Range of tuning for tones with and without vibrato
Range of tuning for tones with and without vibrato
Previous studies on vibrato pitch attempted to determine the "principal pitch" of vibrato tones and not the range of tuning for such tones in a melodic context. This study investigates the range of acceptable tuning (RAT) for tones with and without vibrato, using repeating ascending and descending three-tone arpeggios. The second tone in each sequence was modulated or unmodulated with an initial pitch that was flat or sharp. With each repetition the pitch of the second tone increased or decreased by 3 cents depending upon the initial pitch condition. Participants indicated when they perceived the second tone to be in tune and out of tune. The RAT for vibrato tones was approximately 10 cents greater than for unmodulated tones. This is largely due to the lower RAT limit, indicating that the carrier frequency of vibrato tones can be 10 cents flatter than the fundamental frequency of an unmodulated tone.
145-155
van Besouw, Rachel M.
464435ed-eadc-4fcc-9d69-eb267d8fe81b
Brereton, Jude S.
0e58ec9b-f1f3-4c2f-9d60-26d4266d5006
Howard, David M.
918df556-3e7b-4a32-b59f-e16ff23093aa
December 2008
van Besouw, Rachel M.
464435ed-eadc-4fcc-9d69-eb267d8fe81b
Brereton, Jude S.
0e58ec9b-f1f3-4c2f-9d60-26d4266d5006
Howard, David M.
918df556-3e7b-4a32-b59f-e16ff23093aa
van Besouw, Rachel M., Brereton, Jude S. and Howard, David M.
(2008)
Range of tuning for tones with and without vibrato.
Music Perception, 26 (2), .
(doi:10.1525/mp.2008.26.2.145).
Abstract
Previous studies on vibrato pitch attempted to determine the "principal pitch" of vibrato tones and not the range of tuning for such tones in a melodic context. This study investigates the range of acceptable tuning (RAT) for tones with and without vibrato, using repeating ascending and descending three-tone arpeggios. The second tone in each sequence was modulated or unmodulated with an initial pitch that was flat or sharp. With each repetition the pitch of the second tone increased or decreased by 3 cents depending upon the initial pitch condition. Participants indicated when they perceived the second tone to be in tune and out of tune. The RAT for vibrato tones was approximately 10 cents greater than for unmodulated tones. This is largely due to the lower RAT limit, indicating that the carrier frequency of vibrato tones can be 10 cents flatter than the fundamental frequency of an unmodulated tone.
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Published date: December 2008
Organisations:
Human Sciences Group, Signal Processing & Control Group
Identifiers
Local EPrints ID: 65219
URI: http://eprints.soton.ac.uk/id/eprint/65219
ISSN: 0730-7829
PURE UUID: 1aa4b689-484e-495f-b60c-0819b0d76b6a
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Date deposited: 12 Feb 2009
Last modified: 15 Mar 2024 12:06
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Contributors
Author:
Rachel M. van Besouw
Author:
Jude S. Brereton
Author:
David M. Howard
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