Researchers at MIT have developed an AI-powered ultrasound wristband that can track muscle, tendon and ligament movements beneath the skin and translate them into real-time commands for a robotic hand. The technology enables precise hand tracking without cameras or gloves and could have applications in robotics, surgery, virtual reality and future human-machine interaction. By collecting large datasets of human motion, the system could also help train the next generation of autonomous robotic systems.


MIT's AI Wristband Controls Robots in Real Time | Human-Machine Interface

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MIT's AI Wristband Controls Robots in Real Time | Human-Machine Interface