On Sat, Nov 10, 2007 at 08:41:24PM -0500, Eric A. Cottrell wrote:
> Hello,
>
> I finally got my main computer fixed, hardware upgraded, and OpenSuSE
> 10.3 installed. I noticed going through the wiki instructions when
> installing gnuradio in 10.2 and now 10.3 that one command maybe wrong
> at h
Hello,
I finally got my main computer fixed, hardware upgraded, and OpenSuSE
10.3 installed. I noticed going through the wiki instructions when
installing gnuradio in 10.2 and now 10.3 that one command maybe wrong
at http://gnuradio.org/trac/wiki/UdevConfig. Currently it is:
Add a user to
On Sat, 2007-11-10 at 14:02 -0800, Tony wrote:
> The GNURadio installation instructions refers to program python-numpy-ext.
You need to turn on the "universe" repository, either through Synaptic
or by manually editing the /etc/apt/sources.list file.
--
Johnathan Corgan
Corgan Enterprises LLC
ht
The GNURadio installation instructions refers to program python-numpy-ext.
When I try to install that program via
sudo apt-get -y install python-numpy-ext
the system reports
E: Couldn't find package python-numpy-ext
Can someone comment on the possible cause?
Tony
This article might be helpful. It's targeted at matlab, but easily
transferable to python.
http://www.transcrypt.com/resources/all/files/19388/_fn/bit-error-rate_simulation_using_matlab.pdf
On Nov 10, 2007 11:15 AM, Meenaktchi Venkatachalam <[EMAIL PROTECTED]>
wrote:
>
>
> On Nov 9, 2007 11:46 AM
Dear Aadil,
1) First upgrade to latest gnuradio release.
2) Put the USRP behind.
3) Start generating the sinewave by software using gr.sig_source
4) Do the mathematics or FFT or whatever you want on this simulated signal.
5) If everything is ok, switch back to USRP, if not, then you have a proble
> Also, it's not clear to me what you're actually trying to do.
I'd like to capture FM signals and perform ambiguity measurements on them.
at the moment, i am failing to capture data correctly.
If you want to plot data in real time, please use either the
> usrp_fft.py or usrp_oscope.py applica
On Nov 9, 2007 11:46 AM, Brian Padalino <[EMAIL PROTECTED]> wrote:
> On 11/9/07, Meenaktchi Venkatachalam <[EMAIL PROTECTED]> wrote:
> > Hi,
> >
> > I was wondering how to calculate SNR. Is there function already a
> function
> > that I can use to find SNR?
>
> If you know where your constellation
On Sat, Nov 10, 2007 at 02:34:11PM +0200, Aadil Volkwin wrote:
> The Scope was definitely usrp_oscope.py Used Directly from the from the
> examples folder:
>
> [EMAIL
> PROTECTED]:~/Desktop/GnuRadioResources/gnuradio-3.0.2/gnuradio-examples/python/usrp$
> ./usrp_oscope.py
>
I note that you are
Thanks for responding and for your input, I answer your questions below,
>You're transmitting a 250kHz square source which is the summation of all
odd harmonics of >250kHz. I believe that is why you were told to switch
over to a sine wave which you would >probably just see a single tone.
I have
On Nov 10, 2007 9:39 AM, Aadil Volkwin <[EMAIL PROTECTED]> wrote:
> Ok,
>
> I still have the problem with the reconstruction though.
>
> When I perform the FFT on the sample set, the plots are not as you would
> expect for a pure 250KHz signal?
You're transmitting a 250kHz square source which is t
Ok,
I still have the problem with the reconstruction though.
When I perform the FFT on the sample set, the plots are not as you would
expect for a pure 250KHz signal?
This is the major concern for me and the crux of my problem.
___
Discuss-gnuradio mai
It seems that the signal is ok. If you use a pure sinusoidal signal you will
see a much clearer picture.
Firas
Aadil Volkwin <[EMAIL PROTECTED]> wrote: It seems I need to hit return after
i've entered the values, my error.
the new plot is on the website:
https://rrsg.ee.uct.ac.za/members/aad
It seems I need to hit return after i've entered the values, my error.
the new plot is on the website:
https://rrsg.ee.uct.ac.za/members/aadil/
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Discuss-gnuradio mailing list
Discuss-gnuradio@gnu.org
http://lists.gnu.org/mailman/listinfo/discuss-gnur
Hi,
Sorry about the scope file, I using a modified version and it seems that I
being confused with the standrad one. However, there is something strange in
the data shown in your picture. Since you are using decimation =8, the data
coming across the USB should be complex 8 Msps. But your scope
The Scope was definitely usrp_oscope.py Used Directly from the from the
examples folder:
[EMAIL
PROTECTED]:~/Desktop/GnuRadioResources/gnuradio-3.0.2/gnuradio-examples/python/usrp$
./usrp_oscope.py
Aadil
On 10/11/2007, Firas abbas <[EMAIL PROTECTED]> wrote:
>
> Hi,
>
> Input signal level is ok.
Hi,
Input signal level is ok.The scope pictures was not generated by
usrp_oscope.py. What is the program used to generate it ? Test The signal with
usrp_oscope.py
Firas
Aadil Volkwin <[EMAIL PROTECTED]> wrote: Hi,
I've updated the scope screenshot on the website. Two shots are available,
n
For those of you with PS3's, I've checked in code that allows us to
cross compile from an x86 or x86_64 machine running Fedora 7.
Instructions on how to do it are in the wiki:
http://gnuradio.org/trac/wiki/CrossCompilingForCell
Basically it uses NFS to access / on the ps3 and to create
a shar
Hi,
I've updated the scope screenshot on the website. Two shots are available,
notice there seems to be some kind of modulation??? I've tested the input
signal with an external scope and the input signal is fine. I don't know why
the usrp scope is "misbehaving"
The input signal level is set at -1
Hi,
Use center frequency =0 in the usrp scope. If you use center frequency = 250K,
you will shift the signal to 0 Hz.
What is your signal input level in dBm ?
Firas
Aadil Volkwin <[EMAIL PROTECTED]> wrote: Hi,
Firstly my apologies for posting known quantities, I guessed that members would
l
Hi,
Firstly my apologies for posting known quantities, I guessed that members
would like to see in what way I tinkered with usrp_rx_cfile.py. point taken
though.
Screen shots of the MATLAB plots as well as the usrp_oscop.py output can be
found at:
https://rrsg.ee.uct.ac.za/members/aadil/
I'm pr
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