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Pitch-matching experiments were conducted to clarify the pitch determination process of complex FM-AM tones which consist of components whose frequency and amplitude are simultaneously modulated. The pitch is higher when FM and AM of each component are in phase than when they are out of phase. The pitch shift induced by the phase difference between FM and AM of each component becomes larger as its relative power increases. These experimental results suggest that the pitch of complex FM-AM tones is determined as follows: A complex FM-AM tone is resolved into each FM-AM component by the auditory filter bank. The spectral pitch of each FM-AM component is determined by a loudness-weighted pitch averaging processes. The central pattern recognizer determines the pitch of complex FM-AM tones by integration of virtual pitches derived from the spectral pitches.
S Iwamiya, and
T Miyakura, and
N Satoh, and
Y Hayashi
January 1980,
The Journal of the Acoustical Society of America,
S Iwamiya, and
T Miyakura, and
N Satoh, and
Y Hayashi
September 1996,
The Journal of the Acoustical Society of America,
S Iwamiya, and
T Miyakura, and
N Satoh, and
Y Hayashi
November 2020,
Multisensory research,
S Iwamiya, and
T Miyakura, and
N Satoh, and
Y Hayashi
July 1980,
The Journal of the Acoustical Society of America,
S Iwamiya, and
T Miyakura, and
N Satoh, and
Y Hayashi
June 1967,
The Journal of the Acoustical Society of America,
S Iwamiya, and
T Miyakura, and
N Satoh, and
Y Hayashi
July 2009,
Annals of the New York Academy of Sciences,
S Iwamiya, and
T Miyakura, and
N Satoh, and
Y Hayashi
October 2010,
The Journal of the Acoustical Society of America,
S Iwamiya, and
T Miyakura, and
N Satoh, and
Y Hayashi
April 1986,
The Journal of the Acoustical Society of America,
S Iwamiya, and
T Miyakura, and
N Satoh, and
Y Hayashi
March 1983,
The Journal of the Acoustical Society of America,
S Iwamiya, and
T Miyakura, and
N Satoh, and
Y Hayashi
November 1982,
The Journal of the Acoustical Society of America,
