Publication

Design of Low-Order Filters for Radiation Synthesis

P. Kassakian and Wessel, D., “Design of Low-Order Filters for Radiation Synthesis”, in 115th Audio Engineering Society Conventtion, New York, NY, 2003, p. Convention Paper 5925.

A fundamental goal of sound synthesis is to reproduce, and to control, as many facets of the sound as possible. By numerically solving a carefully constructed optimization problem, we are able to design low-order filters for use with a dodecahedral loudspeaker array to synthesize low order spherical harmonics over specified frequency ranges. The method, a variant of least-squares, is general, allowing for the inclusion of side constraints, arbitrary array geometry, and incorporation of measured loudspeaker characteristics.

Publication

Situated Trio: An Interactive Live Performance for a Hexaphonic Guitarist and Two Computer Musicians with Expressive Controllers

D. Wessel, Wright, M., and Schott, J., “Situated Trio: An Interactive Live Performance for a Hexaphonic Guitarist and Two Computer Musicians with Expressive Controllers”, in International Conference on New Interfaces for Musical Expression (NIME), Dublin, Ireland, 2002, pp. 171-173.

Situated Trio: An Interactive Live
Performance for a Hexaphonic Guitarist and Two Computer Musicians
with Expressive Controllers

David Wessel, Matthew Wright, John Schott

Center for New Music and Audio Technology (CNMAT)

Department of Music,
Univ. of California, Berkeley

1750 Arch Street, Berkeley, CA, USA

{wessel, matt}@cnmat.berkeley.edu, john@johnschott.com

 

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