On 2021-12-13 16:56, isaac mario tupac davila wrote:
Hello
Thanks for the information !!!
I have a question regarding the parameter unknown pps. I'm focusing
wrong, I think so ...
1. If I read the concept This method is used to sync when the edge of
PPS is UNKNOWN. But when I use a N200, a
Linge,
> How to judge that this is the last input?
There's no way.
seriously, we discussed this yesterday. It's a bit tiring to explain things in chat, and
then say exactly the same thing next day on the mailing list.
You cann't do it this way. Your framing must come from where you read the
Hi Ralf,
Good news!
Regarding your question, In order to be sure that what the block was
measuring was right, I've used a complete software transceiver together
with a Channel Model block. You may take a look at
https://github.com/git-artes/gr-isdbt/blob/master/examples/full_transceiver.grc.
This
Hi,
I assume the "Swap IQ" block is exactly what you're looking for.
https://wiki.gnuradio.org/index.php/Swap_IQ
Cheers
Johannes
On 13.12.21 16:39, Cyrille Morin wrote:
Hi,
You could use a "Complex to Float" to separate the I and Q components,
followed by a "Float to Complex", inverting the
This might be of interest.
https://www.dsprelated.com/showarticle/51.php
--Albin
On Mon, Dec 13, 2021, 16:45 Cyrille Morin
wrote:
> Hi,
>
> You could use a "Complex to Float" to separate the I and Q components,
> followed by a "Float to Complex", inverting the re and im inputs.
>
>
> Le 13/12
Hi,
You could use a "Complex to Float" to separate the I and Q components,
followed by a "Float to Complex", inverting the re and im inputs.
Le 13/12/2021 à 16:31, Rachida SAROUI a écrit :
Thank you for responding, but what I meant by invert is swapping the I
and Q components of the signal.
Dear Rachida,
in order to do that, use the "complex to float" and "float to complex"
blocks and connect the re output to the im input and the im output to
the re input.
Yours
Martin
On 13.12.21 16:31, Rachida SAROUI wrote:
Thank you for responding, but what I meant by invert is swapping the
Thank you for responding, but what I meant by invert is swapping the I and
Q components of the signal.
Le lun. 13 déc. 2021 à 16:25, Fabian Schwartau a
écrit :
> Complex conjugate only inverts the imaginary (Q) part of the signal.
> If you want to invert both, just multiply with -1.
>
> Am 13.12
Complex conjugate only inverts the imaginary (Q) part of the signal.
If you want to invert both, just multiply with -1.
Am 13.12.21 um 16:22 schrieb Rachida SAROUI:
Hi everyone,
I need to invert the I and Q of a complex signal. Does the block complex
conjugate do the job?
Thank you
Hi everyone,
I need to invert the I and Q of a complex signal. Does the block complex
conjugate do the job?
Thank you
Hello Federico,
after a lot of thinking I have finally managed to adapt your OFDM
Synchronization and TMCC Decoder blocks for DVB-T :-) The problem was
that the frame and symbol indexes in the tags sent by the TPS decoder
were not correct.
Although I can see the video now, I am not sure that I h
Hi Zen Chen,
I add the mailing list to the discussion again. Please reply to the
mailing list for all mailing list discussions.
This is an example for a UDP client/server
https://pythontic.com/modules/socket/udp-client-server-example
Your visualization app is probably a server waiting for you
12 matches
Mail list logo
