In this paper, we present a prototype for an interactive musical system, which allows the user to manage musical patterns in real-time using images of printed music in traditional Western notation. Monophonic scores are interpreted by a pre-trained Optical Music Recognition model, converted into numeric sequences, and sent to a pattern generator/synthesizer. This prototype constitutes a novel proposal, integrating deep learning and computer vision techniques into music making and promoting interactivity across disciplines.
Towards an Integration of OMR Models in Pattern Improvisation / Dal Ri', Francesco; Conci, Nicola. - (2023). (Intervento presentato al convegno DiMMI tenutosi a Trento nel 25-26 November 2022) [10.15168/11572_398471].
Towards an Integration of OMR Models in Pattern Improvisation
Dal Ri', Francesco
Primo
;Conci, NicolaUltimo
2023-01-01
Abstract
In this paper, we present a prototype for an interactive musical system, which allows the user to manage musical patterns in real-time using images of printed music in traditional Western notation. Monophonic scores are interpreted by a pre-trained Optical Music Recognition model, converted into numeric sequences, and sent to a pattern generator/synthesizer. This prototype constitutes a novel proposal, integrating deep learning and computer vision techniques into music making and promoting interactivity across disciplines.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione