Alessandro Piva · @alepiva
44 followers · 117 posts · Server mastodon.uno

si ricomincia a studiare e non vi temo

#nyquist #bode #mastostudio

Last updated 3 years ago

Port of New Orleans · @portofneworleans
8 followers · 1186 posts · Server airwaves.social
Andrus · @spentfuel
0 followers · 2 posts · Server hachyderm.io

Trying to work out a for synthesis. The thing about audio is there are many dimensions to be varied. There is a lot to like about ...and it sure is easy to parse. And I know is a LISP derivative but that's not right answer. LISP w/o brackets?

It's a winter project because it can be worked on inside. The was flying today and the walk back and forth to the garage is becoming unpleasant.

#language #audio #lisp #nyquist #snow

Last updated 3 years ago

Andrus · @spentfuel
1 followers · 10 posts · Server hachyderm.io

Trying to work out a for synthesis. The thing about audio is there are many dimensions to be varied. There is a lot to like about ...and it sure is easy to parse. And I know is a LISP derivative but that's not right answer. LISP w/o brackets might be solution?

It's a winter project because it can be worked on inside. The was flying today and the walk back and forth to the garage is becoming unpleasant.

#language #audio #lisp #nyquist #snow

Last updated 3 years ago

viejo_aburrido · @viejoaburrido
0 followers · 4 posts · Server qoto.org
Guillaume 🦗 · @guillaume
63 followers · 624 posts · Server aleph.land

This video on digital sampling is still extremely relevant: xiph.org/video/vid2.shtml

I again saw a video today claiming that the quality of a digital signal degrades as you approach the Nyquist frequency (half of the sampling frequency). No. That's just not true. A band limited signal, containing information of to a frequency f, can be captured *exactly* by sampling it at any frequency larger than 2f. If you sample a band-limited signal according to this limit and then pass it through a digital to analogue converter you get *exactly the same thing* as you started with. Even if it contains data at 22 kHz and you sample it at 44.1 kHz. (But you really want it to contain nothing above 22.05 kHz or it will be aliased and you will definitely lose data).

# signal .org

#sampling #fourier #xiph #shannon #nyquist

Last updated 5 years ago