Hi Mohamed,
I can not really point you to more reference than your basic (discrete)
signal theory textbook[1].
Basically, when processing sampled signals, time stops mattering, since
samples are but numbers. Thus, "sample" is no unit.
the notion that a digital signal has a frequency is only that i
Hi Martin,
I'm not sure that (what I've understood) was the opposite of what Martin
said, but anyway, I really appreciate your answer.
Could you please tell me where I can find more about this question ? and
where I can find the source code related to that "sample" unit ? so I can
see closely how
Hi Mohamed,
> I was sure that is just related to what my machine can process
that's the opposite of what Martin said.
GNU Radio does not care the slightest about how high your sampling rate
is. Some blocks need this information to calculate relative frequence
(ie. frequencies related to the unit "
Yes, the sampling frequency or sampling rate.
I was sure that is just related to what my machine can process, since I'm
not depending on some specific hardware plateforms, but I've heard the
opposite, that's why I'm posting this.
Thank you Martin, I really appreciate your answer.
--
View this
On 21.05.2014 15:49, mohamedx wrote:
Hi everyone,
I'm wondering about the maximum supported frequency in gnuradio, in fact, I
want to model a UHF transmission chain, where the model concludes a
simulation of the radio front end.
Can I do it without worry about the software limitation ? I mean, i
Hi everyone,
I'm wondering about the maximum supported frequency in gnuradio, in fact, I
want to model a UHF transmission chain, where the model concludes a
simulation of the radio front end.
Can I do it without worry about the software limitation ? I mean, is it
depend only on my machine limitati
