Animations of Processes within the Ear: este site apresenta figuras animadas sobre o sistema auditivo e exemplos de como se ouve quando existem perdas auditivas.
(click on any icon below)
These animations are in QuickTime format. We suggest that you use a recent version of Netscape or Internet Explorer to view these. If you are using Windows 3.1, a Quicktime player can be downloaded by clicking here. For other platforms, you can download the Apple Quicktime player from http://www.apple.com/quicktime/download/. (after downloading the player to a temporary directory on your PC,exit your web browser, then install the movie-player by double-clicking on the downloaded file).
The animations are also available in AVI format:Click here for animations in AVI format.
The animations are also available in WMV format:Click here for animations in WMV format.
Additional auditory animations are available:Click here for "An Auditory Tour".
Simulation of Effects of Cochlear Damage
This demonstration consists of two sound passages (speech and music) electronically filtered so as to simulate the effective sounds reaching the ears of listeners who have (a) Normal ears, or those with either (b) Moderate or (c) Severe Damage. Typical audiograms for such listeners are shown below.Click on the icon of the condition you wish to simulate.
Note that these simulations do not include the perceptual distortions of loudness (so-called "recruitment") which accompany such hearing impairments, so the sounds you will hear are only rough approximations to the sound perceptions of people who have such hearing impairments (when unaided by hearing instruments).
You will need a sound board and speakers to listen to these sounds. The sound files are in .WAV format and range between 1 and 2 MBytes each. These demonstrations are not recommended if you are connecting via a slow link (e.g. via modem).
(click on any icon below)
If you have any questions or comments about this page, please send them by email to rkochhar@wisc.edu
This page last modified on Feb. 15, 2011
Fonte:http://www.neurophys.wisc.edu/animations/
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