On 05/29/2011 05:17 PM, John Andrews wrote:
Of course that is true. I just wanted to make sure my understanding of
the whole signal flow in GNU Radio/USRP system was right. The IF, down
coversion etc stages confused me a bit. I was only interested in what
I am getting on the USB bus to work wit
Of course that is true. I just wanted to make sure my understanding of the
whole signal flow in GNU Radio/USRP system was right. The IF, down coversion
etc stages confused me a bit. I was only interested in what I am getting on
the USB bus to work with so, I wanted to make sure my understanding of
On 05/29/2011 04:50 PM, John Andrews wrote:
Hi All,
I want to know what is the signal coming from the USRP onto the USB
bus. I know that the received signal is a baseband signal and assuming
complex sampling (I have RFX2400 daughterboards) each complex sample
that enters the USB bus is the fol
Hi All,
I want to know what is the signal coming from the USRP onto the USB bus. I
know that the received signal is a baseband signal and assuming complex
sampling (I have RFX2400 daughterboards) each complex sample that enters the
USB bus is the following,
x[i] = (inphase_component) + j (quadratu
On Sun, May 29, 2011 at 1:22 AM, Alexander Chemeris
wrote:
> On Sun, May 29, 2011 at 03:05, Marcus D. Leech wrote:
>> On 05/28/2011 04:28 PM, Alexander Chemeris wrote:
So, while this method is simple and good for non-realtime
applications, it doesn't fit our needs. It may be usable
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On Sun, May 29, 2011 at 03:05, Marcus D. Leech wrote:
> On 05/28/2011 04:28 PM, Alexander Chemeris wrote:
>>>
>>> So, while this method is simple and good for non-realtime
>>> applications, it doesn't fit our needs. It may be usable for PHY<->MAC
>>> interaction, but even here I'm not sure it woul
