e is November 30.
Greets,
Jens
--
Jens Ahrens
Division of Applied Acoustics
Chalmers University of Technology
412 96 Gothenburg
Sweden
+46 (0)31 772 2210
http://www.ta.chalmers.se/people.php?page=jensa
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h
___
> Muhammad Hafiz Wan Rosli
> PhD Candidate
> Media Arts & Technology
> University of California
> Santa Barbara CA 93106 US
>
> www.mat.ucsb.edu
> ________
>
>
> On Wed, Oct 12, 2016 at 4:31 AM, Jens Ahrens
> wrote:
, and
we’re having onsite written exams at 4 locations. This is also the reason why
the course is so long (14 weeks). It had to fit into the academic schedule.
Greets,
Jens
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University of Technology
41296 Gothenburg
Sweden
de/ika/mitarbeiter/blauert.htm). It comprises all
subdomains of acoustics that are relevant for the communication between humans
and between humans and machines. This is of course not an exclusive definition.
You may choose yourself what acoustic signals are those that convey information
to
/vacancies/?rmpage=job&rmjob=5499 It’ll
be a five-year employment at Chalmers including the typical benefits.
The project will be revolving around the binaural playback of spherical
microphone arrays recordings.
Best regards,
Jens Ahrens
--
Jens Ahrens
Associate Professor
Division of App
or the communication between humans
and between humans and machines. This is of course not an exclusive definition.
You may choose yourself what acoustic signals are those that convey information
to you.
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University of Technol
ible, and the
position is limited to 12 months.
Best regards,
Jens
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University of Technology
41296 Gothenburg
Sweden
+46 (0)31 772 2210
http://www.ta.chalmers.se/people/jens-ah
or the communication between humans
and between humans and machines. This is of course not an exclusive definition.
You may choose yourself what acoustic signals are those that convey information
to you.
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University
other support from Facebook Reality Labs, particularly from Ravish Mehra,
Philip Robinson, David Alon, and Sebastià Amengual Garí.
Best regards,
Jens
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University of Technology
41296 Gothenburg
Sweden
+46 (0)31 772 2210
tial room impulse
responses. The application scenario is reverberation for virtual and mixed
reality.
Best regards,
Jens Ahrens
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University of Technology
41296 Gothenburg
Sweden
+46 (0)31 772 2210
http://www.ta.chalmers.se/pe
resolving this question.
(Just to clarify, we are aware that formats like SOFA exist. We’d primarily
want to know what we need to put into the SOFA file…)
Thanks for your support!
Best regards,
Jens
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University of Technology
virtual discrete loudspeaker array). The rendering
was done with ReTiSAR (https://github.com/AppliedAcousticsChalmers/ReTiSAR),
which is generously funded by Facebook Reality Labs.
Best regards,
Jens
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University of
t;
> wrote:
>
>That's really good!
>
>Michael Graves
>mgra...@mstvp.com
>o: (713) 861-4005
>c: (713) 201-1262
>sip:mgra...@mjg.onsip.com
>
>-Original Message-
>From: Sursound On Behalf Of Jens Ahrens
>Sent: Th
,
Jens
> On 22 May 2020, at 18:24, moskowitz wrote:
>
> Jens Ahrens wrote:
>
>> Here?s a quick 2-min video of what binaural rendering of an Eigenmike
>> recording can sound like for those of you who haven?t heard this before:
>> https://youtu.be/qcqeygqjxZ4
>
l be March 31, 2021. We are looking forward to receiving your
submissions!
Best regards,
Jens
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University of Technology
41296 Gothenburg
Sweden
+46 (0)31 772 2210
http://www.ta.chalmers.se/people/j
are relevant for the communication between humans
and between humans and machines. This is of course not an exclusive definition.
You may choose yourself what acoustic signals are those that convey information
to you.
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University
Dear colleagues,
This is a quick reminder of the special issue to which we invite you to submit
a manuscript.
The deadline is March 31, 2021!
Best regards,
Jens
From: Sursound on behalf of Jens Ahrens
Sent: Thursday, August 27, 2020 9:26:58 AM
To
Dear colleagues,
We would like to inform you that we’ve postponed the deadline to June 15, 2021!
Best regards,
Jens
> On 5 Feb 2021, at 14:30, Jens Ahrens wrote:
>
> Dear colleagues,
>
> This is a quick reminder of the special issue to which we invite you to
> submit a ma
a
horizontal projection of it. This poses the question of what it may sound like
if the array captures sound that originates from outside of the horizontal
plane?!?
The video is going to demonstrate this!
Best regards,
Jens
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
actually think that there are any special requirements. As before, much of the
physical limitations are qualitatively (and also quantitively) similar to SMAs.
Best regards,
Jens
> On 1 Dec 2021, at 12:36, Fons Adriaensen wrote:
>
> On Wed, Dec 01, 2021 at 09:03:59AM +0000, Je
able to get hold of a prototype that
was ideal for our purposes. In the near future, we will look into how small the
array can be before things break down.
Best regards,
Jens
On 1 Dec 2021, at 15:55, Marc Lavallée
mailto:m...@hacklava.net>> wrote:
Le 2021-12-01 à 09 h 20, Jens Ahrens a
Hi Fons,
I’m attaching Fig. 1 from the JASA article. Please refer to the article itself
if the image does not get through. It compares the SMA radial filters with the
EMA radial filters. Whenever the solid lines deviate from dashed ones of the
same color, then the given order is not available a
Hi Fons, hi Nando,
Please excuse that I’m responding to both of you in the same mail. There is
sufficient overlap in the matters to keep the thread from diverging.
@Fons: Thanks for the clarification! We will look into this.
@Nando: (The question was what the high orders contribute.)
It’s hard
Hi Fernando,
Absolutely, I’m happy to make that recording available. Give me some time for
that, I’ll need to adapt the implementation so that it outputs the ambisonics
signals in a useable format.
The thing is, though, that the room was very noisy when I made that recording
so that I’d want
Hello everyone,
I have good news, and I have bad news.
The good news is that higher-order microphone arrays do not need to be
spherical anymore. The bad news is that they decompose after a while:
https://youtu.be/fY8rfushmwM
Greets,
Jens
--
Jens Ahrens
Associate Professor
Division of Applied
,
Jens
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University of Technology
412 58 Gothenburg
Sweden
+46 (0)31 772 2210
http://www.ta.chalmers.se/people/jens-ahrens/
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<https://mail.music.vt.
ions!
Best regards,
Jens
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University of Technology
412 58 Gothenburg
Sweden
+46 (0)31 772 2210
http://www.ta.chalmers.se/people/jens-ahrens/
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&l
microphone arrays.
Best regards,
Jens
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University of Technology
412 58 Gothenburg
Sweden
+46 (0)31 772 2210
http://www.ta.chalmers.se/people/jens-ahrens/
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in Bologna.
Best regards,
Jens
--
Jens Ahrens
Associate Professor
Division of Applied Acoustics
Chalmers University of Technology
412 58 Gothenburg
Sweden
+46 (0)31 772 2210
http://www.ta.chalmers.se/people/jens-ahrens/
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