Hi,
I thought I'd just drop some lines too (without actually being helpful :).
On Fri, Sep 12, 2008 at 12:13:26AM -0700, Firas A. wrote:
> > I was thinking that the SVN structure should be something like:
> > /
> > /project_name
> > /project_name/trunk
> > /project_name/tags
> > /project_name/bra
On Tuesday 16 September 2008 05:05:37 Tom Rondeau wrote:
> Stefan,
>
> Thanks, that was indeed a bug. It has been fixed in my branch as of r9682.
>
> This is also the first time that I've had the equipment in my new place
> to test the transmitters, so, frankly, I'm impressed that this is the
> onl
On Tuesday 16 September 2008 14:24:49 Stefan Brüns wrote:
output of svn diff dbs/config dbs/gnuradio-examples/c++/usrp_test_tx
Stefan
--
Stefan Brüns / Bergstraße 21 / 52062 Aachen
mailto:lurch at gmx.li http://www.kawo1.rwth-aachen.de/~lurchi/
phone: +49 241 53809034 mobile: +49 15
On Tuesday 16 September 2008 14:24:49 Stefan Brüns wrote:
Changes:
- made usrp_basic an abstract class
- made distinction between TX/RX based on usrp_basic_{tx,rx}
removed d_tx variable
use virtual functions instead of conditional functions in
the base class
- d_db and d_dbid use side (A/B)
On Tuesday 16 September 2008 14:24:49 Stefan Brüns wrote:
Changes:
- db_base is abstract now
- db_flexrf: removed implementations from the derived classes which where
identical to the base class implementation
- db_flexrf/db_wbx: call set_auto_tr in the tx/rx class constructor, base
class does n
I apologize for the slightly off topic.
I had just received a donation from Intel of
8 quad-core XEON processors E5440 and I was thinking
of building a super fast gnuradio PC system.
Does anyone have an idea as to what is the best way to utilize these
processors to build a super fast PC system
On Tue, Sep 16, 2008 at 05:35:49PM +0200, Stefan Brüns wrote:
> On Tuesday 16 September 2008 14:24:49 Stefan Brüns wrote:
>
>
> Making usrp_basic abstract and some of the functions pure virtual caught some
> faults - newer call a virtual method in the base constructor and hope it
> calls the me
On Tue, Sep 16, 2008 at 11:56 AM, Achilleas Anastasopoulos
<[EMAIL PROTECTED]> wrote:
>
> I apologize for the slightly off topic.
>
> I had just received a donation from Intel of
> 8 quad-core XEON processors E5440 and I was thinking
> of building a super fast gnuradio PC system.
> Does anyone have
Could someone please tell me the DC Offset value stored in the EEPROM
of the LFRX Daughterboard?
Thanks,
Kyle
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Kyle Pearson wrote:
Could someone please tell me the DC Offset value stored in the EEPROM
of the LFRX Daughterboard?
We don't store one. The DC offset is automatically tracked and
subtracted out in the FPGA.
Matt
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On Tue, Sep 16, 2008 at 02:17:54PM -0400, Kyle Pearson wrote:
> Could someone please tell me the DC Offset value stored in the EEPROM
> of the LFRX Daughterboard?
>
> Thanks,
> Kyle
It could be anything. IIRC, I don't think the library code uses it by default.
Eric
___
Am Tuesday 16 September 2008 18:56:27 schrieb Eric Blossom:
> On Tue, Sep 16, 2008 at 05:35:49PM +0200, Stefan Brüns wrote:
> > On Tuesday 16 September 2008 14:24:49 Stefan Brüns wrote:
> >
> >
> > Making usrp_basic abstract and some of the functions pure virtual caught
> > some faults - newer call
Hi,
I want to give an external input to the old USRP board using a 1 PPS GPS
output. Is it possible to do so? if yes how?
Where can I access such external inputs in software ?
Thanx.
Regards
Subodh
_
Want to do more with Windows L
You can connect the 1PPS to the digital io pins on the basic or lf
daughtercards. From there you can use the read_io() method in python
to read the value on the pins. Just make sure that your 1PPS is
between about 1.5 and 3.3V; under 1.5V it may not be detected, over
3.3V you could fry a pin.
-Kyl
On Tue, Sep 16, 2008 at 23:13, Kyle Pearson
<[EMAIL PROTECTED]> wrote:
> You can connect the 1PPS to the digital io pins on the basic or lf
> daughtercards. From there you can use the read_io() method in python
> to read the value on the pins. Just make sure that your 1PPS is
> between about 1.5 an
What does it mean that USRP2 can only do MIMO with eight receivers?
What are the options for doing MIMO with, say 16 receviers?
Why are there two A/D converters if you can only use one RX
daughtercard? Or can you actually use two RX channels with a USRP2?
juha
__
I have some questions on tunnel.py.
1.) When this program is run from 2 different machines, which one is
considered as the access point? Or, rather, which instance actually sends
periodic beacon frames; is it the instance that was started first?
2.) Which Python/C++ program actually generates the
Hello everybody,
I am planning to develop an adaptive broadband antenna array with two
antennas. Searching in the list, I have already seen that the USRP2 does not
support two transceivers. But does it support a coherent two channel using
two DBSRX receivers?
Thanks in advance,
Cristiano
__
I'm trying to build from the trunk. I'm able to configure and make
without any problems, but when I try to make install I get an error on
this line:
/usr/bin/install -c -m 644 ../../README.hacking -3.1svn
with the error stating that -3 is not a valid argument. It turns out
that -3.1svn is a folder
Cristiano Panazio wrote:
Hello everybody,
I am planning to develop an adaptive broadband antenna array with
two antennas. Searching in the list, I have already seen that the
USRP2 does not support two transceivers. But does it support a
coherent two channel using two DBSRX receivers?
No,
hi all
i want to spread binary data read from a file using a PN sequence. The PN
sequence is generated by a LFSR. Is there any gnuradio block that can help me
do this. The gr.glfsr_source_b generates the sequence continously. If there
isn't any block that can help me do this, can you suggest a
Hello,
I am a newbie for the gnu radio. I am trying to transfer some
modulation/demodulation into Java, which can be used in my PhD
experiments.
My question is that I could not find gr_packed_to_unpacked_bb.cc file
in my downloaded truck of the gnuradio. But I do see the explanation
in the doxyge
Hi,
a week a goo I asked if someone could please explain how the Rx MUX is
to be set, unfortunately I have not had any luck with an answer. I have
read the USRP FAQ but I find the answer unclear, e.g. because I do not
know the mapping of ADC number to side. In addition it is also unclear,
to me, i
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