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This paper addresses the quantitative investigation of the contribution of spontaneous (SOAE) to click-evoked (TEOAE) otoacoustic emissions in newborns. The hypothesis was that a weighted linear combination of the spontaneous peaks is strongly similar to the corresponding click-evoked emissions. After identification of the main spontaneous peaks for each subject, a best fit procedure was applied to find the amplitude and phase of each spontaneous tone in the weighted summation. The comparison of the weighted signal (SpTEOAE) with the actual click-evoked response (TEOAE) from the same subject was performed, obtaining correlation coefficient higher than 50% in more than 100 ears over 132.
P Ravazzani, and
G Tognola, and
P Sergi, and
G C Pastorino, and
F Grandori
October 1995,
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P Ravazzani, and
G Tognola, and
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G C Pastorino, and
F Grandori
December 1991,
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P Ravazzani, and
G Tognola, and
P Sergi, and
G C Pastorino, and
F Grandori
January 1997,
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P Ravazzani, and
G Tognola, and
P Sergi, and
G C Pastorino, and
F Grandori
January 1986,
Hearing research,
P Ravazzani, and
G Tognola, and
P Sergi, and
G C Pastorino, and
F Grandori
February 1999,
British journal of audiology,
P Ravazzani, and
G Tognola, and
P Sergi, and
G C Pastorino, and
F Grandori
April 1990,
Ear and hearing,
P Ravazzani, and
G Tognola, and
P Sergi, and
G C Pastorino, and
F Grandori
January 1998,
Otolaryngologia polska = The Polish otolaryngology,
P Ravazzani, and
G Tognola, and
P Sergi, and
G C Pastorino, and
F Grandori
October 1991,
British journal of audiology,
P Ravazzani, and
G Tognola, and
P Sergi, and
G C Pastorino, and
F Grandori
March 1994,
Hearing research,
P Ravazzani, and
G Tognola, and
P Sergi, and
G C Pastorino, and
F Grandori
April 1993,
British journal of audiology,
