2010Unpublished venueRequires access

On the distortion of binaural localization cues using headphones

Stephen Adams, Frank Boland

Open publisher page 3 citations

Abstract

This study investigates the frequency response of different headphones in the context of their suitability to virtual binaural reproduction. Acoustic impulse responses of the combined transducer-to-eardrum coupling were measured using an Artificial Pinna/Earcanal simulator. Pairs of measurements were recorded and the time and level differences between pairs were estimated within each of the first 24 critical bands of hearing. The measurements indicate that closed type headphones can potentially produce large interaural time delays (ITD) at low frequencies which could potentially corrupt perceived source angle in virtual auditory displays.

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What this paper is about

This study investigates the frequency response of different headphones in the context of their suitability to virtual binaural reproduction. Acoustic impulse responses of the combined transducer-to-eardrum coupling were measured using an Artificial Pinna/Earcanal simulator. Pairs of measurements were recorded and the time and level differences between pairs were estimated within each of the first 24 critical bands of hearing. The measurements indicate that closed type headphones can potentially produce large interaural time delays (ITD) at low frequencies which could potentially corrupt perceived source angle in virtual auditory displays.

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Available abstract

This study investigates the frequency response of different headphones in the context of their suitability to virtual binaural reproduction. Acoustic impulse responses of the combined transducer-to-eardrum coupling were measured using an Artificial Pinna/Earcanal simulator. Pairs of measurements were recorded and the time and level differences between pairs were estimated within each of the first 24 critical bands of hearing. The measurements indicate that closed type headphones can potentially produce large interaural time delays (ITD) at low frequencies which could potentially corrupt perceived source angle in virtual auditory displays.

Key concepts: Headphones, Binaural recording, Acoustics, Eardrum, Computer science, Loudspeaker, Sound localization, Context (archaeology)

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