Query: title:(The compression curves of different models of cochlear nonlinearities), Author: Harte

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title:(The compression curves of different models of cochlear nonlinearities) Author: Harte

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title:(The AND compression AND curves AND of AND different AND models AND of AND cochlear AND nonlinearities)

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1 Preprint article

The compression curves of different models of cochlear nonlinearities

Harte, James M.; Elliott, Steven J.; Rice, Henry

A widely used method for representing the nonlinear response of the basilar membrane (BM) is a graph of log amplitude of the BM motion against the log amplitude of the sinusoidal driving pressure, known as the input–output level curve. At low sound pressure levels (less than approximately 30 dB) the level of the BM response rises with sound pressure level at a slope of about 1 dB/dB, indicating a linear response. Above this region the slope of the level curve decreases, typically to about 1/2 to 1/3 dB/dB, indicating a compressive nonlinearity. Various models for cochlear nonlinearity will ...

Year: 2004

Language: Undetermined

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2 Journal article

The compression curves of different models of cochlear nonlinearities 10.1121/1.4781310

Harte, James M.; Elliott, Stephen J.; Rice, Henry

Journal of the Acoustical Society of America — 2004, Volume 115, Issue 5, pp. 2422-2422

) the level of the BM response rises with sound pressure level at a slope of about 1 dB/dB, indicating a linear response. Above this region the slope of the level curve decreases, typically to about 1/2 to 1/3 dB/dB, indicating a compressive nonlinearity. Various models for cochlear nonlinearity

Year: 2004

Language: Undetermined

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3 Preprint article

The compression curves of different models of cochlear nonlinearities (Abstract)

Harte, J.M.; Elliott, S.J.

Year: 2004

Language: Undetermined

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4 Conference paper