What if technology could help people walk again? A revolutionary exoskeleton is making it possible—blending AI and robotics ...

Abstract: Self-aligning mechanisms are essential components in facilitating adaptability in wearable robots, but their synthesis from scratch is very challenging. To overcome this hurdle, we propose a ...

Chulalongkorn University has introduced the Exoskeleton Wheelchair, an innovative robotic suit designed to help people with ...

Associate Professor Dr. Ronnapee Chaichaowarat, Faculty of Engineering, Chula, opened the door to his robotics lab, showing ...

Second-year student Bhavy Metakar has secured $642K in pre-seed funding for their startup, Hippos Exoskeleton, with the aim of developing the world’s first AI-powered knee airbag. What started as a ...

Antagonist Muscles,Bayesian Optimization,Cubic Spline Curve,Dynamic Model,Electromyography Signals,Energy Consumption,Energy Release,Evaluation Of Function,Extensor ...

The second part is the hip and knee joint motors’ control, which is programmed by Ronnapee himself. “This is a new type of hybrid robot that combines a wheelchair and an exoskeleton. The lower leg can ...

This property originates from the formation of a cholesteric liquid crystal phase with an optically active, helical structure during chrysalis during exoskeleton formation and the solidification ...

We are now living in a world where the future of sports recovery is fully integrated, and it is powered by innovation, ...