This is for the mathematicians out there - what is a simple
working algorithm for creating a function model to fit an
arbitrary number of data points. What I have for a first
approximation, simple linear (y=mx+b) actually works better
than nothing, but there's room for improvement.
I set one frequ
Hi Martin,
Have you combined 2 fields (odd and even fields) into
1 frame in your tv_sync block? If yes, could you
specify which part of it? If no, how to do that in GNU
radio? I could not find any part that does the
combination. Thank you very much for your
explaination.
Cheers,
kelvin
--- Mar
It should be pretty simple for the USRP's FPGA to swap the bytes of
16-bit samples it delivers in USB packets, if instructed in a control
register by the host. This would avoid any speed penalty for
big-endian hosts.
(It's also pretty simple to determine that a simple byte-swap would be
a complet
OK, after I downgrade swig to 1.3.23, clean everything and rebuild
everything, the problem seems being solved.
Zang
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I met the following error again and again when I tried to install GnuRadio
2.6 or run the write-a-block. Can anyone tell me what's wrong? I have
installed the latest swig, but I use python 2.3.
ImportError:
/usr/local/lib/python2.3/site-packages/gnuradio/gr/_gnuradio_swig_python.so:
undefined sym
Lee Patton wrote:
>
> After looking at the data sheets for all components on the DBSRX, I
> gather that the RF LNA and IF low-pass filter gain control, both of
> which are in the MAX2118, are the two variable gain amps to which you
> are referring. Is that correct?
Yes
> daughterboard gain (79dB
On Wed, 2005-12-21 at 23:02 -0800, Matt Ettus wrote:
> Lee Patton wrote:
> > I don't understand why the gain range returned by the DBSRx ranges from
> > 0 to 104 when the PGA gives only 0 to 20 dB. Obviously, the answer lies
> > in db_dbs_rx.py, but I haven't a clue as to what the code is really
>
