Results 301 to 310 of about 2,292,310 (337)
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Perceived continuity and pitch perception
The Journal of the Acoustical Society of America, 2000Three experiments investigated the importance of perceived stimulus continuity for the perception of the fundamental frequency (F0) of an unresolved complex tone. The F0 of the complex was 250 Hz and the harmonics were bandpass filtered between 5500 and 7500 Hz.
Plack, Christopher J., White, Louise J.
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Periodicity and pitch perception
The Journal of the Acoustical Society of America, 1991There has been experimental evidence pointing to at least two pitch mechanisms, the first involving low-order harmonics that are resolved along the basilar membrane, and the second a periodicity mechanism that depends only on the repetition rate of the time waveform on the basilar membrane.
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Experimental Brain Research, 2006
Sensory saltation is a spatiotemporal illusion in which the location of a brief stimulus is displaced towards a subsequent one following closely in time and space. This study investigated in three experiments whether or not saltation is present in spectral pitch, a non-spatial dimension. Employing the "symmetrical-rabbit" paradigm, listeners judged the
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Sensory saltation is a spatiotemporal illusion in which the location of a brief stimulus is displaced towards a subsequent one following closely in time and space. This study investigated in three experiments whether or not saltation is present in spectral pitch, a non-spatial dimension. Employing the "symmetrical-rabbit" paradigm, listeners judged the
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High-freqeuncy pitch perception
The Journal of the Acoustical Society of America, 1983The alleged absence of musical pitch information for pure-tone frequencies above about 5 kHz is often cited as constituting evidence for temporal coding of pure-tone pitch below 5 kHz. However, the experimental data on which this allegation is based are both meager and equivocal.
Edward M. Burns, Lawrence L. Feth
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Perception of pitch by goldfish
Hearing Research, 2005Classical conditioning and stimulus generalization methods have revealed much about the sense of hearing in non-human animals, and are now used here to investigate how goldfish perceive a variety of complex sounds, including multi-harmonic complexes and rippled noise (RN).
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Cancellation model of pitch perception
The Journal of the Acoustical Society of America, 1998A model of pitch perception is presented involving an array of delay lines and inhibitory gating neurons. In response to a periodic sound, a minimum appears in the pattern of outputs of the inhibitory neurons at a lag equal to the period of the sound. The position of this minimum is the cue to pitch. The model is similar to the autocorrelation model of
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ICASSP '86. IEEE International Conference on Acoustics, Speech, and Signal Processing, 2005
Recently published data argue in favor of the hypothesis of a time-domain code in the representation of sound in the auditory nerve. This paper describes a pitch perception model based on such a code, and relates it's behaviour to pitch theory. The model accounts for the pitch of complex tones, and correctly predicts pitch shifts and phase effects.
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Recently published data argue in favor of the hypothesis of a time-domain code in the representation of sound in the auditory nerve. This paper describes a pitch perception model based on such a code, and relates it's behaviour to pitch theory. The model accounts for the pitch of complex tones, and correctly predicts pitch shifts and phase effects.
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Pitch direction ability predicts melodic perception in autism
Child Neuropsychology: A Journal of Normal and Abnormal Development in Childhood and Adolescence, 2018Individuals with autism spectrum disorders (ASDs) often present atypical auditory perception. Previous work has reported both enhanced low-level pitch discrimination and superior abilities to detect local pitch structure on higher-level melodic tasks in ...
Esther Germain +7 more
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