Automotive sound quality engineering: June 30-July 2, 1997
Center for Professional Development, College of Engineering, 1997 - Technology & Engineering
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0oudness 1/3 octave band 1kHz tone 2kHz annoyance Application AUDITORY PROCESSING OVERVIEW Auditory System B. J. Feng bandpass basilar membrane Binaural blade scrape Class Owners Complex tone Compute Copyright 1996 Correlation critical bandwidth dimension Engineering AUDITORY PROCESSING Engineering SIGNAL PROCESSING experimental filter Ford Employees Ford Motor Company freq G Wakefield Judgements listener magnitude Measures Merit Value Michigan Sound Quality Model modulation depth motor whine Multidimensional Scaling naive subjects Neural Objective Metrics Pairwise comparison peak phon pitch frequency pitch strength preferred PSYCHOPHYSICAL METHODS Quality Engineering AUDITORY Quality Engineering SIGNAL Quantization random sequence reversal thud Roughness sample index Scores Sentra Signal Analysis SIGNAL PROCESSING BASICS sinusoid sone Sound Quality Engineering specific loudness Spectral Spectral Masking Speech Interference Statistical stimuli subharmonic Subjective Methods Subjective Test Temporal Threshold Methods thud sound Thurstonian Time-Frequency tonal components Transmission Index University of Michigan Wakefield All rights wind noise wiper