A set of experiments studied the effect of whole-body vibration on preferred low frequency equalization of an automotive audio system. Listeners’ bass equalization preferences were measured for four different music programs reproduced through a high quality automotive audio system auditioned in situ (in the car) and through a headphonebased binaural room scanning (BRS) system. The task was repeated while the listener experienced different levels of simulated and real whole-body vibrations associated with the automotive audio system itself. The results reveal that the presence of whole-body vibration can reduce the preferred level of bass equalization by as much as 3 dB depending on the program, the level of vibration, and the individual listener. Evaluations of a virtualized automotive audio system were judged to sound closer to the actual system when the simulated vibrations were included.
Simon, Germain; Olive, Sean; Welti, Todd
Affiliations: Chalmers University, Göteborg, Sweden; Harman International, Northridge, CA, USA(See document for exact affiliation information.)
AES Convention: 127 (October 2009) Paper Number: 7956
Publication Date: October 1, 2009
Subject: Virtual Acoustics
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