2014Unpublished venueRequires access

Measurement and adjustment methods of sound source direction perceived through bone-conduction headphones

Mamoru Iwaki, Yoko Yano, Yoshiki Chigira

Open publisher page 7 citations

Abstract

We investigated the perceived direction of the arrival of sound using bone-conduction headphones. Sounds were separately presented through air-conduction headphones or bone-conduction headphones in a series of experiments and participants judged the direction of arrival. The perceived direction through the bone-conduction headphones inclined toward the center. We propose a design concept to compensate for this discrepancy of the perceived direction of arrival for hearing aids.

About this research paper

What this paper is about

We investigated the perceived direction of the arrival of sound using bone-conduction headphones. Sounds were separately presented through air-conduction headphones or bone-conduction headphones in a series of experiments and participants judged the direction of arrival. The perceived direction through the bone-conduction headphones inclined toward the center. We propose a design concept to compensate for this discrepancy of the perceived direction of arrival for hearing aids.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

We investigated the perceived direction of the arrival of sound using bone-conduction headphones. Sounds were separately presented through air-conduction headphones or bone-conduction headphones in a series of experiments and participants judged the direction of arrival. The perceived direction through the bone-conduction headphones inclined toward the center. We propose a design concept to compensate for this discrepancy of the perceived direction of arrival for hearing aids.

Key concepts: Headphones, Bone conduction, Acoustics, Sound (geography), Thermal conduction, Audiology, Computer science, Physics

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