On Wed, Mar 5, 2008 at 8:43 PM, Wee Shinhan <[EMAIL PROTECTED]> wrote:
>
> def send_pkt0(self, payload0='', eof=False):
>
>print "Antennna 0"
>self.subdev0 = (self.u.db[0][0])
>self.subdev0.set_enable(bool(1)
>
> self.subdev0.set_gain(self.subdev0.gain_range()[1])
>
>
-BEGIN PGP SIGNED MESSAGE-
Hash: SHA1
Phaysal Khan wrote:
> I get the msg
> Using RX d'board A:
> USB sample rate 4M
It's using side A, not side B. Try with the "-R B" option. (see the
usage message shown below)
$ usrp_rx_cfile.py
Usage: usrp_rx_cfile.py: [options] output_filename
Opti
Hi,
I am using DBSRX d'board with my d'board pluged on "Rx B". I used
python usrp_rx_cfile.py -f 1575.42M -N 1e6 -g 40 data1.dat
to capture a sinosoid at 1575.42MHz with -30dB.
I get the msg
Using RX d'board A:
USB sample rate 4M
When I try to read that file in Matlab using
fid=fopen('data1.
Hey jiqun,
Thanks for the reply. Alright heres how i structure my
codes. I define two payloads at the transmitter-
payload0 and payload1. Lets say payload0 is 10101010
and payload1 is 01010101. In transmit_path.py i
specify 2 different function, send_pkt0 and send_pkt1
as :
def send_pkt0(self, p
Zafar,
Yes the sound card can work with GRC. This can be one of 2 problems:
1) Does the sound card work on your operating system? (this can be a
problem with linux on certain hardware)
2) Was your gnuradio installation compiled with sound support?
(--enable-gr-audio-alsa, and so on)
Most i
On Tue, Mar 4, 2008 at 2:27 PM, Steven Clark <[EMAIL PROTECTED]> wrote:
> I like the use of the watcher thread in pkt.demod_pkts, and was
> wondering if I could use a similar technique in the following
> situation:
>
> Two disconnected subgraphs:
> msg_source_1 -> transform_blk_1 -> msg_sin
> If you are using only u.set_rx_freq, your modifications have removed> the
> ability to set the LO on the daughterboard.No, I am not using set_rx_freq. I
> am just using usrp_rx_cfile which uses
r = self.u.tune(0, self.subdev, options.freq)
I am using the version at
http://www.gnuradio.or
On Wed, Mar 05, 2008 at 03:15:16PM -0500, Paul Creekmore wrote:
> It would be helpful to know exactly what you mean by "this isn't
> happening." What /does/ happen? Anything? Do you get a data file? Have
> you tried recording and plotting a simple test sinewave?
>
> You could also very easily
Hi all,
I'm having some trouble properly setting up my Makefile.am for an
independent source branch.
I have created a cmusdrg library which contains new m-blocks, which I
would now like to link to using an external application and run. But,
I'm having trouble linking this program to my libr
It would be helpful to know exactly what you mean by "this isn't
happening." What /does/ happen? Anything? Do you get a data file?
Have you tried recording and plotting a simple test sinewave?
You could also very easily convert the data in MATLAB.
--Paul
Phaysal Khan wrote:
Hi,
I used us
Hello
Please tell me can we use the sound card in the GRC(Gnu radio companion)
Please tell me
thanking in advance
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jiqun qi wrote:
Hey,
In fact, the mapped complex symbol will go into two parts, that is,
the real part and the image part will modulate the cos(w_c * t) and
sin(w_c * t), separately.
E.g., complex symbol is denoted, y = a+jb = r*cos(theta) + j*r*sin(theta);
I would just stick with this repr
George Nychis wrote:
Maybe we can bring this thread up one more time. Michael found me on
campus and I've been trying to help with this.
We're attempting to use the 802.15.4 (OQPSK) blocks that a UCLA
wireless group wrote, available here:
http://acert.ir.bbn.com/projects/gr-ucla/
Using file
Andrey A wrote:
> We are concerned about frequency accuracy.
>
The clock has a 20 ppm specification, but at room temperature is
typically within 5 ppm.
We need 10^(-9) frequency accuracy. Is there any way to approach to
this accuracy?
Why do you need such high accuracy?
I
>
> > We are concerned about frequency accuracy.
> >
>
> The clock has a 20 ppm specification, but at room temperature is
> typically within 5 ppm.
>
We need 10^(-9) frequency accuracy. Is there any way to approach to this
accuracy?
Thank you.
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