Publication details

Publisher: Springer

Place: Berlin

Year: 2015

Series: Lecture Notes in Computer Science

ISBN (Hardback): 9783319206028

Full citation:

Tom Collins, David Mérédith, Anja Volk (eds), Mathematics and computation in music, Berlin, Springer, 2015

Mathematics and computation in music

Contents

A structural theory of rhythm notation based on tree representations and term rewriting

Florent Jacquemard, Pierre Donat-Bouillud, Jean Bresson

3-15

Renotation from optical music recognition

Liang Chen, Rong Jin, Christopher Raphael

16-26

Foundations for reliable and flexible interactive multimedia scores

Jaime Arias, Myriam Desainte-Catherine

29-41

Genetic algorithms based on the principles of Grundgestalt and developing variation

Carlos de Lemos Almada

42-51

Describing global musical structures by integer programming on musical patterns

Tsubasa Tanaka, Koichi Fujii

52-63

Improved iterative random walk for four-part harmonization

Raymond Whorley, Darrell Conklin

64-70

Location constraints for repetition-based segmentation of melodies

Marcelo Rodríguez-López, Anja Volk

73-84

Modeling musical structure with parametric grammars

Mathieu Giraud, Sławek Staworko

85-96

Perfect balance

a novel principle for the construction of musical scales and meters

Andrew J. Milne, David Bulger, Steffen A. Herff, William A. Sethares

97-108

Characteristics of polyphonic music style and Markov model of pitch-class intervals

Eita Nakamura, Shinji Takaki

109-114

A corpus-sensitive algorithm for automated tonal analysis

Christopher White

115-121

Finding optimal triadic transformational spaces with Dijkstra's shortest path algorithm

Ryan Groves

122-127

A probabilistic approach to determining bass voice leading in melodic harmonisation

Dimos Makris, Maximos Kaliakatsos-Papakostas, Emilios Cambouropoulos

128-134

Hypergestures in complex time

creative performance between symbolic and physical reality

Maria Mannone, Guerino Mazzola

137-148

Generating fingerings for polyphonic piano music with a tabu search algorithm

Matteo Balliauw, Dorien Herremans, Daniel Palhazi Cuervo, Kenneth Sörensen

149-160

Logistic modeling of note transitions

Luwei Yang, Elaine Chew, Khalid Z. Rajab

161-172

Evaluating Singer consistency and uniqueness in vocal performances

Johanna Devaney

173-178

A change-point approach towards representing musical dynamics

Katerina Kosta, Oscar F. Bandtlow, Elaine Chew

179-184

Structural similarity based on time-span sub-trees

Masatoshi Hamanaka, Keiji Hirata, Satoshi Tojo

187-192

Cross entropy as a measure of musical contrast

Robin Laney, Robert Samuels, Emilie Capulet

193-198

Symbolic music similarity using neuronal periodicity and dynamic programming

Rafael Valle, Adrián Freed

199-204

Applications of DFT to the theory of twentieth-century Harmony

Jason Yust

207-218

Utilizing computer programming to analyze post-tonal music

contour analysis of four works for solo flute

Käte Sekula

219-230

A statistical approach to the global structure of John Cage's number piece $${five}^5$$

Alexandre Popoff

231-236

Exact cover problem in Milton Babbitt's all-partition array

Brian Bemman, David Mérédith

237-242

Constructing geometrical spaces from acoustical representations

Özgür İzmirli

245-256

Geometry, iterated quantization and filtered voice-leading spaces

Clifton Callender

257-266

Using fundamental groups and groupoids of chord spaces to model voice leading

James J. Hughes

267-278

All-interval structures

Robert W. Peck

279-290

Unifying tone system definitions

ordering chromas

Tobias Schlemmer

291-302

A categorical generalization of Klumpenhouwer networks

Alexandre Popoff, Andrée C. Ehresmann, Moreno Andreatta

303-314

The Spinnen-Tonnetz

new musical dimensions in the 2d network for tonal music analysis

Gilles Baroin, Hugues Seress

315-320

Probabilistic segmentation of musical sequences using restricted Boltzmann machines

Author(s)