I have a nice gnuradio app running using USRP, with 3 FFTsinks going at
once, with the 1st FFTsink taking data from the USRP and the 2nd and 3rd
FFTsinks each showing the results of further processing:
1) USRP downconverting to 1 MHz ---> FFT display 1
2) Channel filter LP to 16 kHz ---> FFT displ
Hi,
I also encountered the same errors.
USRPDevice.h:42: error: ‘usrp_standard_rx_sptr’ does not name a type
USRPDevice.h:43: error: ‘usrp_standard_tx_sptr’ does not name a type
Where can I get the "attached patch"???
Thank you,
Jane
Martin Dvh wrote:
> T. W. wrote:
>> Windows XP machine.
>>
On Fri, Feb 27, 2009 at 05:05:11PM -0800, Leslie Choong wrote:
> Hi Everyone, Just wanted to let everyone know that I've merged my RX
> changes and Sanna Leidelof's TX path changes and updated the CGRAN
> repository. You can check it out here:
> https://www.cgran.org/browser/projects/ucla_zigbee_ph
Hi Everyone, Just wanted to let everyone know that I've merged my RX
changes and Sanna Leidelof's TX path changes and updated the CGRAN
repository. You can check it out here:
https://www.cgran.org/browser/projects/ucla_zigbee_phy
This project had demodulation and modulation code for 802.15.4 packe
Sebastiaan Heunis wrote:
Hi
Does anyone have an idea as to what the maximum value of a sample when
read in matlab is? I've got a BasicRx board and I'm injecting a 10dBm
signal into RX-A. Using max(abs(sig)) in matlab results in
8.6458e+03. Is this what I should get, or should the maximum re
I have gnuradio-3.1.3. I grabbed the tarball, then followed the
./configure, make, make install process when I installed it. I can see
the following four files in /usr/local/lib/ :
-rwxr-xr-x 1 root root 938 2009-02-18 15:57 libusrp.la
lrwxrwxrwx 1 root root16 2009-02-18 15:57 libu
I attached an example flow graph, take a look. This way may work better
for you. -Josh
feldmaus wrote:
Hi All,
i want to make 2 sliders depending on each other.
Both schould adjust the same frequency. One Slider
for the rough counts and the other one fo the fine counts.
How to realize that ?
Do you have the latest trunk version of GNURadio installed correctly?
Do you have the library libusrp?
- Fabian
Am 27.02.2009 um 19:55 schrieb T. W.:
Martin,
Thanks very much for your help!
Your patch #1 seems to be already in the subversion repository.
I manually applied your patch #2 to /
Hi all,
I'm studying on GNURadio and USRP with RFX2400. So far I was successfully
able to make new signal blocks (e.g noncoherent FSK demodulator) with using
benchmark_rx.py and benchmark_tx.py and it works fine.
Now I'm interested in inband signaling. I want to know exact time of arrival
of rec
Martin,
Thanks very much for your help!
Your patch #1 seems to be already in the subversion repository.
I manually applied your patch #2 to /Transceiver/USRPDevice.h. Now the
following warning went away.
>> ".deps/radioInterface.Tpo" -c
>> .libs/radioInterface.o
>> In file included from USRPDe
Jakob Meineke wrote:
Hi,
in our lab we want to use a USRP2 to generate an RF-signal starting at a
given time in our experimental sequence. While the generation of the signal
works fine, in order to do this we need to be able to externally trigger the
start of the sequence. We basically want to s
This seems like a job for ~/.gnuradio/config.conf
Dimitris Symeonidis wrote:
the fm_preemph and fm_deemph functions in blks2impl/fm_emph.py take
the argument tau (time constant), which is 75μsec for the US and
50μsec for Europe and the rest of the world. If now tau is given, the
75 is assumed by
I don't recall the details, but I believe that (at least in the US) the
preemph for WBFM (ie, FM broadcast) is different from that for NBFM (ie,
2-way) -- 250usec comes to mind.
John
Dimitris Symeonidis wrote:
the fm_preemph and fm_deemph functions in blks2impl/fm_emph.py take
the argume
the fm_preemph and fm_deemph functions in blks2impl/fm_emph.py take
the argument tau (time constant), which is 75μsec for the US and
50μsec for Europe and the rest of the world. If now tau is given, the
75 is assumed by default...
Now, the wfm_rcv and wfm_rcv_pll of blks2 don't take a tau paramete
-BEGIN PGP SIGNED MESSAGE-
Hash: SHA1
Smith L. wrote:
> Hi,
>
> I have been trying to use USRP2 as a receiver and USRP1 as a transmitter.
> The benchmark_tx.py file is working well for USRP1 but I did some
> modifications to benchmark_rx.py so that it can work on USRP2. But it didnt
> wor
Hi,
in our lab we want to use a USRP2 to generate an RF-signal starting at a
given time in our experimental sequence. While the generation of the signal
works fine, in order to do this we need to be able to externally trigger the
start of the sequence. We basically want to start the transmission o
Hi All,
i want to make 2 sliders depending on each other.
Both schould adjust the same frequency. One Slider
for the rough counts and the other one fo the fine counts.
How to realize that ?
I tried this but without success.
Here is a part of my code,
###
Hi
Does anyone have an idea as to what the maximum value of a sample when
read in matlab is? I've got a BasicRx board and I'm injecting a 10dBm
signal into RX-A. Using max(abs(sig)) in matlab results in
8.6458e+03. Is this what I should get, or should the maximum reading
be higher?
Also, can s
Hi,
I'm a newbie. I received my hardware and trying test it.
I started to test the USRP2 (last release of firmware) and FLEX900 with the
"usrp2_fft.py".
My system is Ubuntu 8.10 and the trunk version of gnuradio.
I'm trying this command:
#sudo usrp2_fft.py -f900M
But the graphic window of "USRP
>You'll need to ensure that gr-audio-alsa got configured, built and
installed.
I get the same error message but I don't know how configure built and
install gr-audio-alsa.
Could you help a newby please.
I have ubuntu hardy heron on vmware. I've used synaptic packet manager to
get gnuradio (I do
In this paper we investigate I/Q Imbalance on the RFX1800 with USRP. The
paper is available at:
http://www.ee.kth.se/php/modules/publications/reports/2009/IR-EE-SB_2009_015
.pdf
@Article{IR-EE-SB_2009:015,
author = {Peter H{\"a}ndel and Per Zetterberg},
title = {Receiver I/Q Imbalance: Tone Tes
On Friday 27 February 2009 01:05:52 Tony wrote:
> The USRP C++ example program uses this code to move USRP USB data into a
> buffer:
>
> urx->read(&buf, bufsize, &overrun);
>
> If this line is called many times in a short period of time will the buffer
> have some of the data leftover from pr
On Thu, Feb 26, 2009 at 04:05:52PM -0800, Tony wrote:
> The USRP C++ example program uses this code to move USRP USB data into a
> buffer:
>
> urx->read(&buf, bufsize, &overrun);
>
> If this line is called many times in a short period of time will the
> buffer have some of the data leftov
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