Hi,
I'm trying to understand the GNU Radio software architecture and build
system. I have a question about dependencies. It says on the GNU Radio
Wiki pages to ensure that the dependencies are satisfied before
attempting to build form the source tarball. My questions are:
Where are these dependen
Use a package manager like yum, apt-get etc. and install boost-devel.
Actually make sure you have all the dependencies listed in the README
file in the GNURadio tarball you have downloaded and trying to build
from. Instructions to do this (and distribution specific instructions)
are provided here,
Hi List,
I'm trying to build GNU Radio from source, and when I run ./configure,
I see USRP is not going to be built under the heading : "The following
components were skipped either because you asked not to build them or
they didn't pass configuration checks:"
gcell
usrp
gr-usrp
gr-gcell
gr-audio
; On Wed, Nov 10, 2010 at 07:13:17PM -0800, Arya Santini wrote:
>> Hi List,
>>
>> I'm trying to build GNU Radio from source, and when I run ./configure,
>> I see USRP is not going to be built under the heading : "The following
>> components were skipped eithe
Hi List,
I'm trying to build gnuradio-3.3.0 on Fedora 14 x86_64. I've installed
all the prerequisites, and I run ./configure and it completes fine,
reporting the modules going to be built. But when I run 'make', it
runs for a while and then exits with the following error(s):
libtool: compile: g+
if you get the master branch of the GNU Radio from the
> git repository, this problem is fixed. I was also told that the next version
> of GNU Radio, version 3.3.1, will fix this problem.
>
> Steve McMahon
>
>
> --- On Sun, 11/14/10, Arya Santini wrote:
>
>> From:
Hi GNURadio,
I'm new to the USRP and trying to understand the number of RF
input/output channels available (USRP1). From the GNURadio wiki
(http://gnuradio.org/redmine/wiki/gnuradio/UsrpFAQIntroMobo), I gather
we have 4 possible TX and RX channels each, since we have 4 ADC's and
4 DAC's on the mot
Hi Alex, List,
On Sun, Jan 23, 2011 at 3:03 AM, Alexandru Csete wrote:
> On Sun, Jan 23, 2011 at 2:56 AM, Arya Santini wrote:
>> Hi GNURadio,
>>
>> I'm new to the USRP and trying to understand the number of RF
>> input/output channels available (USRP1).
Hi All,
I have a USRP1 with one RFX2400 daughterboard attached to it. I want
to know if I can do this:
Can I receive two signals (real) on two RX frequencies, say 2.35 GHz
and 2.75 GHz, simultaneously?
Thanks,
Arya
___
Discuss-gnuradio mailing list
D
Hi All,
Can anyone shed some light on how the FX2 firmware / GPIF handles
simultaneous reads and writes? I mean if I set up my USRP1 to receive
and transmit simultaneously, what is happening exactly down there at
the GPIF level? Given that there are two GPIF waveform configurations
one each for Re
Hi,
I have a N210, which when I try to use with GRC (UHD USRP single
source block) produces at the console:
Current recv sock buff size: 5000 bytes
mboard0 MIMO master
UHD source block got error code 0x1
gr_block_executor: source
produced no output. We're marking it DONE.
Parameters I set
Hi List,
I'm transmitting a pure sinusoid of 50kHz using the tx_waveforms UHD
example and receiving the same using rx_samples_to_file example. I'm
using N210/WBXs for Tx and Rx at 250MHz, at 500 ksps, --ampl=1.0,
buffer size of 200 at Tx, and 0 dB for Rx,Tx gain.
I plot the received file (the I s
Hi List,
I was trying to build the gnuradio on yet another machine running
Ubuntu 10.10. from source today after checking out the latest code
from the dev trunk:
git clone http://gnuradio.org/git/gnuradio.git
Then I set the branch to next, so that I can build gr-uhd as well.
(Prior to this I'd s
Hi Jared, thanks for that suggestion.
Anyway, I realized that I was using GNU compiler gcc-4.6
(experimental) which apparently imposes stricter rules and allows
package builds to fail where previous versions used to succeed. So the
suggested fix for one typical "ptrdiff_t does not name a type" is
Hello..
The I/O types defined in the uhd::io_type_t class lists 4 COMPLEX
types and a CUSTOM type. What I/O type should I specify in the call to
send()/recv() if my baseband signal is real and not complex, say I'm
transmitting from a file containing real samples of float type. How is
a sample type
p module. I wanted to ask how I can do this exactly when I call the
send() to the UHD inside a C++ program? (an array of float values
represent the pure sinusoid, which is the waveform I wish to
transmit).
Arya
On Wed, Apr 6, 2011 at 10:47 PM, Josh Blum wrote:
>
>
> On 04/06/2011 08:42 PM
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