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About

Vito Papapicco is a researcher advancing the field of robotic lower-limb prosthetics, with a focus on restoring natural gait for amputees. His work spans key areas including prosthetic foot design, locomotion mode recognition, and sensory systems for wearable robotics. Papapicco’s major contributions include developing a low-power ankle-foot prosthesis that enhances push-off during walking, addressing the critical limitation of passive prostheses in generating net positive power. He has also pioneered classification algorithms using directed acyclic graphs and adaptive dynamic movement primitives to predict locomotion activities from single inertial sensors, reducing reliance on multiple sensors. His multimodal sensory apparatus, combining optoelectronic pressure sensors and IMUs, enables precise control of powered prosthetic feet. With papers accumulating over 60 citations, his most cited work—a 2023 study on push-off enhancement (17 citations)—highlights his impact. Notable achievements include his 2024 underactuated transfemoral prosthesis design, which uses series elastic actuators to support multiple locomotion tasks while maintaining energy efficiency. Papapicco’s research is instrumental in making robotic prostheses more intuitive, lightweight, and effective for real-world use.