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Re: [AUDITORY] High fidelity cocktail party recordings



I really should to write a more detailed post to the Auditory list about this, but we just released an A/V speech corpus that may be suitable.
Details and link in JASA letter to the editor: https://asa.scitation.org/doi/full/10.1121/10.0001670

Best,

Philip Robinson

Audio Research Manager

facebook Reality Labs

 



Philip Robinson





On Sun, Sep 13, 2020 at 9:37 PM elif kaplan <elifjk@xxxxxxxxx> wrote:


---------- Forwarded message ---------
From: Carol Chermaz <c.chermaz@xxxxxxxxxxxx>
Date: Sun, 13 Sep 2020 at 14:20
Subject: Re: [AUDITORY] High fidelity cocktail party recordings
To: elif kaplan <elifjk@xxxxxxxxx>


Binaural cafeteria noise with impulse responses, 48 khz:

http://medi.uni-oldenburg.de/hrir/

cocktail party: look into the CHiME Challenge data. Various editions of the challenge have different type of recordings with multiple microphone configurations. Not sure if it’s realistic (I remember the data being recorded with like 6 microphones attached to a tablet). Better than nothing...

I am not aware of other corpora, I have searched for that myself 2-3 years ago and that was the best I could find.
Cheers

> On 13 Sep 2020, at 11:53, elif kaplan <elifjk@xxxxxxxxx> wrote:
>
>
>
>> Begin forwarded message:
>>
>> From: "Monson, Brian" <monson@xxxxxxxxxxxx>
>> Subject: [AUDITORY] High fidelity cocktail party recordings
>> Date: July 29, 2020 at 8:44:28 PM GMT+3
>> To: AUDITORY@xxxxxxxxxxxxxxx
>> Reply-To: "Monson, Brian" <monson@xxxxxxxxxxxx>
>>
>> Dear Colleagues,
>>
>> I am looking for high-fidelity recordings of natural cocktail party or other complex acoustic background scenes.
>>
>> By “natural” I mean recorded in actual settings (cocktail parties, restaurants, hospitals, subways/trains/buses, etc.), preferably with a microphone location that could represent where a human might actually be listening to the scene (rather than, say, a mic suspended from the ceiling or something similar).
>>
>> By “background” I mean true background scenes with no near-field talkers speaking directly into the microphone.
>>
>> By “high fidelity” I mean:
>> Original recording sampling rate at least 44.1 kHz
>> Flat microphone response to 20 kHz
>> At least 16-bit precision preferred
>>
>> COVID is preventing me from making my own recordings, so I’d greatly appreciate it if anyone has any you’d be willing to share (or know of any publicly available) that meet, or nearly meet, these criteria.
>>
>> Many thanks,
>>
>> Brian
>>
>>
>> Brian B. Monson, PhD
>>
>> Assistant Professor
>> Department of Speech and Hearing Science
>> Neuroscience Program
>> University of Illinois at Urbana-Champaign
>> 901 S Sixth St, Rm 223
>> Champaign, IL 61820
>> 217-300-6212 | monson@xxxxxxxxxxxx
>> anexlab.shs.illinois.edu
>>
>>
>> <Illinois logo.png>
>>
>> Under the Illinois Freedom of Information Act any written communication to or from university employees regarding university business is a public record and may be subject to public disclosure.
>>
>

Carol Chermaz

Centre for Speech Technology Research
The University of Edinburgh




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