Convolution integral example - graphical method

[@wockehs]

The guy that poses the question ask a really good question. I thought I understood stuff before he actually ask a question. Thanks dude!

[@MikaTheAboveAverageDog]

I know this wasnt made for me, personally. However, thank you for making it available for me to find. The slower pace of this gave me time to let the information breath a bit as I followed you and has been more helpful than: my professor's lecture, TA, office hours, text book, online homework, and other youtube videos. Thank you so very much.

[@qwertytwerqy2440]

No way... he just solved this problem within 15 minutes, whilst at a teaching pace and even while entertaining questions. Learned a lot also, thanks!

[@tonyfranklin1450]

2:55 Asking the real questions. Great video!

[@biancaar8032]

This was really clear, precise thank you prof🔥🔥🔥

[@tasneenaburaiya2009]

Finally I understand it!!!, thanks a million Dr🌹🌹🌹

[@raghuveerdani4046]

Whats this writing on air technology?

[@맡인]

So if you wanna draw a convolution function, discrete the tou,set t where you gonna draw, integral the overlaped part ,draw the output as a line on the t which you integrated and than keep the progress for every possible and effective t until the end? Sorry about my bad english by the way it ain't my usual language though

[@rahimouda2349]

Thanks for the explanation regards from algeria 🇩🇿

[@ProfeARios]

Thank you for sharing. Great video. Regards from Panama 🇵🇦

[@rakanh8743]

omg this is so helpful and clear .. wish I have found it before the exam!

[@omidnikbakht8774]

next semester bro

[@gokceiye2241]

This is so clear and helpful, thank you !!

[@renantorres1192]

That's awesome, perfectly explained, thanks.

[@soydogan]

so, is the overall solution is sum of all of the intervals or solution depends on interval such as 1

[@biomechlab]

The solution is a function defined by the three equations shown at the end. Each equation is only valid within the specified interval.

[@soydogan]

@@biomechlab thanks.

[@미기엘라이]

I was discombobulated by the same thing. Thank you for asking this question instead of me.

[@ob7633]

It doesn't seem right that h is shifted to the right

[@donaldlee8249]

Excellent work

[@deepjoshi1062]

Can we not take the back point as t and the front point as t+1 ??

[@biomechlab]

once you mirror the function about y, 1 becomes -1, then t is added at both ends of the step function

[@surampudivenkatalakshmi1499]

Perfect explaination 👏

[@_valles3438]

Thank you for breaking it down in details!!

[@joaohenriquemendespedrosa6199]

you were extremely helpful, thank you man

[@cakei1580]

my goat how are you writing on the air?

[@siddarthsaravanan7020]

what the hail are you even writing on , and how the hell are you doing it backwards

[@rickperez8975]

It’s a glass board, you write on it normally, then you mirror the video.

[@lisaprince1313]

t is an arbitrary tiime shift

[@rishisaxena5665]

Is it only solved for t>0

[@rishisaxena5665]

?

[@andrewaycock98]

It's just 0 when t

[@rvndom5744]

this is so clear! Thank you

[@godfather1655]

Respected sir thank u so much, i am from india 🇮🇳 preparing for gate exam i got a doubt thank for clearing the doubt

[@에스타고어]

Thanks

[@iremcantas6602]

that was awesome thank you sir

[@demr04]

Very nice, thanks you so much

[@achilles6171]

good finishing

[@바바-q9k]

정방철교수님 화이팅!

[@berniechung962]

Thank you !

[@siddarthsaravanan7020]

anyway, nice lecture

[@kenkaniki4299]

thx professor

[@jrthanasuan5768]

I change h(t)*x(t) not the same answer x(t)*h(t)

[@biomechlab]

There must be a mistake in the calculation. Note that x(t)*h(t) = X(s)H(s) = H(s)X(s) =h(t)*g(t)

[@sarsax123]

same