at the beginning. The file size difference is really
> just because due to the nature of general purpose hardware and GNU Radio's
> scheduling, there's no guarantee all blocks have written the same amount of
> data when you kill the flow graph.
>
> Am 18. Juli 2016 17
?
Thanks!
On Fri, Jul 15, 2016 at 5:30 PM, Martin Braun
wrote:
> This'll work. However, the uhd_rx_cfile utility that comes with GNU
> Radio will do that for you.
>
> Cheers,
> M
>
> On 07/15/2016 11:33 AM, avinash kalyanaraman wrote:
> > Hi all,
> >
>
I wasn't getting anything through.
My USRP Sink block had an empty TSB tag name property. I didn't have a TSB
tag name = packet_len property. I started getting data across after adding
that.
On Fri, Jun 24, 2016 at 2:12 PM, Martin Braun
wrote:
> On 06/23/2016 02:42 PM, avinash
Hi All,
I am doing an OFDM transmission with tx_ofdm.grc and receiving it with
rx_ofdm.grc. I am using two USRP N210s for this.
I edited the tx_ofdm to set the transmission rate to generate 96-byted
packets every 10ms via : message strobe-> random pdu generator->pdu to
tagged stream.
However, n
OFDM question:
>
> You take the DFT of the input signal. Hence, the bins of the DFT are
> f_nyquist/l_fft spaced.
>
> Best regards,
>
> Marcus
> On 17.06.2016 17:57, avinash kalyanaraman wrote:
>
> Thanks Marcus - that helps.
>
> Could you please let me know wha
Hi All,
I am doing an OFDM transmission with tx_ofdm.grc and receiving it with
rx_ofdm.grc. I am using the Random Source of the tx_ofdm unmodified. I want
to be able to control the packet transmission rate - for e.g. 10 packets
every 100ms. How can I modify the grc to be able to do this ?
Thanks!
Thanks Marcus - that helps.
Could you please let me know what's the bandwidth of each sub-carrier? How
can I calculate that and reconfigure the same?
On Sat, Jun 18, 2016 at 12:50 AM, Marcus Müller
wrote:
> Hi Avinash,
>
> On 06/16/2016 03:29 PM, avinash kalyanaraman wrote:
&
Hi Marcus,
Thanks for the email. I connected the debug tag to OFDM Channel Estimation
and noted that the ofdm_sync_chan_taps key has 64 complex values.
Could you please confirm the following two things ?
i) These 64 complex values (a + ib) represent the 64 sub-carriers and I can
get the amplitude
Hello all,
Could you please let me know how I can get channel-frequency response (like
channel state information (CSI) ) for an OFDM transmission? I am looking at
rx_ofdm.grc to capture the phase and amplitude at each of the 64
sub-carriers.
Would connecting the OFDM Channel Estimation Block of t
