGE

Brain Co-processors: Using AI to Restore and Augment Brain

Electrode-free visual prosthesis/exoskeleton control using

Human In Robotic Exoskeleton To Kick Off The World Cup

prosthetic limbs – Penn Bioengineering Blog

The Man Who Controls Computers With His Mind - The New York Times

Sensors, Free Full-Text

AI Helps Amputees Walk With a Robotic Knee - IEEE Spectrum

Paralysed man walks again with brain-controlled exoskeleton