Luca Somaini

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About

Luca Somaini is a researcher whose work sits at the intersection of rehabilitation robotics and cardiovascular physiology. His key contributions focus on developing intelligent control systems for robot-assisted gait training, particularly for non-ambulatory stroke patients. His most-cited paper, "Model-based heart rate control during robot-assisted gait training" (2011), addresses a critical gap: while cardiovascular treadmill training benefits stroke survivors, it cannot be performed by those who cannot walk. Somaini’s work integrates heart rate control into robotic gait trainers, enabling safe, automated cardiovascular exercise for this population. This approach not only enhances rehabilitation outcomes but also expands the therapeutic scope of robotic devices. With 14 citations, this foundational paper has influenced subsequent research in adaptive, patient-responsive rehabilitation technologies. Somaini’s contributions are notable for bridging engineering and clinical needs, offering a model-based solution that personalizes training intensity in real time. His work underscores a commitment to making rehabilitation both more effective and more accessible, paving the way for smarter, physiology-aware robotic therapy systems.