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Signal processing / Mathematics / Statistics / Time series analysis / Csound / Discrete Fourier transform / Window function / Phase vocoder / Audio timescale-pitch modification / Mathematical analysis / Digital signal processing / Fourier analysis


Sliding DFT for Fun and Musical Profit John FITCH Codemist Ltd Horsecombe Vale BATH BA2 7AY, United Kingdon
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Document Date: 2008-02-27 03:15:26


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City

Montreal / Bordeaux / /

Company

AES / MIT Press / ClearSpeed Technology plc. / International Computer Music / ClearSpeed Plc / Intel / Musical Profit John FITCH Codemist Ltd / /

Country

France / Canada / /

/

Facility

Computer Science c/o University of Bath University / /

IndustryTerm

interactive real-time performance / na¨ıve peak-finding algorithm / inverse algorithm / bank / faster hardware / real-time performance / additive oscillator bank / simpler and more accurate pitch-shifting algorithm / oscillator bank / /

MarketIndex

RECT / /

OperatingSystem

Linux / /

Organization

Media Lab / University of Bath University / M.I.T / Arts and Humanities Research Council / /

Person

Russell Bradford / Miller S. Puckette / Barry Vercoe / Richard Dobson / Joseph Timoney / Richard Boulanger / Joe Timoney / James Moorer / Victor Lazzarini / Thomas Lysaght / Tom Lysaght / Judith C. Brown / /

/

Position

editor / candidate for SIMD-style parallelism / /

Product

ClearSpeed Whitepaper / /

ProvinceOrState

Quebec / /

RadioStation

Transformational FM / Adaptive FM / TFM / /

Technology

inverse algorithm / Linux / alternative algorithm / pitch-shifting algorithm / na¨ıve peak-finding algorithm / /

URL

http /

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