Math Nerds!

[JBLoudG20]

"convolution"...do you mean "integration"?

...proof that math is the universal language. You say "convolution", I say "integration", but we understand each other when we write it.

No they are not the same. Convolution is an integral, measuring how much one signal overlaps another signal, as it is shifted.

 

[cal_gundert05]

No they are not the same. Convolution is an integral, measuring how much one signal overlaps another signal, as it is shifted.

Oops:blushing:

 

[mentos_007]

No they are not the same. Convolution is an integral, measuring how much one signal overlaps another signal, as it is shifted.

exactly all about signals

 

[JBLoudG20]

ECE202- "Signals and Systems"

One of the worst classes I have taken so far.

 

[Unimaxium]

What happens if I take the fourier transform of my cat?

http://www.xkcd.com/c26.html

 

[mentos_007]

buahahaha Sky this is great


P.S
fourier transform was rather easy... and it is soooo useful in signals!
I do like signals classes... maybe because we can try them in mathcad and some of them are easily done with images in Photoshop

 

[Corry]

What happens if I take the fourier transform of my cat?

http://www.xkcd.com/c26.html

I shoulda known either you or joe would ering XKCD into this.

 

[niccig]

Seeing this thread makes me remember (and be glad) that I changed my major from computer science to art studio!

 

[Corry]

Hey guys! Copy and paste this: (325 x 2) + ((757 + 316) divided by 4)

...into a google search.

 

[cal_gundert05]

Yeah, it said 918.25, just like Mitiki and Baraki said.

 

[Torus34]

As Einstein said,

"Ruv-1/2 guvR = -kTuv"

And that's the truth.

By the way, it's all right to subject your cat to a Fourier transformation, but I'd suggest you don't try it with Schroedinger's. The results would be unpredictable.