Hi David,
sure. You can find comprehensive information at the research blog, under
Hardware Design category:
http://res.marcodonnarumma.com/category/xth-sense/hardware-design/
(Xth Sense design and documentation are CC licensed)
Some more detailed info are included in the paper I'll present at
://audioblog.arteradio.com/David_Schaffer/
Date: Fri, 18 Mar 2011 13:00:18 +
From: de...@thesaddj.com
To: glitch...@gmail.com; c...@fsck.fr
CC: pd-list@iem.at
Subject: Re: [PD] New video - muscle sounds and DIY biosensing wearable
technology
Thanks for the feedback Richie,
much appreciate.
There's
Thanks Charlot,
sure, you can listen to the raw output in this post on my research blog:
http://bit.ly/hWOml0
It sounds like a far thunder, a very low rumble.
In the video I shared, the lowest frequency you can hear are the ones which
most closely resemble the raw output.
They are pitchshifted
Thanks for the feedback Richie,
much appreciate.
There's a bunch of processing chains which, overall, include these DSP
objects:
- pitch shifting
- biquad bandpass filtering + reverb + pshift (uses RjLib beequad~ )
- a rt granulator
- a granular delay (uses Soundhack [+bubbler~])
- two delays
Hey all,
here's a new video.
Music for Flesh II
http://www.vimeo.com/20889787
The sonic material and musical control is far more complex than the first
video I shared with you.
Feedbacks are most welcome!
For who doesn't know what I'm talking about :)
The project include a low cost (wearable
Hi,
Marco Donnarumma wrote:
The project include a low cost (wearable biophysical sensors), Open Source
based (Linux + Pure Data) framework for the application of muscle sounds to
biophysical generation and control of music.
Sounds interresting, but do you have some raw microphone output? So
I love it Marco, Are you granulating the muscle sounds? I hear reverb and
delay... Just wondering about your DSP techniques.
Beautiful and novel work. Thank you.
On Fri, Mar 18, 2011 at 4:11 AM, Charles Goyard c...@fsck.fr wrote:
Hi,
Marco Donnarumma wrote:
The project include a low cost
