Objective vocal fold vibration assessment from videokymographic images. - Claudia Manfredi; Leonardo Bocchi; S. Bianchi; N. Migali; Giovanna Cantarella (Biomed. Signal Process. Control., 2006)

Objective parameters from videokymographic images: a user-friendly interface. - Claudia Manfredi; Leonardo Bocchi; Giovanna Cantarella; Giorgio Peretti; Gabriele Guidi 002; Vincenzo Mezzatesta (INTERSPEECH, 2007)

A multi-purpose user-friendly voice analysis tool: application to lipofilling treatment. - Claudia Manfredi; Giovanna Cantarella (MAVEBA, 2007)

Acoustic/aerodynamic assessment of normal and dysphonic voice. - Giovanna Cantarella; Giovanna Baracca; Stella Forti; Lorenzo Pignataro (MAVEBA, 2009)

A multipurpose user-friendly tool for voice analysis: Application to pathological adult voices. - Claudia Manfredi; Leonardo Bocchi; Giovanna Cantarella (Biomed. Signal Process. Control., 2009)

Is the Perception of Voice Quality Language-Dependant? A Comparison of French and Italian Listeners and Dysphonic Speakers. - Alain Ghio; Frédérique Weisz; Giovanna Baracca; Giovanna Cantarella; Danièle Robert; Virginie Woisard; Franco Fussi; Antoine Giovanni (INTERSPEECH, 2011)

Videokymographic image processing: Objective parameters and user-friendly interface. - Claudia Manfredi; Leonardo Bocchi; Giovanna Cantarella; Giorgio Peretti (Biomed. Signal Process. Control., 2012)

Testing software tools with synthesized deviant voices for medicolegal assessment of occupational dysphonia. - Naxhilda Rruqja; Philippe H. Dejonckere; Giovanna Cantarella; Jean Schoentgen; Silvia Orlandi; Salvatore D. Barbagallo; Claudia Manfredi (Biomed. Signal Process. Control., 2014)

Unveiling Vocal Phenotypes of Dysphonia with Unsupervised Learning. - Federico Calà; Francesco Correnti; Lorenzo Frassineti; Giovanna Cantarella; Giulia Buccichini; Ludovica Battilocchi; Antonio Lanatà (BIOSTEC (1), 2025)

Towards an explainable Artificial intelligence system for voice pathology identification and post-treatment characterisation. - Federico Calà; Lorenzo Frassineti; Giovanna Cantarella; Giulia Buccichini; Ludovica Battilocchi; Claudia Manfredi; Antonio Lanatà (Biomed. Signal Process. Control., 2025)