Rodrigo Cadiz

Rodrigo F. Cádiz (born 1972) is a composer and engineer from the Pontificia Universidad Católica de Chile, where he studied with Alejandro Guarello, Aliosha Solovera and Pablo Aranda. He obtained his Ph.D. in Music Technology from Northwestern University in 2006, where he studied with Augusta Read Thomas, Jay Alan Yim, Virgil Moorefield, Amnon Wolman and Gary Kendall.

His music includes works for all genres and it has been programmed in Chile, USA, and Europe, in venues such as Festival de Música Chilena Contemporánea, June in Buffalo, ICMC, Bourges, SEAMUS and Música Viva.

His research articles have been published in journals such as the Computer Music Journal and several international conferences. He has taught several courses in computer music. His research interests include digital audio processing, computer music, composition, music perception and cognition and the musical applications of fuzzy logic.

Cádiz is currently an associate researcher at the Music Institute of the Pontificia Universidad Catolica de Chile and a postdoctoral researcher at the Center for Magnetic Resonance Imaging, School of Engineering at the Pontificia Universidad Catolica de Chile. He is a member of AMC, SEAMUS, ICMA and he is the current general coordinator of the Electroacoustic Community of Chile (CECH).

Awards

Cádiz has won several grants and prizes for artistic creation and research, among them Beca Presidente de la República del Gobierno de Chile, Fondo de la Música Nacional, Fundación Andes and Studio22, CIRA, Wonderlic y Wyatt from Northwestern University. He has won several composition prizes in Chile and the US.

Publications
  • Cadiz, Rodrigo and Kendall, Gary (2005): A Particle-based Fuzzy Logic Approach to Sound Synthesis Proceedings of the Conference on Interdisciplinary Musicology (CIMO5), Montreal
  • Cadiz, Rodrigo (2006): 'A Fuzzy-Logic Mapper for Audiovisual Media' in Computer Music Journal Volume 30, Issue 1 (March 2006) pp 67 – 82 ISSN 0148-9267
  • Cadiz, Rodrigo (2009): Computer Music Control by Fuzzy Logic: Theory and Applications VDM Verlag ISBN 978-3-639-14112-2
gollark: If you die and get frozen, that information is preserved a lot better and might be readable later. Nobody actually knows what the future is going to be like in terms of ability to do anything with this, but it's better than ~0 chance.
gollark: If you die in the normal, uncool way, you're *definitely* dead and the information in your brain is rapidly irretrievable.
gollark: What?
gollark: The idea is that it *might* be and it's better than *definitely* dying.
gollark: I see.

References
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