After a little debugging, I found where exactly the pipe seems to break.
Please forgive the redundancy to follow, those of you who are already
familiar with the gnuradio graph class hierarchy.
AFTER the socket connection between the two computers is established:
1.) usrp_rx_cfile.my_graph.run(
So if the sample stream is known to have sufficient zero crossings and
has been properly filtered, do you see any hazards to going with the
latter technique?
Looking for zero crossings doesn't work as well when you have a low SNR,
or you have multipath. Multipath can make the bits non-sy
Johnathan Corgan, el 09/06/06 13:08:
So if the sample stream is known to have sufficient zero crossings and
has been properly filtered, do you see any hazards to going with the
latter technique?
If "sufficient" is really sufficient, then it should be safe. I have implemented
circuits using th
I'd like to hear your thoughts comparing "center of goodness" vs. "zero
crossing adjust" techniques for recovering bit timing and deframing in
an oversampled NRZ sample stream (I'm sure there are better names for
these algorithms!)
Take an incoming sample stream which represents an 8X oversampled
Eric Blossom wrote:
> usrp gr-usrp
> gnuradio-core gr-usrp
> pmt mblock
> gnuradio-core gr-mblock [gr-mblock doesn't exist yet, but this is the idea]
> mblock gr-mblock
> gnuradio-core gnuradio-examples [and some audio implementation]
> gnuradio-core gr-atsc
> gnuradio-core gr-audio-alsa
> gnuradi
Johnathan Corgan wrote:
> For "Release 3.0" we're going to
...keep it this way and get the new organization cleaned up, fine-tuned
and out the door as tarballs.
-Johnathan
signature.asc
Description: OpenPGP digital signature
___
Discuss-gnuradio mai
Greg Troxel wrote:
> I think the big question is what kind of top-level structure to be
> imposed on blocks intended for specific purposes.
This is indeed an open issue I've been "silently dropping."
No thought went into organizing the new repository other than to combine
what already existed in
On Wed, Sep 06, 2006 at 11:44:40AM -0400, Greg Troxel wrote:
>
> BBN's code to receive 1 Mbps 802.11 packets will shortly be eligible
> for merging in to the real repository (we've sent a signed assignment
> to FSF and are just watiting for a countersignature). In thinking
> about where to put it
BBN's code to receive 1 Mbps 802.11 packets will shortly be eligible
for merging in to the real repository (we've sent a signed assignment
to FSF and are just watiting for a countersignature). In thinking
about where to put it, I realize there's a bit of complexity.
Eventually, many blocks will
Subject: Re: [Discuss-gnuradio] Understanding the interfence environment
Date: mer 06 set 06 11:33:24 -0400
Quoting Marcus Leech ([EMAIL PROTECTED]):
> There's also usrp_fft.py in gnuradio-examples/python/usrp, which uses
> the high-level
> interface for setting frequency (x
Carlo E. Prelz wrote:
The actual code for setting frequency and gain (for daughterboard
dbs_rx) is found (in python!) in file
/gr-usrp/src/db_dbs_rx.py
(methods set_freq and set_gain). The procedure is quite abstruse and I
found no text document that would explain in a less terse format what
w
Subject: Re: [Discuss-gnuradio] Understanding the interfence environment
Date: mer 06 set 06 07:56:52 -0400
Quoting Marcus Leech ([EMAIL PROTECTED]):
> Roberto Mastrodonato wrote:
> >Hi
> >
> >how can you set frequency and gain?
> >10x
> >R
> The DBS_RX tunes from around 900Mhz to
Roberto Mastrodonato wrote:
Hi
how can you set frequency and gain?
10x
R
The DBS_RX tunes from around 900Mhz to around 2200Mhz, and also has
variable-gain amplifiers, as does
the AD9862 A/D chip. There are usrp functions to control this, which
I use in my radio astronomy application.
___
Hihow can you set frequency and gain?10xR2006/9/6, Marcus Leech <[EMAIL PROTECTED]>:
David I. Emery wrote:>>> And there are a number of other emitters in that area you might> just have lucked into... (especially some that might show up as images> with a high gain and relatively broadband LNA
David I. Emery wrote:
And there are a number of other emitters in that area you might
just have lucked into... (especially some that might show up as images
with a high gain and relatively broadband LNA feeding the DBSRX tuner).
I'd not assume C or X band, there are rad
15 matches
Mail list logo
