I need to generate a sequence of pulses at around 1 Hz with a 1/f
characteristic (human heartbeat, as it happens). I'd like to do this
using software and a timer, so I'm looking for a clever algorithm using
a random number generator to do it.
I could take the phase noise spectrum and turn
Hi
How much horsepower do you have on the gizmo that's doing the generation? For
instance, is this coming out of an MSP-430 or a Core I-7?
Bob
On Feb 15, 2013, at 7:43 AM, Jim Lux jim...@earthlink.net wrote:
I need to generate a sequence of pulses at around 1 Hz with a 1/f
characteristic
On 2/15/13 4:52 AM, Bob Camp wrote:
Hi
How much horsepower do you have on the gizmo that's doing the generation? For
instance, is this coming out of an MSP-430 or a Core I-7?
Bob
The mighty ArduinoUno...
But it only has to generate one number every second: i.e. I'm simulating
human
Hi
Ok, how about a nice simple table? Something in the 500 to 4K entries
shouldn't repeat often enough to be noticeable. Each entry probably can be a
byte.
Bob
On Feb 15, 2013, at 8:09 AM, Jim Lux jim...@earthlink.net wrote:
On 2/15/13 4:52 AM, Bob Camp wrote:
Hi
How much
On 2/15/13 5:37 AM, Bob Camp wrote:
Hi
Ok, how about a nice simple table? Something in the 500 to 4K entries
shouldn't repeat often enough to be noticeable. Each entry probably can be a
byte.
Bob
Yes.. that might work..
Or, for that matter, I believe you could do it by randomly
Hi
I was going to suggest picking start and stop points in the table with your
random number generator, but it's pretty much the same thing.
If the base rate is 60 bpm, then each spacing is 16.666… ms. My *guess* would
be that anything past 0.1 ms likely doesn't matter for the base rate. If
On 2/15/13 6:21 AM, Bob Camp wrote:
The timing does relate to multiple valves, so it's not quite as simple as a
single rate. The time delta's for the other stuff are all pretty short, so you
may or may not be planing to randomly drive them as well.
It all depends on how fanatic you get about
Hi
I think a simple table approach sounds like the quick / dirty way to go.
Bob
On Feb 15, 2013, at 9:56 AM, Jim Lux jim...@earthlink.net wrote:
On 2/15/13 6:21 AM, Bob Camp wrote:
The timing does relate to multiple valves, so it's not quite as simple as a
single rate. The time delta's
Hi Jim:
Music synthesizers now use sounds recorded from real instruments and play them back. Why not record a real heart beat,
maybe different ones from children, men, women, etc.?
Have Fun,
Brooke Clarke
http://www.PRC68.com
http://www.end2partygovernment.com/2012Issues.html
Jim Lux
I have found this:
1/f noise can be created using random noise generators but it can also be
producted using deterministic functions. One such method is a finite
difference equation proposed by I. Procaccia and H. Schuster
at http://paulbourke.net/fractals/noise/
On Fri, Feb 15, 2013 at
I'd like to buy a new Resolution T and I'm not having a great deal of
success getting a retail (quantity one) vendor from Trimble. Anyone
have a typical on-line source (e.g. Diamond Point) in the US?
--
Paul
___
time-nuts mailing list --
Jim,
On 02/15/2013 03:56 PM, Jim Lux wrote:
On 2/15/13 6:21 AM, Bob Camp wrote:
The timing does relate to multiple valves, so it's not quite as simple
as a single rate. The time delta's for the other stuff are all pretty
short, so you may or may not be planing to randomly drive them as well.
12 matches
Mail list logo
