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The Effects of Masked and Delayed Auditory Feedback on Fundamental Frequency Modulation in Vocal Vibrato. [PDF]

J Voice
Lester-Smith RA, Hilger A, Dunne-Platero KE, Kim JH, Chan CL, Larson CR.   +5 more
europepmc   +1 more source

Effects of Age and Parkinson's Disease on the Relationship between Vocal Fold Abductory Kinematics and Relative Fundamental Frequency. [PDF]

J Voice
Vojtech JM, Stepp CE.
europepmc   +1 more source

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Encoding voice fundamental frequency into vibrotactile frequency

The Journal of the Acoustical Society of America, 1979
Measured in this study was the ability of eight hearing and five deaf subjects to identify the stress pattern in a short sentence from the variation in voice fundamental frequency (F0), when presented aurally (for hearing subjects) and when transformed into vibrotactile pulse frequency.
M, Rothenberg, R D, Molitor
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The fundamental frequency - subglottal pressure ratio

First European Conference on Speech Communication and Technology (Eurospeech 1989), 1989
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Strik, H., Boves, L.W.J.
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Redefinition of Fundamental Frequency

The Journal of the Acoustical Society of America, 1962
Fundamental frequency of normal and esophageal utterances was measured by (1) number of pulses in a spectrographic continuous-amplitude display, (2) number of cycles in an oscillographic wavetracing, (3) harmonic interval in a narrow-band spectrogram. The results obtained by these measures yield widely varying fundamental frequencies.
R. S. Tikofsky, P. Perry
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The perception of fundamental frequency declination

The Journal of the Acoustical Society of America, 1979
A series of experiments was carried out to investigate how fundamental frequency declination is perceived by speakers of English. Using linear predictor coded speech, nonsense sentences were constructed in which fundamental frequency on the last stressed syllable had been systematically varied.
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Time and frequency in fundamental metrology

Proceedings of the IEEE, 1991
The author shows that because time and frequency are the most accurately measured physical quantities, it is desirable to tie other physical quantities to time and frequency measurements. A review of the progress that has been made in this direction along with speculation on possibilities for the future are given.
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Frequency Code: Orofacial Correlates of Fundamental Frequency

Phonetica, 1987
Abstract In the human voice, lip retraction as in smiling can be associated with high fundamental (F₀) and formant frequencies. The aim of this study was to investigate under naturalistic conditions the cross-species generality of the frequency code hypothesis and related orofacial correlates in F₀.
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Fundamental Frequency Estimation

1976
The fundamental frequency (F0) is a basic parameter in acoustical studies of speech. It is also a necessary parameter for low bit rate speech coding systems. It is generally considered to be one of the acoustical correlates to the perceived intonation pattern of speech.
John D. Markel, Augustine H. Gray
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Fundamental Frequency Peak Delay in Mandarin

Phonetica, 2000
Abstract Fundamental frequency (F₀) peak delay (henceforth peak delay) refers to the phenomenon that an F₀ peak sometimes occurs after the syllable it is associated with either lexically or prosodically. Although peak delay has been reported for various languages, the mechanism of its occurrence has so far remained unclear.
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