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Physical Modeling Synthesis of the Stone Chime Instrument “Pyeongyeong”

Title
Physical Modeling Synthesis of the Stone Chime Instrument “Pyeongyeong”
Author
Richard Daniel Dudas
Issue Date
2015-09
Publisher
International Computer Music Association
Citation
Proceedings of the International Computer Music Conference (ICMC), Denton, Texas, USA, 2015, Page. 254-257
Abstract
This paper is about the creation of a physical model of the traditional Korean stone chime instrument known as a “pyeongyeong” using Ircam’s Modalys software. This re- search focuses on creating a physical model that can be used in musical ways. In order to build the physical model, the instrument itself must be researched so its physical de- tails can be used as a foundation for the construction of the model. The goal is to create a virtual instrument that can be used for creative purposes in the context of contempo- rary/electronic music, in addition to being able to be used for compositions using traditional instruments, recording sessions and sound design for film scoring. The develop- ment of this model provides a good opportunity to allow the pyeongyeong – an instrument that is not easy to transport due to its physical size and weight – to be used in a wider international musical context.
URI
http://www.richarddudas.com/publications/physical-modeling-synthesis-of-the-stone-chime-instrument-pyeongyeong%E2%80%A8/http://hdl.handle.net/20.500.11754/27385
ISBN
978-0-9845274-4-1
Appears in Collections:
COLLEGE OF MUSIC[S](음악대학) > COMPOSITION(작곡과) > Articles
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