Thanks for the GPS data!
It looks like footnotes 1 & 2 are reversed at
http://www.kd7lmo.net/ground_gnuradio_ota.html
[EMAIL PROTECTED] wrote:
I've posted a number of OTA (Over The Air) samples on my web page. These
include 7.2 and 10.0 MHz captures in the HF band. (As requested by
someone on th
Hey, guys
I am studying the examples these days. I met a
question when I read am_rcv.py.
Why do we need a offset frequency of 30kHz in this
case?
src.set_rx_freq (0, IF_freq)
actual_IF_freq =src.rx_freq(0)
actual_offset = actual_IF_freq + station
The three lines are conf
GLONASS spec's are available on-line from Russia. Google found the site,
and the spec is a decently sized Word document. The GPS L1 Freq is a
CDMA signal at 1575.42 MHz, with a signal BW of~3 MHz. GLONASS is FDMA,
with 25 500 kHz channels from 1589 to 1610 MHz. I suspect that you could
design a
Bob:
Cognitive radio in term's of Mitola's definition, with smart spectrum
avoidance and spectral monitoring built in? Sounds like an interesting
project. This rapidly turns into an AI problem with some very complex
behaviors.
Dave
Robert McGwier wrote:
We can do this I am sure. I thank Dave
On Fri, Mar 25, 2005 at 02:36:54PM -0800, Javs wrote:
> Hey all,
>
> I was looking at the build codes(.h, .cc., .c, .i, .py) for the USRP
> and the Gnuradio Docs seperately and I am not sure where exactly
> these two meet. I was guessing that the fusb would be calling both
> the headers from usr
I've posted a number of OTA (Over The Air) samples on my web page. These
include 7.2 and 10.0 MHz captures in the HF band. (As requested by
someone on this board).
Also included is 2 second snap shot of GPS L1 carrier. Should be good for
some software work.
Captures:
http://www.kd7lmo.net
Hey all,
I was looking at the build codes(.h, .cc., .c, .i, .py) for the USRP and the Gnuradio Docs seperately and I am not sure where exactly these two meet. I was guessing that the fusb would be calling both the headers from usrp and gnuradio, but doesn't seem like it. Can anyone please point m
Thanks for the information. I did install the RPMs as well as version
libstdc++-3.3.3-7 from FC2. The wxPython*rpm were expecting version
libstdc++.so.5 of the C++ libraries.
However, I have the same core dump issues. Using the nbfm_rcv.py from the
latest CVS gnuradio-examples it runs correc
