Convolution in 5 Easy Steps

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Explains a 5-Step approach to evaluating the convolution equation for any pair of functions. The approach does NOT involve "flipping" or "shifting" - which are common causes for confusion in other approaches. The 5 Steps are explained with a basic example.

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  1. Iain Explains Signals, Systems, and Digital Comms
  2. Signals and Systems
  3. Communications
  4. Convolution
  5. Impulse Response
  6. Delta Function
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Amazingly explained.
Electrical Engineer here who of course had to go through that, but still - Signal Processing amazes me any day.

I shifted into Software Engineering, but Signal and Systems was the best subject in the entire degree❤

theintjengineer
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Great video! For the longest time I really had no idea what a convolution was in class and this really helped visualize it! Now onto Fourier Series!

sugard
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watching this just 20mins before exam lets see if this helps. I think it will surely help.

AyushLodhi-rc
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This might seem like a dumb question, but I was watching the video around 4:42, and I realized: why, when we write 𝑡−𝑇, do we shift to the right on the 𝑇-axis, whereas with 𝑡−1, we shift to the left?

nhungbi
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Just noticed something but maybe I'm wrong, wouldn't you get the same answer if it were V(t+tau) and then you wouldn't have the confusing flip?

lasertv
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To which branch of mathematics does the subject "signal and system" belong to, Is it calculus, linear algebra, or probability ?

tuongnguyen
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Still didn't understand. Way too hard!

thomass
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... followers are asking about graph-ruled (quadrille-ruled) notebooks

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