You mean a block where you input bytes, and the block adds start bit, stop
bit and parity bit(s)?
Albin
On Mon, May 13, 2019, 23:04 mehtap özkan wrote:
> Well, I would gladly pay for a c++ block. Anyone interested?
>
> 13 May 2019 Pzt 23:40 tarihinde Müller, Marcus (CEL)
> şunu yazdı:
>
>> I d
Hi Johannes,
Thank you for your advice. The source code of GNU Radio in GitHub repository is
definitely a great reference, I have fork and clone it.
As I discussed with my mentor, Marcus, for OOT module which I am going to work
on, the stable version acquired through distros would be enough.
I
Hello Hasan,
If you are transmitting from one hardware to another hardware, that is an
expected behavior (due to various hardware imperfections - especially the
master clock mismatch. ). Synchronization and equalization blocks on the
receiver flowgraph must correct such problems. If you have s
Well, I would gladly pay for a c++ block. Anyone interested?
13 May 2019 Pzt 23:40 tarihinde Müller, Marcus (CEL) şunu
yazdı:
> I doubt you'd find a ready-made block. However, writing that would take
> literal minutes in Python or C++!
>
> https://wiki.gnuradio.org/index.php/Guided_Tutorials Cha
https://web.archive.org/web/20170423012135/https://oshearesearch.com/index.php/page/2/#post-194
might be of interest, too.
On Mon, 2019-05-13 at 10:55 -0700, Joe K wrote:
> Hi,
>
> Hopefully I'm not hijacking Mehtap's thread too badly but it seems that the
> website with gr-eventstream documenta
Hi,
you're right, the webserver seems down. Are you looking for
https://web.archive.org/web/20170422112538/https://oshearesearch.com/index.php/2015/05/31/building-a-burst-fsk-modem-in-gnu-radio-with-message-lambda-blocks-and-eventstream/
Best regards,
Marcus
On Mon, 2019-05-13 at 10:55 -0700,
I doubt you'd find a ready-made block. However, writing that would take
literal minutes in Python or C++!
https://wiki.gnuradio.org/index.php/Guided_Tutorials Chapters 2,3,4 and
5 should be an easy read for you at this point.
Best regards,
Marcus
On Mon, 2019-05-13 at 23:09 +0300, mehtap özkan w
Dear All,
Is there an OOT block where the input is UnPacked Data and the output is
UART formatted UnPacked data.
The UART Protocol is shown in
http://www.circuitbasics.com/wp-content/uploads/2016/01/Introduction-to-UART-Packet-Frame-and-Bits-2.png
.
___
Hi,
Hopefully I'm not hijacking Mehtap's thread too badly but it seems that the
website with gr-eventstream documentation is no longer available. It
doesn't seem that there's much inline documentation or anything else in the
git repo. Am I missing something? Does anybody have cached copies of t
I apologize for missing this email chain.
FYI, anytime you see a "Z:\gr-build" somewhere in a Windows install, know
that that is the path I use when buildiing the installers, so exactly as
was already deduced, that is a path that ended up being hardcoded
someplace. It's particular of the cultural
Hi Mehtap, please answer on the list.
The purpose of gr-eventstream is exactly to enable what you're trying.
Best regards,
Marcus
On Mon, 2019-05-13 at 15:40 +0300, mehtap özkan wrote:
> Thank you Marcus,
> I have looked at gr-eventstream and found it useful for bursty transmissions
> not cont
Dear Mehtap,
On Mon, 2019-05-13 at 15:03 +0300, mehtap özkan wrote:
> Dear All,
> I have implemented a CPFSK transmitter succesfully using GNU RADIO.
Cool!
> The blocks are PRBS Source->Scrambler (G3RUH)-> CPFSK Mod-> UHD Sink. The
> reference HW receiver receives and demodulates the signal qu
Dear All,
I have implemented a CPFSK transmitter succesfully using GNU RADIO.
The blocks are PRBS Source->Scrambler (G3RUH)-> CPFSK Mod-> UHD Sink. The
reference HW receiver receives and demodulates the signal quite well.
Then I remove the PRBS Source and place a UDP Source+UART block as the data
Hi Johannes,
I've agreed with Bowen that for the time being, he'll be developing an
OOT for the versions available currently through Linux distros. So,
3.7.13.x it is – the porting to 3.8 OOTs can be done later.
As much I need people to test the 3.8 OOT structure, it's my
responsibility to shield
Hi Bowen,
it's great that you start to work on your project right away. Since you
want to implement a new feature for GNU Radio, I'd suggest to use the
latest GNU Radio version which is the one in the repository. To rephrase
it, I recommend to use GNU Radio 3.8. Though, I assume you already
di
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