it changes for different Tau
values.
regards, Wolfgang
On 04/19/2016 07:46 AM, Wolfgang Wallner wrote:
Hello Anders,
Do you get agreement between PLN time-series and calcluated ADEVs, as per
IEEE1139-2008 table B.2 ?
Yes, I explicitly cite IEEE1139-2008 table B.2 in my thesis. I will
write a
Hello Anders,
Do you get agreement between PLN time-series and calcluated ADEVs, as per
IEEE1139-2008 table B.2 ?
Yes, I explicitly cite IEEE1139-2008 table B.2 in my thesis. I will
write a more detailed reply with example data later when I get home.
If you would like to try out the noise
Hello Mike,
Thank you for sharing. I would like a copy of your Thesis when it published (I
don't need a physical copy, .pdf is ok). I'm sure others out here would like
to see it as well.
I'll post an update once it is published, which is hopefully soon :)
The thesis will then be available as
1588-2008,
2016, Vienna University of Technology
As of this writing (April 2016), it is not yet published, the expected
publication date will be May or June 2016.
I hope these projects can be useful for some of you :)
In case you have any questions, feel free to ask.
Kind regards,
Wolfgang
Hello time-nuts community,
thanks to your feedback and that of others, I could make additional
progress on my journey to understand powerlaw noise :)
I would like to reiterate what I have learned so far. Please comment on
anything that you think is done wrong.
for the Random Walk phase noise.
Cheers,
Magnus
On 03/09/2015 04:57 PM, Wolfgang Wallner wrote:
On 03/06/2015 10:29 PM, Magnus Danielson wrote:
I have checked several sources, and they match up with the IEEE 1139 in
this regard.
I have also evaluated the equation for Allan variance
What kernel do you use? And what scheduling configuration?
As it is a timing application, and sensible to jitter, I would suggest
to use a real-time kernel (e.g. Preempt RT) [1].
Usually one can find pre-built kernels with PreempRT-support for boards
like the RPi etc. on the internet.
If you
Hello Tom, hello time-nuts,
Have a look at the 20 plots in:
http://leapsecond.com/pages/allan/Exploring_Allan_Deviation_v2.pdf
Thanks for sharing the data and the PDF! It's good to have reference values.
I also had a look at the stable32 user manual [1] to see how it
calculates the PSD
/matlabcentral/fileexchange/31319-stability-analyzer-53230a
[6] IEEE 1139
[7] http://de.mathworks.com/help/signal/ug/psd-estimate-using-fft.html
[8] http://www.dspguide.com/ch9/1.htm
Cheers,
Magnus
On 03/06/2015 11:04 AM, Wolfgang Wallner wrote:
On 03/05/2015 07:23 PM, Attila Kinali wrote
On 03/05/2015 07:23 PM, Attila Kinali wrote:
Servus!
Servus :)
On Thu, 05 Mar 2015 14:35:51 +0100
Wolfgang Wallner wolfgang-wall...@gmx.at wrote:
For the random walk noise the expected line is off by a factor of
exactly 2 from the calculated plot, and I don't know how to explain
/mxhxeszqx/full/
Flicker FM: http://postimg.org/image/3vzpj7jmf/full/
Random Walk: http://postimg.org/image/hxad6okwv/full/ -- the bad guy
Does anyone know the reason for the behavior I see?
best regards, Wolfgang Wallner
PS: I tried to keep this mail short. If I have left out any information
Hello,
thanks a lot for all your feedback (also in the other threads)!
It will take some time to read reed through all your recommendations :)
On 11/28/2013 08:18 PM, Attila Kinali wrote:
On Thu, 28 Nov 2013 10:35:33 +0100
Wolfgang Wallner wolfgang-wall...@gmx.at wrote:
I'm interested
, but no detailed allan variance
graphs.
Best regards,
Wolfgang Wallner
PS: When I use the word oscillator I mean the cheap quartz oscillators as found
in typical consumer electronic stuff.
PPS: I'm not sure if this mailing-list is the right place to ask my questions,
as simulation is not listed
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