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Guy J Brown

Biographic Data

ID3820465
NAMEGuy J Brown
GIVEN NAMESGuy J
FAMILY NAMEBrown
SIGNATUREBROWN G J
AFFILIATIONSUniversity of Sheffield
ORCID0000-0001-8565-5476
VERIFIEDYes
TOTAL WORKS2
TOTAL CITATIONS10
WORKS AS AUTHOR2
WORKS AS EDITOR0
FIRST PUBLICATION YEAR1994
LATEST PUBLICATION YEAR2012
H-INDEX1
  • Pitch Contour Matching and Interactional Alignment across Turns

    Open Access•Jan Gorisch, Bill Wells et al.•ARTICLE•Language and Speech•2012•Cited by: 9•References: 32

    In order to explore the influence of context on the phonetic design of talk-in-interaction, we investigated the pitch characteristics of short turns (insertions) that are produced by one speaker between turns from another speaker. We investigated the hypothesis that the speaker of the insertion designs her turn as a pitch match to the prior turn in order to align with the previous speaker’s agenda, whereas non-matching displays that the speaker o…

  • Perceptual grouping of musical sounds

    Guy J Brown, Martin Cooke•ARTICLE•Journal of New Music Research•1994•Cited by: 1•References: 22

    There is substantial recent evidence that the mixture of sounds reaching the ears is subjected to an analysis by early auditory processes, in which acoustic components with common properties are grouped into a single percept. Since most music consists of a mixture of sounds, it might be expected that early auditory processing also mediates the perception of musical sounds. In this article, we present a computational model of some aspects of audit…

  • Pitch Contour Matching and Interactional Alignment across Turns

    Open Access•Jan Gorisch, Bill Wells et al.•ARTICLE•Language and Speech•2012•Cited by: 9•References: 32

    In order to explore the influence of context on the phonetic design of talk-in-interaction, we investigated the pitch characteristics of short turns (insertions) that are produced by one speaker between turns from another speaker. We investigated the hypothesis that the speaker of the insertion designs her turn as a pitch match to the prior turn in order to align with the previous speaker’s agenda, whereas non-matching displays that the speaker o…

  • Perceptual grouping of musical sounds

    Guy J Brown, Martin Cooke•ARTICLE•Journal of New Music Research•1994•Cited by: 1•References: 22

    There is substantial recent evidence that the mixture of sounds reaching the ears is subjected to an analysis by early auditory processes, in which acoustic components with common properties are grouped into a single percept. Since most music consists of a mixture of sounds, it might be expected that early auditory processing also mediates the perception of musical sounds. In this article, we present a computational model of some aspects of audit…

  • Perceptual grouping of musical sounds

    Guy J Brown, Martin Cooke•ARTICLE•Journal of New Music Research•1994•Cited by: 1•References: 22

    There is substantial recent evidence that the mixture of sounds reaching the ears is subjected to an analysis by early auditory processes, in which acoustic components with common properties are grouped into a single percept. Since most music consists of a mixture of sounds, it might be expected that early auditory processing also mediates the perception of musical sounds. In this article, we present a computational model of some aspects of audit…

  • Pitch Contour Matching and Interactional Alignment across Turns

    Open Access•Jan Gorisch, Bill Wells et al.•ARTICLE•Language and Speech•2012•Cited by: 9•References: 32

    In order to explore the influence of context on the phonetic design of talk-in-interaction, we investigated the pitch characteristics of short turns (insertions) that are produced by one speaker between turns from another speaker. We investigated the hypothesis that the speaker of the insertion designs her turn as a pitch match to the prior turn in order to align with the previous speaker’s agenda, whereas non-matching displays that the speaker o…

Computer Science (2 works) · Psychology (2 works) · Speech recognition (2 works) · Acoustics (1 work) · Artificial Intelligence (1 work) · Artificial Intelligence (1 work) · Asynchronous communication (1 work) · Auditory perception (1 work) · Auditory scene analysis (1 work) · Auditory system (1 work)

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