Max Robotics — Global Service Robot Directory + US Certification

About

Giovanni Cannaviello's research focuses on the intersection of rehabilitation robotics, human–machine interaction, and neurorecovery, with a particular emphasis on wearable exoskeletons and myoelectric prostheses. His major contributions include advancing overground gait training for stroke survivors through powered exoskeletons, demonstrating that sub-acute and chronic hemiparetic patients can achieve functional ambulation even soon after a stroke. He also pioneered a shared human–robot proportional control framework for dexterous myoelectric prostheses, enabling more intuitive and adaptive upper-limb function. His narrative review on exoskeleton and end-effector robots for upper and lower limb rehabilitation—cited over 270 times—has become a foundational reference in the field, synthesizing evidence on how controlled, repetitive robotic therapy can harness neuronal plasticity. Cannaviello’s work on automatic setting procedures for exoskeleton-assisted gait further streamlines clinical adoption, reducing therapist burden while optimizing muscle activation patterns. With cumulative citations exceeding 500, his research directly informs rehabilitation protocols for stroke and upper motor neuron syndrome, bridging engineering innovation with tangible patient outcomes.