Transcranial Direct Current Stimulation Improves Word Retrieval in Healthy and Nonfluent Aphasic Subjects. - Valentina Fiori; Michela Coccia; Chiara V. Marinelli; Veronica Vecchi; Silvia Bonifazi; Maria Gabriella Ceravolo; Leandro Provinciali; Francesco Tomaiuolo; Paola Marangolo (J. Cogn. Neurosci., 2011)

Smartphone based Fuzzy Logic freezing of gait detection in Parkinson's Disease. - Lucia Pepa; Lucio Ciabattoni; Federica Verdini; Marianna Capecci; Maria Gabriella Ceravolo (MESA, 2014)

A tool for home-based rehabilitation allowing for clinical evaluation in a visual markerless scenario. - Marianna Capecci; Maria Gabriella Ceravolo; Fabrizio D'Orazio; Francesco Ferracuti; Sabrina Iarlori; Giuseppe Lazzaro; Sauro Longhi; Luca Romeo; Federica Verdini (EMBC, 2015)

A stereophotogrammetric-based method to assess spatio-temporal gait parameters on healthy and Parkinsonian subjects. - Elvira Maranesi; Leonardo Capitanelli; Marianna Capecci; Giacomo Giuseppe Ghetti; Oriano Mercante; Francesco Di Nardo; Laura Burattini; Maria Gabriella Ceravolo; Sandro Fioretti (EMBC, 2015)

Smartphone based freezing of gait detection for Parkinsonian patients. - Lucia Pepa; Federica Verdini; Marianna Capecci; Maria Gabriella Ceravolo (ICCE, 2015)

An architecture to manage motor disorders in Parkinson's disease. - Lucia Pepa; Marianna Capecci; Federica Verdini; Maria Gabriella Ceravolo; Luca Spalazzi (WF-IoT, 2015)

Physical rehabilitation exercises assessment based on Hidden Semi-Markov Model by Kinect v2. - Marianna Capecci; Maria Gabriella Ceravolo; Francesco Ferracuti; Sabrina Iarlori; Ville Kyrki; Sauro Longhi; Luca Romeo; Federica Verdini (BHI, 2016)

Accuracy evaluation of the Kinect v2 sensor during dynamic movements in a rehabilitation scenario. - Marianna Capecci; Maria Gabriella Ceravolo; Francesco Ferracuti; Sabrina Iarlori; Sauro Longhi; Luca Romeo; Severino N. Russi; Federica Verdini (EMBC, 2016)

A real-time Fuzzy Logic algorithm for freezing of gait management on a smartphone. - Lucia Pepa; Marianna Capecci; Lucio Ciabattoni; Luca Spalazzi; Maria Gabriella Ceravolo (ICCE-Berlin, 2017)

A Hidden Semi-Markov Model based approach for rehabilitation exercise assessment. - Marianna Capecci; Maria Gabriella Ceravolo; Francesco Ferracuti; Sabrina Iarlori; Ville Kyrki; Andrea Monteriù; Luca Romeo; Federica Verdini (J. Biomed. Informatics, 2018)

Smartwatch based emotion recognition in Parkinson's disease. - Lucia Pepa; Marianna Capecci; Maria Gabriella Ceravolo (ISCT, 2019)

Therapeutic Exercise Protocols for People Recovering After Covid-19: A Tele-Health Approach. - Lucia Pepa; Martina Pigliapoco; Paola Bisoglio; Alice Lambertucci; Michela Coccia; Lauredana Ercolani; Michela Aringolo; Margherita Hibel; Anna Gastaldi; Elisa Andrenelli; Rossella Cima; Luca Spalazzi; et al. (ForItAAL, 2020)

A fuzzy logic system for the home assessment of freezing of gait in subjects with Parkinsons disease. - Lucia Pepa; Marianna Capecci; Elisa Andrenelli; Lucio Ciabattoni; Luca Spalazzi; Maria Gabriella Ceravolo (Expert Syst. Appl., 2020)

A low-cost telerehabilitation and telemonitoring system for people with Parkinson's disease: the architecture. - Antonia Antoniello; Antonio Sabatelli; Simone Valenti; Maria Di Tillo; Lucia Pepa; Luca Spalazzi; Elisa Andrenelli; Marianna Capecci; Maria Gabriella Ceravolo (ICCE-Berlin, 2022)

Parkinson's disease telemonitoring and telerehabilitation based on commercial wearable sensor data analysis: a pilot study. - Antonio Sabatelli; Simone Valenti; Antonia Antoniello; Maria Di Tillo; Lucia Pepa; Luca Spalazzi; Elisa Andrenelli; Marianna Capecci; Maria Gabriella Ceravolo (ICCE-Berlin, 2022)

Deep Reinforcement Learning-Based iTrain Serious Game for Caregivers Dealing with Post-Stroke Patients. - Rytis Maskeliunas; Robertas Damasevicius; Andrius Paulauskas; Maria Gabriella Ceravolo; Marina Charalambous; Maria Kambanaros; Eliada Pampoulou; Francesco Barbabella; Arianna Poli; Carlos Vaz de Carvalho (Inf., 2022)

Acceptability and clinical usefulness of a telemonitoring and telerehabilitation system in people with Parkinson's Disease in different disease stages: preliminary findings from the RAPIDO study. - Antonia Antoniello; Antonio Sabatelli; Simone Valenti; Lucia Pepa; Luca Spalazzi; Elisa Andrenelli; Silvia Vada; Marianna Capecci; Michele Tinazzi; Gianmatteo Farabolini; Marialuisa Gandolfi; Giulia Bonardi; et al. (AIxAS@AI*IA, 2023)

Consumer Devices for Health Parameter Collection and Analysis in Parkinson's Disease Telerehabilitation. - Antonia Antoniello; Antonio Sabatelli; Simone Valenti; Caterina Belbusti; Lucia Pepa; Luca Spalazzi; Elisa Andrenelli; Marianna Capecci; Michele Tinazzi; Gianmatteo Farabolini; Marialuisa Gandolfi; Giulia Bonardi; et al. (ICCE-Berlin, 2023)

Automatic Emotion Recognition in Clinical Scenario: A Systematic Review of Methods. - Lucia Pepa; Luca Spalazzi; Marianna Capecci; Maria Gabriella Ceravolo (IEEE Trans. Affect. Comput., 2023)

Telerehabilitation with ARC Intellicare to Cope with Motor and Respiratory Disabilities: Results about the Process, Usability, and Clinical Effect of the "Ricominciare" Pilot Study. - Marianna Capecci; Rossella Cima; Filippo A. Barbini; Alice Mantoan; Francesca Sernissi; Stefano Lai; Riccardo Fava; Luca Tagliapietra; Luca Ascari; Roberto N. Izzo; Maria Eleonora Leombruni; Paola Casoli; et al. (Sensors, 2023)

A Robot-Assisted Framework for Rehabilitation Practices: Implementation and Experimental Results. - Giorgia Chiriatti; Luca Carbonari; Maria Gabriella Ceravolo; Elisa Andrenelli; Marzia Millevolte; Giacomo Palmieri (Sensors, 2023)

Unveiling Muscular Engagement: Evidence of Activity in Mental Imagery and Action Observation. - Federica Verdini; Marianna Capecci; Andrea Tigrini; Mara Scattolini; Rami Mobarak; Laura Burattini; Sandro Fioretti; Maria Grazia Benedetti; Maria Gabriella Ceravolo; Alessandro Mengarelli (MeMeA, 2024)

Supervised learning for automatic emotion recognition in Parkinson's disease through smartwatch signals. - Lucia Pepa; Luca Spalazzi; Maria Gabriella Ceravolo; Marianna Capecci (Expert Syst. Appl., 2024)

A Federated Learning Approach for Telerehabilitation Outcome Prediction in Parkinson's Disease. - Lucio Ciabattoni; Maria Gabriella Ceravolo; Marianna Capecci; José María Flores Arias; Francisco Bellido Outerino; Lucia Pepa (ICCE, 2025)