Benedetta Campagnola
Università Campus Bio-Medico, Campus Bio Medico University Hospital
Papers
8
Total Citations
129
H-Index
7
About
Benedetta Campagnola is a rising leader in neurorehabilitation robotics, specializing in the development of patient-adaptive robotic therapies for stroke and orthopedic recovery. Her research uniquely bridges motor rehabilitation with psychophysiological monitoring, creating intelligent robotic systems that respond to a patient’s real-time emotional and cognitive state. In her pioneering pilot study on upper limb home-based robotic rehabilitation for chronic stroke patients (34 citations), she demonstrated the feasibility of delivering controlled, customizable therapy outside clinical settings. Campagnola’s work on tailoring robot-aided orthopedic rehabilitation to patients’ psychophysiological states (33 citations) introduced a novel control strategy that adapts treatment based on stress and engagement levels, marking a significant advance in human-robot interaction. She has also explored the cognitive benefits of robotic therapy, showing in systematic reviews that upper limb robotics can stimulate neuroplasticity beyond motor gains. Her case reports on pediatric stroke and traumatic tetraparesis highlight her commitment to expanding robotic rehabilitation to underserved populations. With recent work employing fuzzy-logic models for longitudinal psychophysiological assessment, Campagnola is at the forefront of creating truly personalized, responsive rehabilitation technologies that promise to transform recovery outcomes.
Research Focus
Key Achievements
Top Papers
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