Davide Pilastro

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About

Davide Pilastro is a researcher specializing in rehabilitation robotics and advanced control systems, with a particular focus on developing intelligent assistive technologies for patient motor recovery. His work sits at the intersection of nonlinear control theory and clinical rehabilitation, addressing the growing global demand for effective robotic therapy driven by aging populations and the increased survival rates of patients with severe neurological conditions. Pilastro's most significant contributions center on adaptive impedance and compliance control strategies for rehabilitation devices. His most-cited work, "Non-linear Adaptive Impedance Controller for Rehabilitation Purposes" (2014, 7 citations), introduced sophisticated force-feedback mechanisms designed to dynamically adjust robotic assistance to individual patient needs — a critical challenge in personalized rehabilitation. This was followed by complementary studies examining compliance control frameworks (2016, 5 citations) and a rigorous mathematical stability analysis of his nonlinear adaptive approach (2015, 2 citations), demonstrating both practical innovation and theoretical rigor. Collectively, these publications reflect Pilastro's commitment to bridging engineering precision with therapeutic relevance, ensuring that robotic systems can safely and responsively support patient movement during training sessions. His work contributes meaningfully to the foundational knowledge base guiding next-generation rehabilitation robotics systems.