Dear all,
In addition to my previous response, I'm attaching an image that shows the
formula I'm trying to build in gnuradio (using blocks). But instead of n =
0 and N-1, I need n = 1 and 100 (100 samples). The second picture shows how
I tried to do in Gnuradio, but the moving average block does
Hi Pedro,
$y[n]=\sum\limits_{i=n-N+1}^n {\left|x[i]\right|^2}$ is nothing but the
moving average over the squared magnitude.
Sadly, your formula
$T=\sum\limits_{n=0}^{N-1} {\left|Y[n]\right|^2}$ doesn't specify what T
signifies; is T used as a single sum over N samples' squared magnitudes,
or is
Whoops, just noticed I didn't reply to all when I answered so my message
and Pedro's response were not forwarded to the mailing list :
Le jeu. 7 janv. 2016 à 20:28, Pedro Gabriel Adami <
pedrogabriel.ad...@gmail.com> a écrit :
Dear, Timothée,
Thank you so much. I am doing some tests and I've
Chiming in that this is also a great opportunity to contribute improved
documentation after you've figured out your answer.
In addition to Marcus' comment, looking at the code helps (and in this case
is pretty easy):
set_history(d_length);
// skipping some stuff
@I_TYPE@ sum =
Dear all,
The documentation of the Moving Average block made me feel confuse about
its functionality. It says: "output is the moving sum of the last N
samples". If I need a sum of 100 samples, this block will sum the 100
samples that I need and after that it will get another different samples?
