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Granular Toolkit v1.0 for Cycling74's Max/MSP
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download [pdf - 132k]
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Journal SEAMUS, Volume XVI:2, pp. 34-46. Contains details of the granular toolkit development, including new features and fixes.
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Concert Review: 2003 SCI Region IV Conference
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download [pdf - 68k]
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SCI Newsletter, Issue XXXIV:1. Also available online. A review of the concerts on the third day of this regional conference held at Stetson University. Featured many new works for various electronic media and chamber ensembles.
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Music technology in higher education:
different models, common issues and future trends
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download [pdf - 152k]
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With Peter V. Swendsen. Presented at the ATMI 2003 Conference in Miami, FL. It takes a look at current programs in music technology and discusses possibilities for the future.
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Understanding the Perception of Granular Processing
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download [pdf - 428k]
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With Scott D. Lipscomb and Gary S. Kendall. Presented at the SMPC 2003 Biennial Conference at the Univeristy of Nevada - Las Vegas. Discusses the results of my experiments designed to gain a better understanding of how granular sounds are perceived. These were conducted as part of my dissertation research.
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A Granular Toolkit for Cycling74's Max/MSP
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download [pdf - 116k]
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This paper was presented at the SEAMUS 2002 National Conference at the University of Iowa. It details the development of my granular toolkit, a set of externals and abstractions for Max/MSP that can be downloaded from the software section of this site.
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A Simplified Granular Processing Interface Based on Perceptual Research is the title of this research. The findings showed evidence that listeners hear changes in grain duration on a log-2 scale. Salient features of randomization were also different for duration versus periodicity. These findings informed my later plug-in design work for Hipno.
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This document contains the proposal for my PhD dissertation research at Northwestern University. By conducting a series of perceptual experiments using volunteer subjects, I hope to produce findings that lead to more meaningful controls over granular processing.
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