This project presents the development of an interactive environment inspired by soundscape composition, in which a user can explore a sound augmented reality related to a real soundscape. The user walks on the application's responsive floor controlling through her/his position the soundscape rendering. In the same time s/he can explore the sound structure entering central zone of the responsive floor, where some granular synthesis processes are activated. One main goal of the project is to sensitize the participants regarding the surrounding sonic environment looking also for pedagogical studies. A first evaluation of an audio excerpt produced by a user's soundwalk shows that the application can produce good quality and interesting soundscapes, which are fully consistent with the real environments from which they were inspired.

Interactive soundscapes: Developing a physical space augmented through dynamic sound rendering and granular synthesis

Lionello M.;Canazza S.;Micheloni E.
2019

Abstract

This project presents the development of an interactive environment inspired by soundscape composition, in which a user can explore a sound augmented reality related to a real soundscape. The user walks on the application's responsive floor controlling through her/his position the soundscape rendering. In the same time s/he can explore the sound structure entering central zone of the responsive floor, where some granular synthesis processes are activated. One main goal of the project is to sensitize the participants regarding the surrounding sonic environment looking also for pedagogical studies. A first evaluation of an audio excerpt produced by a user's soundwalk shows that the application can produce good quality and interesting soundscapes, which are fully consistent with the real environments from which they were inspired.
2019
Proceedings of the 14th Sound and Music Computing Conference 2017, SMC 2017
14th Sound and Music Computing Conference, SMC 2017
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/3389546
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