Dan Halperin <[EMAIL PROTECTED]> writes:
> Sorry; I was unclear. Yes, if I put my laptop into 1Mbps mode then I can
> see data packets. Even in 2Mbps mode (especially if I use the -p
> option). I just don't expect there to _be_ any 1Mbps traffic on a modern
> network.
That makes sense. The envir
Actually, I mostly see u0 (which I believe is usrp overruns). However,
I did receive 2/3 packets.
Dola
On 4/4/07, Greg Troxel <[EMAIL PROTECTED]> wrote:
I think you should see real data packets at 1 Mb/s if there are any. I
would expect multicast in IBSS mode to be like this.
--
Greg Trox
Greg Troxel wrote:
> I think you should see real data packets at 1 Mb/s if there are any. I
> would expect multicast in IBSS mode to be like this.
>
Sorry; I was unclear. Yes, if I put my laptop into 1Mbps mode then I can
see data packets. Even in 2Mbps mode (especially if I use the -p
option).
I think you should see real data packets at 1 Mb/s if there are any. I
would expect multicast in IBSS mode to be like this.
--
Greg Troxel <[EMAIL PROTECTED]>
___
Discuss-gnuradio mailing list
Discuss-gnuradio@gnu.org
http://lists.gnu.org/mailman
Thanks a lot. This worked for me.
Dola
On 4/4/07, Dan Halperin <[EMAIL PROTECTED]> wrote:
Are you trying to capture real 802.11 1Mbps packets, or what?
To do that you'll need to do:
$ ./bbn_80211b_rx.py -f 2.462G -d 8 -b
>>> gr_fir_ccf: using SSE
Packet received, length = 148, rssi = -15,
Are you trying to capture real 802.11 1Mbps packets, or what?
To do that you'll need to do:
$ ./bbn_80211b_rx.py -f 2.462G -d 8 -b
>>> gr_fir_ccf: using SSE
Packet received, length = 148, rssi = -15, rate = 1.0 Mbps
Packet received, length = 147, rssi = -40, rate = 1.0 Mbps
Packet received, lengt
When I run
./bbn_80211b_rx.py -v
I get the following output:
-
Bits Per Encoded Sample = 8
adc frequency = 6400
decimation frequency = 16
input_rate = 400
gain = 45.0
desired freq = 24.0
baseband frequency 239600.0
dxc freq
Could you explain more precisely what you are doing, and what happens?
I have run the code under NetBSD with modified tap(4) driver that
handles 802.11 in addition to Ethernet. I am not clear on the state of
802.11 support in the Linux tap driver.
--
Greg Troxel <[EMAIL PROTECTED]>
__
Hi,
I am using gnuradio with BBN's 802.11 mac in Ubuntu platform.
When I am using bbn_80211b_rx.py, I cannot capture any packet.
But, when I am transmitting using bbn_80211b_tx.py, I can capture all
the packets as transmitted by the transmitter.
Has anybody faced this problem?
Thanks and Regar
