Dear Johannes,I use the usrp source, and ran the "lte_top_block_siso",but it
just stucked. Should I impove my computer performance? Or is there something
wrong with my flowgragh? Wait for your reply,thank you!
the two pictures following are my outputs.
Dear all,
Recently, I'm working on a subject about wireless relay network energy
efficiency, and I want to do do some experiments, so I need a wireless relay
whose wireless signal power is adjustable. The client nodes are mobile devices,
like Android phones, iPhones, and iPads.
My idea now is
-BEGIN PGP SIGNED MESSAGE-
Hash: SHA1
Hi Kevin,
I assume you use a N2x0. UHD tells you that the requested sample rate
is not supported and even exceeds the connection capacity.
Then the resampler does upampling by a large factor which will feed
the flowgraph with the wrong sample rate.
Hello Shilei Tian,
I'm pretty sure that the cited gr-ieee-802-11 module is the most
developed IEEE802.11 (wifi) implementation for GNU Radio in existence.
> Wow, a new idea occurs to me, could the USRP only amplify the Wi-Fi signal of
> the selected base station? For example, I have a base
Bastian Bloessl-2 wrote
> Hi,
>
> I only have some tips that you might want to try.
>
> - set the lo_offset to 11M
> - use the LMS equaliser (the other one is total non-sense :-)
> - change the gain
> - use the 5GHz band or assert that it’s really purge-G (non-compatible
> mode)
>
> The last
GNU Radio release 3.7.9rc1 is available for testers to download from:
http://gnuradio.org/releases/gnuradio/gnuradio-3.7.9rc1.tar.gz
http://gnuradio.org/releases/gnuradio/gnuradio-3.7.9rc1.tar.gz.asc (GPG
detached signature)
GNU Radio Live SDR Environment ISO Image
Hi,
> On 13 Dec 2015, at 16:36, Ke Xu wrote:
>
>
>
> I have tried what you have said. I use a wireless router as the AP, as it
> does not support 11a, I cannot use the 5G band, but it support '11g-only',
> so i set it to this mode. And in my testbed, there are many other
Hi every one,
Is this possible to generate step frequency continuous wave for frequency
range of 2GHz to 4GHz in GNU radio and step size in range of 250micro
seconds(Dwell time).
regards
Vingnu
___
Discuss-gnuradio mailing list
Discuss-gnuradio@gnu.org