Abstract
In one specimen of the frog species, Rana esculenta, the following were measured: (1) a spontaneous otoacoustic emission; (2) a click-evoked otoacoustic emissions; and (3) a noise evoked otoacoustic emission. From the noise evoked emission response, a first-and a second-order Wiener kernel and the first six polynomial correlation functions were calculated by cross-correlating the stimulus and response signals. A peak near 850 Hz was visible in the spontaneous otoacoustic emission, the click-evoked emission and the noise-evoked emission. The higher order cross-correlation functions did not display any indication of the emission response. Apparently, that the noise stimulus linearizes the evoked emission from the frog's ear.
Original language | English |
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Pages (from-to) | 473-477 |
Number of pages | 5 |
Journal | British journal of audiology |
Volume | 31 |
Issue number | 6 |
Publication status | Published - Dec-1997 |
Event | European-Concerted-Action-on-Otoacoustics Conference on Analysis Techniques in Otoacoustic Emissions - Introduction - , Italy Duration: 1-Dec-1994 → … |
Keywords
- noise-evoked otoacoustic emission
- Wiener kernel