NeuroHarmonium is an interactive neuroadaptive musical instrument in which a performer's brain activity modulates the training dynamics of an artificial neural network, while the evolving network parameters are mapped to a Max/MSP synthesis engine to produce continuously changing sonic textures. The system forms a closed loop: brain state shapes learning dynamics, and the resulting sound environment can, in turn, influence the performer's state during interaction.
NeuroHarmonium: An Interactive Neuroadaptive Musical Instrument Using Brain-Computer Interface and Neural Network Learning / Colafiglio, T., De Leo, M., Pomo, C., Di Noia, T., Ardito, C.. - (2026), pp. 87.1-87.3. (18th International Conference on Advanced Visual Interfaces, AVI 2026 ita 2026) [10.1145/3811427.3811501].
NeuroHarmonium: An Interactive Neuroadaptive Musical Instrument Using Brain-Computer Interface and Neural Network Learning
Colafiglio, Tommaso;Pomo, Claudio;Di Noia, Tommaso;Ardito, Carmelo
2026
Abstract
NeuroHarmonium is an interactive neuroadaptive musical instrument in which a performer's brain activity modulates the training dynamics of an artificial neural network, while the evolving network parameters are mapped to a Max/MSP synthesis engine to produce continuously changing sonic textures. The system forms a closed loop: brain state shapes learning dynamics, and the resulting sound environment can, in turn, influence the performer's state during interaction.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
