On 08/22/2012 06:11 AM, Michael Hill wrote:
> Thanks Josh,
>
> I've still been toying with this though.. and aren't really having any
> success.
> E.g. if I pick a Tx bandwidth of 24MHz.. and transmit
>
> and use 8bit I&Q samples transmitted at 50MHz.. then shouldn't I see some
> signs of the f
Hi Sreeraj,
Thanks for the reply.
sreeraj r wrote:
>
>
>
>>Question - 1
>>
>>I was working with the UHD version of spectrum sensing code.
>>
>>I have USRP2 with me. I learnt that USRP2 can achieve 50MHz of RF
bandwidth
>>with 8 bit samples and 25MHz of RF bandwidth with 16 bit samples.
>>
>>
Thank you very much for your reply but this is not what i was looking for...
Its my fault because didn't tell you what exactly i would like to do!
So, i don't want just to run the benchmark_tx.py to see its behaviour but i
would like if possible to give the packet_size as a parameter or even set
Thanks Josh,
I've still been toying with this though.. and aren't really having any
success.
E.g. if I pick a Tx bandwidth of 24MHz.. and transmit
and use 8bit I&Q samples transmitted at 50MHz.. then shouldn't I see some
signs of the filter?
What should I be looking for on my spec amp?
I assume
Hi Chen,
I was also doing the same as you asked. Since energy equals the sum of all
FFT coefficients hence summation of all FFT bins looks reasonable to me.
:teeth:
cdong8812 wrote:
>
> Hi,
> I'm currently working on a project about spectrum sensing and I went over
> the USRP_Spectrun_Sense cod
Greetings everybody,
I have been trying to design a simple parallel output shift register, use
gr.buffer & gr.buffer_reader.
But I am having the error:
>Question - 1
>
>I was working with the UHD version of spectrum sensing code.
>
>I have USRP2 with me. I learnt that USRP2 can achieve 50MHz of RF bandwidth
>with 8 bit samples and 25MHz of RF bandwidth with 16 bit samples.
>
>I wanted to know how does this information translates while passing m
