Nick,
I tuned the center frequency to 400 MHz, 430 MHz and 433 MHz and the LO is
locked for all of them.
The spectrum for 430 MHz looks like the spectrum for 433 MHz (white line) in my
previous post. I've tried the same thing on another USRP2 with another WBX and
I get similar spectrums. So it
On Tue, Dec 06, 2011 at 09:54:43PM -0800, Josh Blum wrote:
> So it looks like everything else passed which included gr_feval (another
> thing in gnuradio-core that uses swig directors).
Yes, indeed sir, that happened.
Start 22: qa_feval 22/92
Test #22: qa_feval .
On Tue, Dec 6, 2011 at 4:00 PM, Tom Rondeau wrote:
> What OS are you running?
>
> (I'm asking these questions because I'm stumped and am buying time.)
>
> I did the same thing in #gnuradio ;) I believe it was slackware.
___
Discuss-gnuradio mailing list
Has anyone had time to look into the unlock() lockup that Rachel reproduced
below further? I seem to be running into it left and right for some reason
and sadly my C++ isnt anywhere near good enough to go seeking the cause
myself.
On Tue, Nov 22, 2011 at 9:02 AM, Rachel Kroll wrote:
>
> On Nov 22
Matt Mills wrote:
Has anyone had time to look into the unlock() lockup that Rachel
reproduced
below further? I seem to be running into it left and right for some reason
and sadly my C++ isnt anywhere near good enough to go seeking the cause
myself.
This looks like an old boost problem
(https
On Tue, Dec 6, 2011 at 3:51 PM, Josh Blum wrote:
>
>>
>> [ 47%] Generating general_swig_doc.i
>> Error in xml in file
>> /home/gr/source/git/gnuradio/build/gnuradio-core/src/lib/swig/general_swig_doc_swig_docs/xml/gr__simple__framer__sync_8h.xml
>> Traceback (most recent call last):
>> File "/
Hey Everyone,
I am new to GNURadio, and am at the beginning stages of learning
Python/C++, just to give you a frame of reference. I am currently
working on developing a RTI plot from data collected by the USRP2/USRP
N210. After working with the GNURadio Companion, I figured easiest
approach to t
> I definitely wonder if it's my swig. Can you try under Swig
> 2.0.4 on your end?
>
swig 2.01 from ubuntu 11.10 repo was ok
swig 2.04 from source had the same failure
I cant say yet as to why, but at least its reproducible.
-josh
___
Discuss-gnu
Hi,
I am using:
OS: Ubuntu 11.10 (which I read in blog said that it has some problem with
gnuradio)
Gnuradio: 3.5.0 rc 0 (which I git from master branch)
I quite puzzled it's not working with my current setup. It seems doable by
many people but not me.
Regards,
Muhammad b Rosli
Student
Bachelor
On Wed, Dec 7, 2011 at 10:00 AM, Don Ward wrote:
> This looks like an old boost problem (
> https://svn.boost.org/trac/boost/ticket/2330). Is there any chance you
> are using a version of boost older than 1.45?
>
*frowns at ubuntu*
ii libboost1.40-dev
1.40.0-4ubuntu4
Hi,all.
I want to receive GPS L1 signal.and want to analyze location data in PC
Now I use following GPS antena USRPN200 and DBSRX2. however, GPS
signal's amplitude is very small. Ican't see gps signal in FFT
http://www.amazon.co.jp/%E3%83%91%E3%82%A4%E3%82%AA%E3%83%8B%E3%82%A2-GPS%E3%82%A2%E3%83%
On Tue, 6 Dec 2011 18:00:51 -0500
Tom Rondeau wrote:
> What OS are you running?
OS is Linux 2.6.37.3 running on an AMD64 - the distribution is
Slackware64-current with the Gnome SlackBuild additions and XFCE as
window manager.
I have no idea how to debug a mixture of Python and C++, so I can't
Dear everyone:
Recently I am studying the codes about daughterboard xcvr2450(mainly
usrp\host\lib\db_xcvr2450.c) and there are some problems confuse me.
1. You see there are two steps in setting the frequency. First daughter
board tunes as close as the target fequency and return the act
On 12/07/2011 11:05 PM, signalswdm wrote:
Dear everyone:
Recently I am studying the codes about daughterboard xcvr2450(mainly
usrp\host\lib\db_xcvr2450.c) and there are some problems confuse me.
1. You see there are two steps in setting the frequency. First
daughter board tunes as close as the
When I run benchmark_tx.py, the packet size has to be specified (default is
1500)
However, I could see nothing defining the packet size on benchmark_rx.py
In benchmark_rx.py, messages from benchmark_tx.py are queued after passing
demodulator, correlator, and framer sink.
But, I'm wondering that ho
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