Abstract
EXO SIGNALS is a project by Davor Vincze (composer/electronic music performer) and Roberto Alonso Trillo (performer/co-creator of MetaBow - a violin bow interface with embedded sensors that sends real-time gestural OSC data through a BLE protocol). Exo signals is an adaptation of the existing project 9 Shards, which was realised last month (May 2024) at the Visualization Research Centre at Hong Kong Baptist University. The project integrates as well the web-app designed by Maurice Oeser for Davor Vincze's opera Freedom Collective.
The goal of Exo Signals is to create an immersive experience using the OTTOsonic system, MetaBow, and the web-app. This project aims to explore sound spatialization connecting sound source movement to the gestures of the MetaBow, and expanding this via the audience's smartphones, which act as a distributed array of speakers. The audience will remain in fixed seating positions while the performer, Dr. Alonso Trillo, moves freely around the space. The sound is captured through a DPA microphone and manipulated live real-time DSP,, yet this relation is a two-way street, as the Metabow controls both the position of the electronic sound in space, as well as the effect parameters that enhance/distort/augment the electronic sound. The smartphones serve as an echo of the sonic utterances present in the electronics distributed in space, thus creating another immersive level.
The goal of Exo Signals is to create an immersive experience using the OTTOsonic system, MetaBow, and the web-app. This project aims to explore sound spatialization connecting sound source movement to the gestures of the MetaBow, and expanding this via the audience's smartphones, which act as a distributed array of speakers. The audience will remain in fixed seating positions while the performer, Dr. Alonso Trillo, moves freely around the space. The sound is captured through a DPA microphone and manipulated live real-time DSP,, yet this relation is a two-way street, as the Metabow controls both the position of the electronic sound in space, as well as the effect parameters that enhance/distort/augment the electronic sound. The smartphones serve as an echo of the sonic utterances present in the electronics distributed in space, thus creating another immersive level.
Original language | English |
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Publication status | Published - Oct 2024 |
Event | Ubimus - Macao 2024: 14th International Symposium on Ubiquitous Music - University of Saint Joseph, Macao Duration: 31 Oct 2024 → 2 Nov 2024 https://ubimus2024.fah.usj.edu.mo |
Conference
Conference | Ubimus - Macao 2024 |
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Country/Territory | Macao |
Period | 31/10/24 → 2/11/24 |
Internet address |
Scopus Subject Areas
- Music