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A Human Ear Related Objective Measurement Technique Yields Audible Error and Error Margin

A new method of quality evaluation for coded and reproduced sound material will be presented. A BARK-Transform based measurement technique as a critical band frequency transform with ideal time resolution and further knowledge of the exact spectral masking effects allow a human ear adapted analysis model. Essentially gained distance measures for audible error and error margin provide an objective quality comparison for further enhancement of audio encoding schemes.

Author: Kapust, Rolf
Affiliation: Lehrstuhl fur Technische Elelaronik, Universitat Erlangen-Niirnberg, Erlangen, Germany
AES Conference:11th International Conference: Test & Measurement (May 1992)
Paper Number:11-022 Import into BibTeX
Subject:Test & Measurement

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