---------- Forwarded message ---------
De : Romain Michon <rmnmichon(a)gmail.com>
Date: mer. 30 oct. 2019 à 16:16
Subject: [Faudiostream-users] Forum Acusticum 2020: Special Session on
Hybrid Acoustical and Digital Musical Instruments
To: faudiostream-users <faudiostream-users(a)lists.sourceforge.net>
[Sorry for cross-posting]
Dear Colleagues,
We are organizing a special session on *Hybrid Acoustical and Digital
Musical Instruments* at the next European Acoustics Meeting (*Forum
Acusticum*:
https://fa2020.universite-lyon.fr/) which will take place in *Lyon
(France) on April 20-24, 2020*:
---
*Summary of the Session*
Nowadays, physical modeling, increasingly light and powerful embedded
systems, as well as new digital fabrication techniques and sensor
technologies allow us to approach lutherie and musical instrument design in
a completely hybrid way. Digital 3D models can serve both as the source for
a sound synthesizer thanks to physical modeling techniques (i.e., finite
difference scheme, etc.) and can be "materialized" with 3D printing,
blurring the boundary between the physical/acoustical and the
virtual/digital worlds. Embedded systems based on an expending range of
architectures such as microcontrollers, GPUs, FPGAs, microprocessors, etc.
play an important role in this context by providing extended computational
power to run complex models and by offering the possibility to make hybrid
instruments more portable and standalone. Dedicated tools and platforms -
both hardware (e.g., Bela, Owl, smartdevices, etc.) and software (e.g.,
Faust, Kronos, Soul, etc.) - have been developed in recent years to
facilitate the design of such instruments. This adds up to the wide range
of new sensor technologies and specialized commercial interfaces (e.g.,
Sensel Morph, ROLI Seaboard, LinnStrument, etc.) that have been created in
recent years in this field.
In this special session on "Hybrid Acoustical and Digital Musical
Instruments," we invite paper submissions on the following *topics* (not
limiting):
- Programming languages for computer music and real-time signal processing
- Digital sound synthesis and processing
- Physical modeling of musical instruments
- Hardware and embedded platforms for real time DSP
- Human Computer Interaction (HCI)
- New Interfaces for Musical Expression
- New sensor technologies
- Digital fabrication for lutherie and acoustics
- Mobile music
---
*Abstracts can be submitted* to the following address:
https://fa2020.universite-lyon.fr/fa2020/english-version/navigation/abstrac…
*until Dec. 1, 2019*.
We look forward to see you in Lyon this Spring!
Best,
Romain Michon and Yann Orlarey
GRAME-CNCM
Lyon, France
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