I dont know if this helps. I once ran spectrum_sense.py and also got peak spur
at the first several fft points. I think it might relate to the hardware
communication between PC and USRP at the initial stage.
--
Yang
Sent with Sparrow
On 2011年5月26日星期四 at 下午4:14, Lebowski80 wrote:
Thank you
I dont know if this helps. I once ran spectrum_sense.py and also got peak spur
at the first several fft points. I think it might relate to the hardware
communication between PC and USRP at the initial stage.
--
Yang
Sent with Sparrow
On 2011年5月26日星期四 at 下午4:14, Lebowski80 wrote:
Thank you
Thank you for answering but I cannot understand what you mean with The USRP
is not a measurement receiver. If USRP was not a measurement receiver,
which is its utility? Moreover, if it is not a measurement receiver what is
the result memorized in m.data that is the output of
Thank you for answering but I cannot understand what you mean with The USRP
is not a measurement receiver. If USRP was not a measurement receiver,
which is its utility? Moreover, if it is not a measurement receiver what is
the result memorized in m.data that is the output of
Hello everyone
I’m using an USRP with a XCVR2450 daughter board working at 2.4 - 2.5 GHz. I
want to find a threshold between thermal noise and signals energy using the
script usrp_spectrum_sense.py and sensing from 2.400 GHz to 2.500 GHz. To do
that, I replaced the WiFi antenna with a resistor
On Wed, 2011-05-25 at 08:51 -0700, Lebowski80 wrote:
Hello everyone
I’m using an USRP with a XCVR2450 daughter board working at 2.4 - 2.5 GHz. I
want to find a threshold between thermal noise and signals energy using the
script usrp_spectrum_sense.py and sensing from 2.400 GHz to 2.500 GHz.
