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Variability in the acoustical coupling of headphones to human ears depends on a number of factors. Placement, size of user’s head and ears, the headband and ear-pad material are all major contributors to the sound quality delivered by the headphone to the user. By measuring the transfer function from the driver terminals to a miniature microphone set near the driver inside the cavity produced by the headphone and the ear, the degree of acoustical coupling and the fundamental frequency of the cavity volume was acquired. An individualized equalization on these measurements was applied to every user. Listeners rated the personalized EQ significantly higher than a generic target response and slightly higher than the bypassed headphone.
Author (s): Celestinos, Adrian;
McMullin, Elisabeth;
Banka, Ritesh;
Brunet, Pascal;
Affiliation:
Samsung Research America, Valencia, CA, USA
(See document for exact affiliation information.)
AES Convention: 147
Paper Number:10232
Publication Date:
2019-10-06
Session subject:
Posters: Transducers
DOI:
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Celestinos, Adrian; McMullin, Elisabeth; Banka, Ritesh; Brunet, Pascal; 2019; Personalized and Self-Adapting Headphone Equalization Using Near Field Response [PDF]; Samsung Research America, Valencia, CA, USA; Paper 10232; Available from: https://aes.org/publications/elibrary-page/?id=20605
Celestinos, Adrian; McMullin, Elisabeth; Banka, Ritesh; Brunet, Pascal; Personalized and Self-Adapting Headphone Equalization Using Near Field Response [PDF]; Samsung Research America, Valencia, CA, USA; Paper 10232; 2019 Available: https://aes.org/publications/elibrary-page/?id=20605
@inproceedings{Celestinos2019personalized,
title={{Personalized and Self-Adapting Headphone Equalization Using Near Field Response}},
author={Celestinos, Adrian and McMullin, Elisabeth and Banka, Ritesh and Brunet, Pascal},
year={2019},
month={oct},
booktitle={Journal of the Audio Engineering Society},
publisher={Paper 10232; AES Convention 147; October 2019},
number={10232},
organization={AES},
}
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