84.7

Loredana Zollo

Università Campus Bio-Medico

Loredana Zollo has made significant contributions to the fields of neurorobotics, rehabilitation engineering, and prosthetic development. Research contributions include advancements in slippage classification for prosthetic hands, marker-based approaches for determining finger joint centers of rotation, and AI-based methodologies for exoskeleton-assisted lower limb rehabilitation. Zollo also developed bodyslam, a generalized monocular visual slam framework for surgical applications, and proposed strategies for adaptive human-machine interaction. Additionally, the researcher has explored interdisciplinary nursing-engineering projects, analyzed task-specific hand kinematics and synergies, and investigated wearable devices for restoring sensory feedback in individuals with amputations or neural interfaces.

Prosthetic ControlRehabilitation TechniquesRobot-Assisted TherapyNeuroprostheticsVirtual Reality RehabilitationSensory FeedbackUpper Limb FunctionHuman-Robot CollaborationMusculoskeletal ModelingRehabilitationStretchable SensorsEEG AnalysisRobot LearningDeep Learning for EEGSafe Human-Robot Interaction
Commercial signal 84.5
Scientific signal 85.4
Social signal 85.8
Papers 92
7 Patent-to-paper cites
2,711 Paper cites

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