Publication Date:
2014
abstract:
We present a work in progress on a sound design tool for
automotive applications, which allows the designer to rapidly
prototype synthetic engine sounds through the use of
vocal imitations. A physics-based model for engine sound
synthesis, with real time parametric control based on timbral
descriptors extracted from the vocal signal, is under
development. This work can be considered as a preliminary
study in the larger context of the SkAT-VG EU project,
whose goal is to find ways to exploit and develop the use of
voice as a sketching and prototyping tool in sound design
practices.
automotive applications, which allows the designer to rapidly
prototype synthetic engine sounds through the use of
vocal imitations. A physics-based model for engine sound
synthesis, with real time parametric control based on timbral
descriptors extracted from the vocal signal, is under
development. This work can be considered as a preliminary
study in the larger context of the SkAT-VG EU project,
whose goal is to find ways to exploit and develop the use of
voice as a sketching and prototyping tool in sound design
practices.
Iris type:
3.1 Contributo in atti di convegno
Keywords:
Sound synthesis; procedural audio; sonic interaction design
List of contributors:
Baldan, Stefano; DELLE MONACHE, Stefano; L., Comanducci
Book title:
XX Colloquio di Informatica Musicale: Musiche Liquide