I saw from your other thread that you were channelizing and decimating, and I
assume you are logging this to disk for extended periods. I'm doing a
similar thing here:
https://github.com/madengr/nbfm_rec
Although I'm not using a channelizer, only because there is no band plan for
what I was reco
Hey Lou,
That's a very interesting approach, I'll look into your example as well.
Thank you very much!
Best,
Ali
On Wed, Mar 11, 2015 at 4:39 PM, madengr wrote:
> You can also use probes to bring out the data asynchronously from the flow
> which you can then process in Python. For example, yo
Hey Rich,
That'll definitely give me a good start, thank you so much! I'll check it
out.
Best,
Ali
On Wed, Mar 11, 2015 at 4:35 PM, Richard Bell
wrote:
> Hey,
>
> I can't tell you how you should do this. I can tell you that you will need
> to get comfortable with tags and probably messages to
You can also use probes to bring out the data asynchronously from the flow
which you can then process in Python. For example, you could probe at a 10
Hz rate, then have your Python script log those values to a file, or trigger
some other event. I have an example here where it probes the signal le
Hey,
I can't tell you how you should do this. I can tell you that you will need
to get comfortable with tags and probably messages to achieve these things
you want. If you haven't already, check out the gnuradio tutorial on
programming topics to get started. They do a pretty good job explaining it
Hello everyone,
So I was trying to capture continuous IQ data from my USRP N200, and this
needs to be done for about a week, but because the amount of data is
ginormous, that's doesn't seem feasible at all. Instead, what I'm now
thinking of doing is processing the data in gnuradio companion in rea
