Mapping Sound Properties and Oenological Characters by a Collaborative Sound Design Approach -Towards an Augmented Experience

Nicolas Misdariis (1) , Patrick Susini (1) , Olivier Houix (1) , Rivas Roque (1) , Clement Cerles (2) , Eric Lebel , Alice Tetienne , Aliette Duquesne

1 STMS-PDS - Perception et design sonores
2 IRCAM - Institut de Recherche et Coordination Acoustique/Musique

The paper presents a specific sound design process implemented upon a collaboration with an important stakeholder of the wine (Champagne) industry. The goal of the project was to link sound properties with oenological dimensions in order to compose a sonic environment able to realise a multisensory experience during the wine tasting protocol. This creation has resulted from a large scale methodological approach based on the semantic transformation concept (from wine words to sound words) and deployed by means of a codesign method-after having shared respective skills of each field (sound and oenology). A precise description of the workflow is detailed in the paper, The outcomes of the work are presented, either in terms of realisation or conceptual knowledge acquisition. Then, future perspectives for the following of the work are sketched, especially regarding the notion of evaluation. The whole approach is finally put in the broad conceptual framework of 'sciences of sound design' that is developed and argued in the light of this study.

Mots clés: codesign; taste; methodology; tools; sound design

Domaines: Sciences de l'information et de la communication; Acoustique [physics.class-ph]

Nicolas Misdariis, Patrick Susini, Olivier Houix, Rivas Roque, Clement Cerles, et al.. Mapping Sound Properties and Oenological Characters by a Collaborative Sound Design Approach -Towards an Augmented Experience. CMMR - Computer Music Multidisciplinary Research, Oct 2019, Marseille, France. ⟨hal-02469362⟩