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Noice explaination

yahdik rabi maroua ro7i kamli al tp TAS

Is that why it is applied in LTI? The output is same as outputs at consecutive times which is what convolution do!!

The best explanaition ever!

Great explanation, thank you!

extremely helpful video - from a biomedical engineering sophomore

Could you please delete the dreadful soundtrack ruins video? Hard to understand you.

beautiful explanation

00:03 Understanding convolution through an analogy. 00:44 Convolution helps visualize the amount of smoke in the air from fireworks. 01:22 Understanding how to calculate cumulative smoke from multiple fireworks over time. 02:00 Calculating the amount of smoke at different minutes based on previous fireworks and newly created smoke. 02:45 Convolution is summing up contributions from different time frames. 03:27 Convolution integral tracks running contributions of product of functions over time 04:09 Convolution is combining functions to track their interaction over time. 04:51 Understanding the intuition behind convolution.

Thankyou for this, now i finally have some understanding what convolution means!

I was learning Laplace transforms when I came across the term convolution and while I did realise how it helps Laplace transforms I didn't understand why would one come up with this operation and what does it really mean. Now I fell like I have a good understanding of what convolutions are and I don't just memorise raw formulas. Thanks!

DUDE,--- YOU DID A HORRIBLE JOB. YOU DID NOT EXPLAIN S***. YOU DID NOT EXPLAIN AT ALL HOW YOU GOT THOSE ANNOUNCE INTO TWO FUNCTIONS. YOU CONFUSE ME MORE YOU CONVOLVED MY BRAIN MORE THAN IT ORIGINALLY WAS CONVOLVED. PLEASE SCRAP THIS VIDEO START ALL OVER AND PLEASE EXPLAIN IT SLOWLY AND THOROUGHLY. YOU JUST START TALKING AND DIDN'T EXPLAIN JACK SCHITT.

you saved me brother ❤

👍🏻

This man shuold be protected at all costs.

bro you made the analogy like an artist... Thanks a lot :))

best explaination

amazing work sir

These videos are amazing! Pls continue this work!

holy crap this is what clicked this is insane this is such a useful analogy!!

Wish you would pump out more videos my dude! These are great

I don't know whether I don't have enough knowledge about that what he is saying or he don't know exactly what convolution is? Can anybody figure out my problem and explain me clearly!

I was speculative when you started. However, that was the best explanation Ive heard (After covering the same topic in two different classes)

Amazing explanation!

Thank you so much, man! Electrical Engineering student here, u just helped me understand the most challenging and difficult subject I've faced by far. That's exactly what annoyed me the most about convolution: most teachers only show you how to calculate instead of what's actually happening there.

Still being appreciated, many thanks

just woow

I like your approach brother, Thanks.

The perfect, complect, simple Representation. Thank you

Better than my professor :D

This is the best way to understand convolution and the only one I found to truly explain the intuition. Thank you.

You are amazing, it was a really simple intuitive way of understanding convolution.

The real-world bridge example was cool. Thanks for this video! Kinda neat music.

Why i didn't find you before.Amazing ❤

Such an underrated channel, what happend, why not posting for 3 years?

👌👌👍👍👍

Coming back here yet again, this explanation continueous to be a gem. Best explanation hands down

THIS IS A GENIUS WAY!

bro where have you gone

Oh hell na this was a crazy explanation.

That is a very nice explanation! Well done :D

I was exactly searching for this explanation of convolution... thanks

I want to your help. I have globally huge temperature data measured from in COSMIC satellite. There is no any information of sampling frequency. How can I filter this data by using lowpass filter without sampling frequency? please help me I will give you the data.

Soon will be starting my master's building a flight controller. Thank you for the intro to the basics, it's exactly what I need before delving deeper.

So I want to make a dual band filter that attenuates a signal by 1dB at 250 hz and at 2.5 khz. The Q should be about 0.5

good vid

bro you are doing a great job!

For 30 years I have though that this was a concept I would never intuitively understand. Now I believe I do. Thank you so much. 🙂