Hey ,
I am trying to configure a MAC layer implementation ( a customised
packet structure ) abiding by the basics of benchmark files. ( The basic
msg_source(packet input) --> modulator --> multiply_const --> sink) on the
TX side and pretty much reverse on the receiver side .
My question to you i
Hey all,
The benchmark_rx.py file uses the generic_mod_demod.py and on the
receiver side to be specific generic_demod whose input is
gr.io_signature(1, 1, gr.sizeof_gr_complex), # Input signatureand the
output signature is
gr.io_signature(1, 1, gr.sizeof_char)) # Output signature .
It
Hey all,
The benchmark_rx.py file uses the generic_mod_demod.py and on the
receiver side to be specific generic_demod whose input is
gr.io_signature(1, 1, gr.sizeof_gr_complex), # Input signatureand the
output signature is
gr.io_signature(1, 1, gr.sizeof_char)) # Output signature .
It
Hey All,
I have explored the basic functions that benchmark_tx and rx
provide with modulation support (generic_mod_demod) , packet construction
and recovery but what im trying to develop is a MAC layer implementation
over a single carrier with the help of a customized packet structure (
Hello All,
A couple of days ago i had installed a GNURadio digital image
processing block that makes an image source and sink block available as
displayed in the image below.
*Resource* : https://github.com/a-w-s/GNURadio-DIP
*Flowgraph* : http://i.imgur.com/1lJzD.png
The output of the im
wrote:
> On Mon, Jun 4, 2012 at 11:12 AM, Josh Stevens
> wrote:
> > Tom,
> >
> > What i was also able to find was that when an image source (type =
> > float) is connected to a file sink(type float) the size of the received
> file
> > is around 700 KB while
Hey All,
I created a flow graph which would do the following
dip_image_source_block (custom made digital image processing block
which helps sending images over the air (neat OpenCV work))
|
|--> throttle block
-->packet_encoder-->gmsk_mod-->uhd_usrp_sink(tuned with the help of
