Hi all,
I want to ask some questions about gnuradio:
1.I want to use UHD: USRP Source to receive signal with 60MHz bandwidth, and I
divide it into 30 channels, and each time the usrp source receive 2MHz
bandwidth signal, and then improve the center frequency with step=1.5MHz. I
know I need
You're confusing text files and binary files.
What you are referring to are text files. The text character "1" has the
binary representation (if it's represented in ASCII) of 49, "0" is 48
and all the letters of the alphabet have other values.
"binary file" means that the content of the file is j
sir,
I entered some random binary data in a file (like 1001011010101) and and
saved it in .dat format.
I created a flow graph and tried to read those data. I am unable to read
it.
Also, in some flow graph when I writes something to a text file using file
sink, it is something in symbols (like @,
hello, my new email address is
matteo.campane...@gmail.com
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On 02/16/2016 10:56 AM, William Healey wrote:
Hello,
I am trying to make a simple FFT flow chart using a RFNoC FFT block
and a signal source as input. I am finding that the maximum FFT size I
can use is limited by the MTU of my Ethernet connection. While
connected to the 1GB Ethernet I had a
Hello,
I am trying to make a simple FFT flow chart using a RFNoC FFT block and a
signal source as input. I am finding that the maximum FFT size I can use is
limited by the MTU of my Ethernet connection. While connected to the 1GB
Ethernet I had a MTU of 1500 and was able to use an FFT size of 1024
Hi Jawad,
thanks for the feedback!
My guess would be that SWIG (which generates all the wrappers to use GNU
Radio's C++ classes from python) gets confused by the
gr::fec::generic_encoder::sptr typedef. That's a bit peculiar (because
it works elsewhere), but "peculiar" is one of the words I'd use t
Hi all,
I have modified the file RX OFDM to test the ZMQ REP/REQ blocks.
What I did, basically, was to split the original in 5 different ‘parts’.
Instead of connection the blocks directly, I throw the output of a part to a
ZMQ REP Sink @PORT and recover it in the following part with a ZMQ REQ S
Apparently using a boost::shared_ptr seems to
work, contrary to a gr::fec::generic_encoder::sptr.
Problem solved
2016-02-16 10:32 GMT+01:00 Jawad Seddar :
> Hi all,
>
> I'm trying to create a block that takes a gr::fec::generic_encoder::sptr
> as an argument (like the async_encoder block found i
Thanks a lot Marcus and Lou for your help
Best regards
Maksim
On Mon, Feb 15, 2016 at 1:47 PM, madengr wrote:
> I did something similar here:
>
> https://github.com/madengr/ham2mon/blob/master/apps/estimate.py
>
> It estimates the channel centers above a threshold and returns the indices
> int
Hi all,
I'm trying to create a block that takes a gr::fec::generic_encoder::sptr as
an argument (like the async_encoder block found in gr-fec).
Everyhting compiles and installs fine (I included
)but when I try using my block in a python
flowgraph, I get a TypeError : argument 1 of type
'gr::fec::
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