On Wed, Mar 3, 2010 at 1:06 PM, Johnathan Corgan
jcor...@corganenterprises.com wrote:
On Wed, Mar 3, 2010 at 03:26, srinivas naga vutukuri
srinivas.vutuk...@gmail.com wrote:
I am transmitting the sinusoidal wave form (IQ samples), in the following
methods, and found that when i stem plot in
On Thu, Mar 4, 2010 at 06:59, Tom Rondeau trondeau1...@gmail.com wrote:
A fun thing to do on the USRPs is to blow on the crystal while it's
transmitting. If you transmit a tone with usrp_siggen.py and receive
it using usrp_fft.py with a high decimation rate (so you're only
looking at a fairly
Hi,
I am transmitting the sinusoidal wave form (IQ samples), in the
following methods, and found that when i stem plot in the MATLAB both
the input wave form data on one USRP2 and the received data on another
USRP2, initially the waveform is exactly fitting (i mean overlapping),
and after
srinivas naga vutukuri wrote:
Hi,
I am transmitting the sinusoidal wave form (IQ samples), in the
following methods, and found that when i stem plot in the MATLAB both
the input wave form data on one USRP2 and the received data on another
USRP2, initially the waveform is exactly fitting
On Wed, Mar 3, 2010 at 03:26, srinivas naga vutukuri
srinivas.vutuk...@gmail.com wrote:
I am transmitting the sinusoidal wave form (IQ samples), in the following
methods, and found that when i stem plot in the MATLAB both the input wave
form data on one USRP2 and the received data on another
