This workshop offered participants a hands-on exploration of mathematical function sonification using Audiofunctions, a multimodal web application that enables exploration of function graphs through visual and auditory feedback. Participants actively engaged with both continuous and discrete sonification techniques, experiencing how different sound features (e.g., pitch, panning, volume, earcons) can represent mathematical relationships. Through three distinct interaction modes and various timbres, participants discovered how auditory feedback can enhance mathematical understanding and create more inclusive learning environments.
Exploring mathematical function graphs through sonification: a hands-on workshop with Audiofunctions
Manolino C.;
2026-01-01
Abstract
This workshop offered participants a hands-on exploration of mathematical function sonification using Audiofunctions, a multimodal web application that enables exploration of function graphs through visual and auditory feedback. Participants actively engaged with both continuous and discrete sonification techniques, experiencing how different sound features (e.g., pitch, panning, volume, earcons) can represent mathematical relationships. Through three distinct interaction modes and various timbres, participants discovered how auditory feedback can enhance mathematical understanding and create more inclusive learning environments.| File | Dimensione | Formato | |
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Manolino et al. (2026)_workshop_ICTMT17.pdf
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