Computational Models to Predict Safety Limits for Aided Music Listening
At equal sound exposure levels, listeners with a pre-existing hearing loss are less vulnerable to music-induced hearing damage than listeners with no hearing loss. But such listeners require and often prefer to listen to music with additional amplification. But how much gain and to what output levels (in dB) are safe is somewhat unknown at this time. In this study, we use computational models to predict hearing threshold shifts from amplified music exposure. We estimate safe output limits and corresponding free-field exposure limits for listening to music with hearing amplification by minimizing permanent and temporary threshold shifts.
Boley, Jon; and Johnson, Earl E.. 2018. Computational Models to Predict Safety Limits for Aided Music Listening. Proceedings of the AES International Conference. Vol.2018-June https://www.aes.org/e-lib/browse.cfm?elib=19574 ISBN: 9781942220206