Re: [AUDITORY] [EXT] Re: Seeking Advice on Auditory Models for Hearing Loss

Subject: Re: [AUDITORY] [EXT] Re: Seeking Advice on Auditory Models for Hearing Loss

From: "Carney, Laurel" <Laurel_Carney@xxxxxxxxxxxxxxxxxx>

Date: Fri, 20 Dec 2024 14:47:43 +0000

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Comments: To: Sathish Kumar <sathish.sreeni58@xxxxxxxxx>

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Reply-to: "Carney, Laurel" <Laurel_Carney@xxxxxxxxxxxxxxxxxx>

Sender: AUDITORY - Research in Auditory Perception <AUDITORY@xxxxxxxxxxxxxxx>

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Thread-topic: [EXT] Re: Seeking Advice on Auditory Models for Hearing Loss

Holiday Greetings to All,
I would be remiss not to weigh in on this discussion, and to recommend that you also consult the models of Zilany & Bruce (JASA 2006, 2007) and Bruce et al. (Hearing Research, 2018). One interesting and important aspect of modeling aided responses, in particular, is that high sound levels are often presented to the impaired ear – thus a model that properly simulates response at high SPLs is key. Bruce’s group has paid particular attention to this issue.

Cheers, Laurel Carney

From: AUDITORY - Research in Auditory Perception <AUDITORY@xxxxxxxxxxxxxxx> On Behalf Of Sathish Kumar
Sent: Friday, December 20, 2024 1:31 AM
To: AUDITORY@xxxxxxxxxxxxxxx
Subject: [EXT] Re: Seeking Advice on Auditory Models for Hearing Loss

Dear members of the auditory list,

Many thanks for all your recommendations. As someone new to the auditory modeling literature, your valuable suggestions will greatly support my project.

Kind regards,

Sathish Kumar.

On Fri, Dec 13, 2024 at 12:36 PM Sathish Kumar <sathish.sreeni58@xxxxxxxxx> wrote:

Dear members of the auditory list,

I've recently been working on behavioral auditory source localization performance in hearing aid users. To support my behavioral findings, I am exploring computational auditory models for various configurations of hearing loss.

Through the review of the literature, I found that the direction-of-arrival models proposed by Dietz et al. (2011) and Kayser et al. (2015) are suitable for my experiment where the interpretation based on pre-estimated IPD-to-azimuth mappings with respect to Interaural Coherence and probability distributions. However, both of these models do not account for hearing loss characteristics.

I would greatly appreciate suggestions for other auditory models that might be suitable for my purpose. Additionally, I am wondering whether I can replace the cochlear and basilar membrane processing steps in Dietz et al. (2011) with the hearing loss models. If anyone has experience with this approach, I would be grateful for your advice.

Thank you in advance for your suggestions!!

Best regards,

--

Sathish Kumar

PhD Research Scholar

Department of Audiology and SLP

Kasturba Medical College (MAHE), Mangalore

Mob: 9789447666 || E-mail: sathish.sreeni58@xxxxxxxxx