Last week, I succeed to get a response from my usrp2.
After that, however, when I try usrp2_fft.py, or anything *.py related
with usrp2, I get the Import Error with usrp2 error.
(But when I try something *.py with usrp, it shows no error with usrp
library though it fails to work since no usrp is
We have got a new USRP2 and TVRX and DBSRX recievers. Though the system seems
to work when the TVRX daughter board is installed using the USRP2 fft
script, it does not seem to work with the DBSRX board installed.
That is there seems to be just noise coming in regardless of what frequency
or
On Sat, Feb 21, 2009 at 09:00:34PM -0800, Jane Chen wrote:
Hi all,
I ran the bbn_80211b_tap.py. I used both tcpdump and wireshark to
try to capture the packets. However, it doesn't work.
My steps:
1. ./bbn_80211b_tap.py.
2.ifconfig gr0 192.168.111.2
3. tcpdump -i gr0 -e -X
I
On Sun, Feb 22, 2009 at 06:16:28AM -0800, RH200 wrote:
We have got a new USRP2 and TVRX and DBSRX recievers. Though the system seems
to work when the TVRX daughter board is installed using the USRP2 fft
script, it does not seem to work with the DBSRX board installed.
That is there seems
Hello,
It isn't create any sound from the usrp_wfm_rcv.py command when I set to
listen to the Frequency 91.5. It is running under Ubuntus 8.04 and Dell
Latitude D610 notebook. I doubt that the notebook sound card doesn't support
the below command line. I don't know why I can't listen to the FM.
My apologies, newbie hoping it was a common newbie problem, details as
follows.
Hardware:
Twin Xeon quadcore X5355 processors.
Supermicro X7DBE motherboard
8 GB of ram
Software:
Ubuntu 8.04 Kernal 2.6.2-16-generic
I didn't install the software my supervisor
Thank you for your reply! I can see packets through bbn_80211b_rx.py. It works
well.
OS: fedora 9
Hardware: USRP and RFX2400
Finally, I got something after I ran bbn_80211b_tap.py as follows: (But I don't
think it decoded correctly.)
# tcpdump -i gr0 -e -X
tcpdump: verbose output
Hi,
attached is a new version for fusb_linux.cc.
The current implementation uses three std::list lists for free, pending and
completed urbs, so submitting a single urb causes three allocs and three frees
(pushing and popping of the list).
The new implementation uses a circular list for the
