Discrete-time convolution sum and example

Explained very well!

Wow, thank you so much😄, you were able to explain to me in a few minutes what the lecturer failed to do all semester
In addition, I wanted to ask if it was called the Barker code?

Convolution sun and example? More like “Cool video, and thanks for the clarification, which was ample!” 👍

Clean and elegant

you are a super hero

Thanks

It's clear, but if n=0 is in 2's position not 4 for x, how to calculate it?

1.25x speed

I'm still confused - why is n=0 for the impulse response at 2 and not at 1?

it took me just 2 min to understand .Really helpful

i love you

Thank you for the great explanation! Make sure to do the math on the paper by yourself also.

AMAZING STUFF

So y[n] is another set, so why use the sum operator? I thought that all the elements of y[n] would need to be added together...

Thanks

No entiendo su letra mmmmmm???🤔

Is this video a part of a play list?

wtf this is more straight forward an easy. Why anyone doesn't teach this method.

what if u have x[n] = -2δ[n+2] + δ[n] , h[n] = δ[n-1]-2δ [n-2]+δ[n-3]

u should have graphed it at the end :/

Simplest way to understand ! Great job man

You made my life easier. Thank you.

why do you consider the impulse response n=0 as the 2nd digit in the sequence?? It makes sense for the x[n] because its the first digit.

Nice job. We just went over the property of the delta function and a strange graphical line-up that I somewhat followed but was still a little messy. This was very clear and concise!

Soooooo easy explained ......... Thanks!

You explained very clearly and got me to understand completely in just 6 minutes, something I took an entire day to try to figure out. Thank you so much.

nice explaination i loved it thanks

Thank you very much

Thank you.helful.

Excellent explanation. Though my teacher explained it properly as well, she wasn't clear on the different index thing.

is there a reason why he wrote 4 not below 1 but below 2?

How to know the n=0 point in input and impulse signal if not given??

Amazing man! Thank you very much!

you are a good man

You make it tooo easy

Thanks

Awesome !!!

i love u!

Its fantastic !! Now every thing related to convolution is clear to me. Thanks a lot

I think I love you now! Thanks!!!

thank u sir

thank-you soo much.... well explained😊😊

Oh my gosh.. Our mam didn't taught us like that...... 😨😨😨😨😨😨... Its very easy....✌✌✌✌✌✌

Oh ! Thanks a lot , Great Video , plz keep on uploading such videos

Thank you

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