Rhythm and transforms

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1. Verfasser: Sethares, William A. 1955- (VerfasserIn)
Format: Medienkombination Buch
Sprache:English
Veröffentlicht: London Springer 2007
Ausgabe:1. ed.
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Datensatz im Suchindex

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adam_text Contents 1 What is Rhythm? ......................................... 1 1.1 Rhythm, Periodicity, Regularity, Recurrence ................ 3 1.2 Perception and Time Scale ............................... 6 1.3 Illusions of Sound Perception ............................. 9 1.3.1 Illusions of Pitch .................................. 11 1.3.2 Why Illusions Happen ............................. 12 1.3.3 Why Illusions Matter .............................. 14 1.4 Beat Tracking ........................................... 14 1.5 Why Study Rhythm? .................................... 16 1.6 Overview of Rhythm and Transforms ....................... 19 1.7 Sound Examples: Teasers ................................. 21 2 Visualizing and Conceptualizing Rhythm .................. 23 2.1 Symbolic Notations ...................................... 24 2.1.1 Lyrical Notation .................................. 24 2.1.2 Musical Notation .................................. 26 2.1.3 Necklace Notation ................................. 28 2.1.4 Numerical Notations ............................... 29 2.1.5 Functional Notation ............................... 31 2.1.6 Drum/Percussion Tablature ........................ 31 2.1.7 Schillinger s Notation .............................. 32 2.1.8 MIDI Notation .................................... 33 2.1.9 Harmonic Rhythm ................................. 36 2.1.10 Dance Notation ................................... 38 2.1.11 Juggling Notation ................................. 39 2.2 Literal Notations ........................................ 41 2.2.1 Waveforms ....................................... 42 2.2.2 Spectrograms ..................................... 43 2.2.3 Granular Representations .......................... 46 2.3 Visual and Physical Metaphors for Rhythm ................. 49 Contents Varieties of Rhythmic Experience .......................... 53 3.1 Fluid, Unmeasured, and Beatless .......................... 54 3.2 Meter .................................................. 54 3.3 Additive vs. Divisive ..................................... 57 3.4 Timelines ............................................... 58 3.5 The Clave .............................................. 62 3.6 Samba ................................................. 63 3.7 Vodou Drumming ....................................... 63 3.8 Tala ................................................... 65 3.9 Polyrhythms ............................................ 67 3.10 Inner Melody and the Gamelan ........................... 69 3.11 Punk ................................................... 71 3.12 Hip-Hop ................................................ 72 3.13 Simultaneous Tempos .................................... 74 3.14 Synthesis ............................................... 74 Auditory Perception ....................................... 77 4.1 How the Ear Works ...................................... 78 4.1.1 Perception of Loudness ............................. 80 4.1.2 Critical Band and JND ............................ 81 4.1.3 Models of the Auditory System ..................... 82 4.2 Auditory Boundaries ..................................... 84 4.3 Regular Successions ...................................... 86 4.3.1 Perceptions of Rate ................................ 87 4.3.2 Regular Successions as a Single Perception ............ 89 4.3.3 Perceptual Cues for Clustering of Notes .............. 91 4.3.4 Perceptual Cues for Clustering of Rhythms ........... 92 4.3.5 Filled vs. Empty Durations ......................... 93 4.3.6 Framework for Rhythm Perception .................. 94 4.3.7 A Rhythmic Theory of Perception ................... 96 4.3.8 Rhythm Without Notes ............................ 97 4.3.9 Changes to Regular Successions ..................... 99 4.3.10 Multiple Regular Successions .......................102 4.3.11 One-hundred Metronomes ..........................102 4.4 Feature Vectors: Perceptually Motivated Preprocessing .......103 4.4.1 Critical Band Feature Vectors .......................103 4.4.2 Listening to Feature Vectors 1 .......................104 4.4.3 Extracting Auditory Boundaries from a Signal ........105 4.4.4 Listening to Feature Vectors II ......................108 4.5 Perception vs. Reality ....................................108 Contents xi 5 Transforms ................................................ Ill 5.1 Inner Product: The Angle Between Two Signals .............112 5.2 Correlation and Autocorrelation ...........................113 5.3 The Fourier Transform ...................................115 5.3.1 Frequency via the DFT/FFT .......................117 5.3.2 Three Mistakes ...................................119 5.3.3 Short-time Fourier Transform .......................122 5.3.4 The Phase Vocoder ................................124 5.4 Wavelet Transforms ......................................128 5.5 Periodicity Transforms ...................................131 5.5.1 Periodic Subspaces ................................131 5.5.2 Projection onto Periodic Subspaces ..................134 5.5.3 Algorithms for Periodic Decomposition ...............136 5.5.4 Signal Separation ..................................140 5.5.5 Choice of Effective Sampling Rate ...................143 5.5.6 Discussion of PT ..................................144 5.6 Summary ...............................................145 6 Adaptive Oscillators .......................................147 6.1 Entrainment and Synchronization .........................148 6.2 Systems Notation ........................................150 6.3 Oscillators ..............................................152 6.4 Adaptive Oscillators .....................................157 6.4.1 The Phase Locked Loop ............................158 6.4.2 Adaptive Wavetable Oscillators .....................161 6.4.3 Adaptive Phase-reset Oscillators ....................165 6.4.4 Adaptive Clocking .................................166 6.5 Behavior of Adaptive Oscillators ..........................168 6.5.1 Regular Pulse Trains ...............................169 6.5.2 Irregular Pulse Trains ..............................171 7 Statistical Models .........................................175 7.1 Probability and Inference .................................176 7.2 Statistical Models of Periodic Phenomenon .................177 7.3 Regularities in Binary Sequences ..........................179 7.4 A Model for Symbolic Pulse Detection .....................182 7.5 A Model for Symbolic Pulse Tracking ......................184 7.6 A Model for Audio Feature Vectors ........................188 8 Automated Rhythm Analysis ..............................193 8.1 Analysis From a Musical Score: La Marseillaise .............194 8.1.1 Rule-based Approaches .............................195 8.1.2 Transform Techniques ..............................196 8.1.3 Statistical Methods ................................198 8.1.4 Adaptive Oscillators ...............................199 xii Contents 8.2 MIDI Beat Tracking .....................................201 8.2.1 Adaptive Oscillators ...............................203 8.2.2 Statistical Methods ................................206 8.3 Audio Beat Tracking .....................................209 8.3.1 Transform Techniques ..............................209 8.3.2 Statistical Beat Tracking ...........................215 8.3.3 Beat Tracking Using Adaptive Oscillators ............219 8.4 Summary ...............................................221 9 Beat-based Signal Processing ..............................223 9.1 Manipulating the Beat ...................................224 9.2 Beat-synchronous Filters .................................227 9.3 Beat-based Time Reversal 1 ...............................229 9.4 Beat-based Averaging ....................................229 9.5 Separating Signal from Noise ..............................230 9.6 Spectral Mappings .......................................233 9.6.1 Mapping to a Harmonic Template ...................234 9.6.2 Mapping to a η -tet Template .......................236 9.6.3 The Make Believe Rag .............................239 9.7 Nonlinear Beat-based Processing ..........................240 9.7.1 Spectral Band Filter ...............................240 9.7.2 Spectral Freeze ....................................240 9.7.3 The Harmonic Sieve ...............................241 9.7.4 Instantaneous Harmonic Templates ..................243 9.8 The Phase Vocoder vs. the Beat-synchronous FFT ...........244 9.8.1 Implementations ..................................244 9.8.2 Perceptual Comparison ............................248 10 Musical Composition and Recomposition ..................251 10.1 Friend of the Devil of the Friend ..........................253 10.2 New Pieces from Old ...................................253 10.3 The Maple Leaf Waltz, Julie s March, and Take Four ........254 10.4 Beat-based Time Reversal II ..............................256 10.5 Beat Randomization .....................................257 10.6 Beat-synchronous Sound Collages ..........................259 10.7 Beat-synchronous Cross-performance .......................260 11 Musical Analysis via Feature Scores .......................263 11.1 Accuracy of Performance .................................264 11.2 Beat Regularization ......................................268 11.3 Beat-synchronous Feature Scores ..........................269 11.4 Julie s Waltz: An Analysis ................................273 Contents xiii 12 Speculations, Interpretations, Conclusions .................277 12.1 Which Comes First, the Notes or the Beat? .................277 12.2 Name That Tune ........................................279 12.3 Variations on a Theme ...................................281 12.4 What is a Song? .........................................282 12.5 Time and Perceived Time ................................285 12.6 The Technologies for Finding Patterns .....................287 Beat Tracked Musical Performances ...........................289 Glossary .......................................................291 Sound Examples on the CD-ROM .............................295 Bibliography ...................................................309 Discography ...................................................321 World Wide Web and Internet References .....................323 Index ..........................................................325
adam_txt Contents 1 What is Rhythm? . 1 1.1 Rhythm, Periodicity, Regularity, Recurrence . 3 1.2 Perception and Time Scale . 6 1.3 Illusions of Sound Perception . 9 1.3.1 Illusions of Pitch . 11 1.3.2 Why Illusions Happen . 12 1.3.3 Why Illusions Matter . 14 1.4 Beat Tracking . 14 1.5 Why Study Rhythm? . 16 1.6 Overview of Rhythm and Transforms . 19 1.7 Sound Examples: Teasers . 21 2 Visualizing and Conceptualizing Rhythm . 23 2.1 Symbolic Notations . 24 2.1.1 Lyrical Notation . 24 2.1.2 Musical Notation . 26 2.1.3 Necklace Notation . 28 2.1.4 Numerical Notations . 29 2.1.5 Functional Notation . 31 2.1.6 Drum/Percussion Tablature . 31 2.1.7 Schillinger's Notation . 32 2.1.8 MIDI Notation . 33 2.1.9 Harmonic Rhythm . 36 2.1.10 Dance Notation . 38 2.1.11 Juggling Notation . 39 2.2 Literal Notations . 41 2.2.1 Waveforms . 42 2.2.2 Spectrograms . 43 2.2.3 Granular Representations . 46 2.3 Visual and Physical Metaphors for Rhythm . 49 Contents Varieties of Rhythmic Experience . 53 3.1 Fluid, Unmeasured, and Beatless . 54 3.2 Meter . 54 3.3 Additive vs. Divisive . 57 3.4 Timelines . 58 3.5 The Clave . 62 3.6 Samba . 63 3.7 Vodou Drumming . 63 3.8 Tala . 65 3.9 Polyrhythms . 67 3.10 Inner Melody and the Gamelan . 69 3.11 Punk . 71 3.12 Hip-Hop . 72 3.13 Simultaneous Tempos . 74 3.14 Synthesis . 74 Auditory Perception . 77 4.1 How the Ear Works . 78 4.1.1 Perception of Loudness . 80 4.1.2 Critical Band and JND . 81 4.1.3 Models of the Auditory System . 82 4.2 Auditory Boundaries . 84 4.3 Regular Successions . 86 4.3.1 Perceptions of Rate . 87 4.3.2 Regular Successions as a Single Perception . 89 4.3.3 Perceptual Cues for Clustering of Notes . 91 4.3.4 Perceptual Cues for Clustering of Rhythms . 92 4.3.5 Filled vs. Empty Durations . 93 4.3.6 Framework for Rhythm Perception . 94 4.3.7 A Rhythmic Theory of Perception . 96 4.3.8 Rhythm Without Notes . 97 4.3.9 Changes to Regular Successions . 99 4.3.10 Multiple Regular Successions .102 4.3.11 One-hundred Metronomes .102 4.4 Feature Vectors: Perceptually Motivated Preprocessing .103 4.4.1 Critical Band Feature Vectors .103 4.4.2 Listening to Feature Vectors 1 .104 4.4.3 Extracting Auditory Boundaries from a Signal .105 4.4.4 Listening to Feature Vectors II .108 4.5 Perception vs. Reality .108 Contents xi 5 Transforms . Ill 5.1 Inner Product: The Angle Between Two Signals .112 5.2 Correlation and Autocorrelation .113 5.3 The Fourier Transform .115 5.3.1 Frequency via the DFT/FFT .117 5.3.2 Three Mistakes .119 5.3.3 Short-time Fourier Transform .122 5.3.4 The Phase Vocoder .124 5.4 Wavelet Transforms .128 5.5 Periodicity Transforms .131 5.5.1 Periodic Subspaces .131 5.5.2 Projection onto Periodic Subspaces .134 5.5.3 Algorithms for Periodic Decomposition .136 5.5.4 Signal Separation .140 5.5.5 Choice of Effective Sampling Rate .143 5.5.6 Discussion of PT .144 5.6 Summary .145 6 Adaptive Oscillators .147 6.1 Entrainment and Synchronization .148 6.2 Systems Notation .150 6.3 Oscillators .152 6.4 Adaptive Oscillators .157 6.4.1 The Phase Locked Loop .158 6.4.2 Adaptive Wavetable Oscillators .161 6.4.3 Adaptive Phase-reset Oscillators .165 6.4.4 Adaptive Clocking .166 6.5 Behavior of Adaptive Oscillators .168 6.5.1 Regular Pulse Trains .169 6.5.2 Irregular Pulse Trains .171 7 Statistical Models .175 7.1 Probability and Inference .176 7.2 Statistical Models of Periodic Phenomenon .177 7.3 Regularities in Binary Sequences .179 7.4 A Model for Symbolic Pulse Detection .182 7.5 A Model for Symbolic Pulse Tracking .184 7.6 A Model for Audio Feature Vectors .188 8 Automated Rhythm Analysis .193 8.1 Analysis From a Musical Score: La Marseillaise .194 8.1.1 Rule-based Approaches .195 8.1.2 Transform Techniques .196 8.1.3 Statistical Methods .198 8.1.4 Adaptive Oscillators .199 xii Contents 8.2 MIDI Beat Tracking .201 8.2.1 Adaptive Oscillators .203 8.2.2 Statistical Methods .206 8.3 Audio Beat Tracking .209 8.3.1 Transform Techniques .209 8.3.2 Statistical Beat Tracking .215 8.3.3 Beat Tracking Using Adaptive Oscillators .219 8.4 Summary .221 9 Beat-based Signal Processing .223 9.1 Manipulating the Beat .224 9.2 Beat-synchronous Filters .227 9.3 Beat-based Time Reversal 1 .229 9.4 Beat-based Averaging .229 9.5 Separating Signal from Noise .230 9.6 Spectral Mappings .233 9.6.1 Mapping to a Harmonic Template .234 9.6.2 Mapping to a η -tet Template .236 9.6.3 The Make Believe Rag .239 9.7 Nonlinear Beat-based Processing .240 9.7.1 Spectral Band Filter .240 9.7.2 Spectral Freeze .240 9.7.3 The Harmonic Sieve .241 9.7.4 Instantaneous Harmonic Templates .243 9.8 The Phase Vocoder vs. the Beat-synchronous FFT .244 9.8.1 Implementations .244 9.8.2 Perceptual Comparison .248 10 Musical Composition and Recomposition .251 10.1 Friend of the Devil of the Friend .253 10.2 "New" Pieces from Old .253 10.3 The Maple Leaf Waltz, Julie's March, and Take Four .254 10.4 Beat-based Time Reversal II .256 10.5 Beat Randomization .257 10.6 Beat-synchronous Sound Collages .259 10.7 Beat-synchronous Cross-performance .260 11 Musical Analysis via Feature Scores .263 11.1 Accuracy of Performance .264 11.2 Beat Regularization .268 11.3 Beat-synchronous Feature Scores .269 11.4 Julie's Waltz: An Analysis .273 Contents xiii 12 Speculations, Interpretations, Conclusions .277 12.1 Which Comes First, the Notes or the Beat? .277 12.2 Name That Tune .279 12.3 Variations on a Theme .281 12.4 What is a Song? .282 12.5 Time and Perceived Time .285 12.6 The Technologies for Finding Patterns .287 Beat Tracked Musical Performances .289 Glossary .291 Sound Examples on the CD-ROM .295 Bibliography .309 Discography .321 World Wide Web and Internet References .323 Index .325
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illustrated Illustrated
index_date 2024-07-02T19:20:24Z
indexdate 2024-11-25T17:26:05Z
institution BVB
isbn 9781846286391
language English
oai_aleph_id oai:aleph.bib-bvb.de:BVB01-016243884
oclc_num 643101149
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physical XIII, 336 S. Ill., graph. Darst. 235 mm x 155 mm CD-ROM (12 cm)
publishDate 2007
publishDateSearch 2007
publishDateSort 2007
publisher Springer
record_format marc
spellingShingle Sethares, William A. 1955-
Rhythm and transforms
Rhythmus (DE-588)4132330-0 gnd
Digitaltechnik (DE-588)4012303-0 gnd
Datenverarbeitung (DE-588)4011152-0 gnd
Metrik Musik (DE-588)4169744-3 gnd
Akustik (DE-588)4000988-9 gnd
Musik (DE-588)4040802-4 gnd
subject_GND (DE-588)4132330-0
(DE-588)4012303-0
(DE-588)4011152-0
(DE-588)4169744-3
(DE-588)4000988-9
(DE-588)4040802-4
(DE-588)4139307-7
title Rhythm and transforms
title_auth Rhythm and transforms
title_exact_search Rhythm and transforms
title_exact_search_txtP Rhythm and transforms
title_full Rhythm and transforms William A. Sethares
title_fullStr Rhythm and transforms William A. Sethares
title_full_unstemmed Rhythm and transforms William A. Sethares
title_short Rhythm and transforms
title_sort rhythm and transforms
topic Rhythmus (DE-588)4132330-0 gnd
Digitaltechnik (DE-588)4012303-0 gnd
Datenverarbeitung (DE-588)4011152-0 gnd
Metrik Musik (DE-588)4169744-3 gnd
Akustik (DE-588)4000988-9 gnd
Musik (DE-588)4040802-4 gnd
topic_facet Rhythmus
Digitaltechnik
Datenverarbeitung
Metrik Musik
Akustik
Musik
CD-ROM
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