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Comparing measurement errors for formants in synthetic and natural vowels
Christine H. Shadle
,
Hosung Nam
, D. H. Whalen
Research output
:
Contribution to journal
›
Article
›
peer-review
36
Citations (Scopus)
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Dive into the research topics of 'Comparing measurement errors for formants in synthetic and natural vowels'. Together they form a unique fingerprint.
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Keyphrases
Formants
100%
Measurement Error
100%
Vowels
100%
Reassigned Spectrogram
83%
Weighted Linear Prediction
66%
Formant Frequency
33%
Spectral Analysis
16%
Berlin
16%
Automatic Method
16%
Isolated Word
16%
Discrete Fourier Transform
16%
Fundamental Frequency
16%
Linear Prediction
16%
Manual Measurement
16%
Speech Spectrum
16%
F1 Value
16%
Automatic Measurement
16%
Natural Speech
16%
Glottal Fry
16%
First Formant
16%
Phase Covariance
16%
Speech Research
16%
Linear Predictive Coding
16%
Burg Algorithm
16%
F0 Value
16%
Formant Bandwidth
16%
Engineering
Measurement Error
100%
Spectrogram
100%
Fundamental Frequency
20%
Manual Measurement
20%
Harmonics
20%
Discrete Fourier Transform
20%
Mathematics
Measurement Error
100%
Linear Prediction
100%
Covariance
16%
Fundamental Frequency
16%
Discrete Fourier Transform
16%
Earth and Planetary Sciences
Linear Prediction
100%
Spectrogram
83%
Covariance
16%
Spectrum Analysis
16%
Harmonics
16%
Psychology
Measurement Error
100%
Arts and Humanities
Harmonics
12%