instance: Soma-based multi-user interaction design for the telematic sonic arts

Author:

Strauss Lucy,Tatar Kivanç,Nuro Sumalgy

Abstract

The telematic work instance is a performance for viola and dance that digitally connects performers in Vancouver and Cape Town. The network interface enables a violist and a dancer to simultaneously play multi-user digital music-dance instruments over the internet with music and dance. The composition, design and performance interaction of instance draw from acoustic multi-user instrument paradigms and music-dance interactions in the African performing arts to explore the idiosyncrasies of the telematic performance space. The iterative design process implements soma-based research methods to inspire sonic compositional material with the body and to explore the performers’ embodied experience of sonic aesthetics during their interaction.

Publisher

Cambridge University Press (CUP)

Subject

Computer Science Applications,Music

Reference45 articles.

1. Mental virtuosity: A new theory of performers’ attentional processes and strategies

2. A NIME Reader

3. Telematic Music vs. Networked Music: Distinguishing Between Cybernetic Aspirations and Technological Music-Making;Lemmon;Journal of Network Music and Arts,2019

4. Tragtenberg, J. , Calegario, F. , Cabral, G. and Ramalho, G. 2019. Towards the Concept of ‘Digital Dance and Music Instrument’. Proceedings of the International Conference on New Interfaces for Musical Expression, Porto Alegre, Brazil, 6.

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