NOISA Étude 2
Juan Carlos Vasquez & Koray Tahiroğlu
Music Proceedings of the International Conference on New Interfaces for Musical Expression
- Year: 2016
- Location: Brisbane, Australia
Abstract:
Program notes: "NOISA Étude 2" is a second set of performance instructions created to showcase compelling, evolving and complex soundscapes only possible when operating the NOISA instruments, integrating the system’s autonomous responses as part of a musical piece. The multi-layered sound interaction design is based on radical transformations of acoustic instruments performing works from the classical music repertoire. This second "étude" is based entirely on interaction with spectrum-complementary Phase Vocoders. The system is fed with variations of a fixed musical motif, encouraging the system to recognise elements of the motive and create its own set of different versions emulating a human musical compositional process. Also, the Myo Armband is used in a creative way as an independent element for dynamic control, using raw data extracted from the muscles’ tension.
Citation:
Juan Carlos Vasquez & Koray Tahiroğlu. 2016. NOISA Étude 2. Music Proceedings of the International Conference on New Interfaces for Musical Expression. DOI:BibTeX Entry:
@inproceedings{nime2016-music-Tahiroglu2016a, abstract = {Program notes: "NOISA Étude 2" is a second set of performance instructions created to showcase compelling, evolving and complex soundscapes only possible when operating the NOISA instruments, integrating the system’s autonomous responses as part of a musical piece. The multi-layered sound interaction design is based on radical transformations of acoustic instruments performing works from the classical music repertoire. This second "étude" is based entirely on interaction with spectrum-complementary Phase Vocoders. The system is fed with variations of a fixed musical motif, encouraging the system to recognise elements of the motive and create its own set of different versions emulating a human musical compositional process. Also, the Myo Armband is used in a creative way as an independent element for dynamic control, using raw data extracted from the muscles’ tension.}, address = {Brisbane, Australia}, author = {Juan Carlos Vasquez & Koray Tahiroğlu}, booktitle = {Music Proceedings of the International Conference on New Interfaces for Musical Expression}, editor = {Andrew Brown and Toby Gifford}, month = {June}, publisher = {Griffith University}, title = {NOISA Étude 2}, year = {2016} }