Introduction to Convolution Operation

[@timholden1371]

You literally just explained convolution better in 30 minutes than I learned in the entire semester of Signals and Systems during undergraduate studies.

[@omargamal2148]

my professor would improve a lot if he watched these videos him

[@jacobvandijk6525]

Good stuff indeed. But I would have put the animation before the calculation, directly after the definition of convolution. It would have made the calculation much easier to understand.

[@kysonhunter5640]

instaBlaster.

[@basit4692]

Convolution has convoluted my mind. Yipee 🙂

[@usmankhan4162]

Agreed

[@lakshmisahithikolasani7185]

The animation at the end just nailed the lecture. Such a realistic approach to the concepts 👏

[@tvbuff]

hey can u provide the matlab code for the animation at the end

[@zubair1411]

After watching your lectures of digital and now till now of signals and systems...I can say only one thing that not even MIT course can offer such clear and beautiful explanation that too in so less amount of time...You talk "no faaltu ki baat" which almost all coaching centers do... Thanks Neso Academy 💙

[@uradiajay9202]

1st time I understood what is convolution by this lecture .... Sachin Tendulkar is All time greatest now neso academy is all time greatest.... thank you

[@varunrawat599]

Waah what a comparison 🙄🙄🙄

[@RahulDas-qx4ei]

@@varunrawat599 😂😂

[@champion7514]

🤣@@RahulDas-qx4ei

[@shengjiexiu]

Thanks for giving the clearest and most unforgettable explanation!

[@Z-eng0]

I've never added this number of a YT channel's videos to my list EVER. I'm totally serious when I say words can't express my gratitude to you for almost every single video of yours I watch

[@rationalthinker9612]

That animation at the end really does a perfect job of tying it all together and illustrating the concept of overlap and the result it produces when you integrate the area of overlap.

[@teorerras]

you explained in 30 minutes what my professor couldn't in two 3-hour lectures. Thank you so much, you are helping so many people!!

[@gauthamchandra2081]

One of the few Indian youtube channels that doesn't spew nonsense. Very intuitive and layman approach to convolution, bravo.

[@tarekelashmawy1072]

The best explanation of convolution hands down 💯

[@khairulfahim]

One of the best explanation I have ever come across

[@BirDropshippingHikayesi]

Your drawings are so satisfying to watch thanks:D

[@jayantshakya6777]

thank u sir...u really provide deep concept to us....thanks for your support

[@joshuaortiz5363]

You went above and beyond. Super clear explanation, helps me visualize the convolution of signal. Thank you.

[@ManzoorHussain-gz1vk]

The best Teacher can change the world here you are an example.

[@shahzadhashmi1454]

👏👏👏👏👏 Brilliant explanation.. I wish if there was ur video in 2004 when i was struggling in signals & system course.. Hats off

[@srujaniam9762]

Sir, this is the best explanation of the concept I've heard so far. It's amazing

[@mukun8an]

No one can give a simpler and clearer explanation for convolution than this video....Thank you sir !!

[@letscode4277]

thank you so much i'm preparing for the exam and this Helped me a lot ! From Tunisia

[@ikennamadueke8974]

You did justice to the Explanation of convolution, so much clarity in your teaching Prof!

[@dhrumilshah5000]

The animation at the end explained the whole topic so nicely!

[@ashjaahmedkhan3254]

Sir Are you professor in any college or student because your voice seems like college student and your knowledge is like beyond the scope of level

[@serhatb.5703]

Finally, a nice and clear explanation about the topic ! Thank you for the great videos !!

[@chiragbhargava1298]

one of the best explanation you will get about convolution

[@raheelmughal2447]

Man you are the best. Wish you were my teacher in every subject.

[@shankysays]

From where do you study all this? Your concepts are so clear...

[@tejadancer5300]

Shashank Gupta yerri apple

[@rahulkothapalli6629]

@@tejadancer5300 hahaha

[@ankita_pal_0305]

I was also thinking the same question while watching this video😅😂

[@shankysays]

@@ankita_pal_0305 it's been so long i commented this. Just got notification from your comment. I probably have even forgotten all these since all i do and see is coding in job life.

[@ankita_pal_0305]

@@shankysays Wow!!!! Then you must be enjoying your life now very well☺☺☺

[@fatihimral7563]

most helpful Convolution lecture ever. Thank you sir, Greetings From Turkey

[@chenghaowang8759]

thank god finally someone shows me how convolution works graphically. Other videos are justing doing integration and not helpful at all!

[@sufeesahin5922]

your lectures are satisfying. m addicted to watch for clarity.

[@yaswanthkosuru]

You are beautifull iam addicted to u

[@allanraju1570]

Salute to Neso academy for this much grt explanation, and there free of cost teaching ,helping a lot student's to overcome there difficulty in this subject

[@mustafare9729]

Wow great job sir! Please keep doing this! You are helping people.

[@gunjan6652]

Very nice explanation. Finally I understood the integral form of convolution. Thank you

[@pagalavan7472]

Well explained .Awesome - competitive exam aspirant from Tamilnadu

[@SatyamSingh-kk5uf]

Neso: The true gold.

[@medhyatripathi2093]

Excellent and professional teaching. You are a good teacher

[@srishtikumar5544]

That was absolutely incredible!!! Amazing explanation as always and loved the animation at the end. Thank you for making all these perfect, step-by-step videos, they make college subjects so understandable.

[@jasneetsingh4018]

i was studying this only and here u uploaded it....

[@randheerdagar5253]

Such a nice way of teaching. Its too good

[@aswani3711]

Thank you very much! I'd greatly appreciate it if you could add lectures for Control Systems, Principles of Communication Systems, and Linear Integrated Circuits.

[@tuannguyen-hv9ys]

Thank you so much, my teacher even just 30 minutes, I can understand well.

[@64Shakur]

This is one the greatest tutorials i've ever witnessed ...

[@shando_tube]

I remember when you taught me digital logic, and here you are once again

[@manishsharma2211]

Same here

[@newbeginning3406]

Also feel

[@cerdo2621]

Thank you! You are better than my teachers!!

[@sayantanchatterjee4486]

This is really awesome tutorial for signal processing. You are a real messiah.. 👌👌

[@unfinishedsentenc9864]

I can't believe I am getting all this for free. Thank you Neso Academy.

[@AliHaider-ft2jx]

Thanks alot sir I search Alot of videos but you explain very well keep it up sir 😇

[@roshandagranston9254]

Thank you so much. I have been struggling with this topic all semester and now it is clear.

[@minavagha8823]

So well explained! It clarifies the concept and further animation helps to grasp the operation to perfection. Thank you.

[@sachinmohan5384]

that animation was really helpfull inorder to understand physical meaning.please include animation like this important concepts.u are the best teacher..

[@eyadaqrabawi9631]

You're an absolute life saver Thanks

[@baharihidayat1725]

This series helps me a lot with my signal processing class

[@md.shahriarabidswapnil604]

properly understood. examples seemed so hard. thank you boss-man

[@anaskinani4275]

you are the best Neso , you teach me digital and math , thanks a lot .

[@subhanrinl5675]

ur a great lecturer with huge patience ....hats off to u GURUji

[@hemanthnaalla5713]

So, amazing.... explanation .... I cannot find these lectures even in top engineering colleges

[@jessicamoley123]

You're an absolute life saver - thanks so so much for your explanation!

[@rohanprince1600]

Thank you so much, I actually understand now how to do the convolution integral because of you.

[@rileystraw1773]

absolute masterpiece of an explanation

[@Aman-lv2sz]

amazing ... keep making .. you're increasing no. of quality engineers in india

[@Lightrojsp]

Best tutorials on KZbin

[@aaryankhorana]

@nesoacademy Your videos are incredibly informative, making complex concepts easy to understand. I appreciate your clear explanation of convolution with continuous functions. Could you consider covering convolution with discrete functions in a future video? Your teaching style is invaluable, and I look forward to more insightful content.

[@saifurrehman3875]

Overall concept has been cleared just in one go. Thanks for your great contribution to the education society (Education for all) 👍

[@cerbico12]

Convolution is an integral that gives us the amount of overlap between 2 signals when one signal is shifting toward the other signal

[@Kerem-Ertem]

I have now some intuition about convolution. Thank you!

[@yaswanthkumarreddynallagun1182]

useful era of information. thank you

[@vamshiarakatla2744]

thank you so much for such neat and informative lecture, but the third graph for 1

[@manishajogi]

chegg it

[@poorvajhinge7995]

thank you for your easy and best explanation

[@sunithag248]

Sir..i clearly understood convolution.., animation is very good understanding..tq sir

[@zv3495]

This man is a computer. It's a compliment. Dat handwriting

[@the_emmo]

Clear and illustrative explanation. Thank you.

[@manaskumarbindhani2560]

we 1M students are very much lucky. LOVE YOU SIR.

[@mukhtarnouh8161]

Man, you are a legend!

[@piratesrnothing]

Brother Thank you so much you are a life savor.

[@rajatbhardwaj9543]

Bro it's awsm hats off!!

[@abhijithas9976]

Thankyou sir. My doubts are cleared. Thanks

[@dhrubajyotimandal]

Thanks! For reducing hours of efforts.

[@ogcontent3]

Ur contribution is priceless🙏🙏

[@sadikmuktar9961]

Very nice explanation sir. You make it easy. Thanks

[@RickJankowski92]

You are doing God's work sir.

[@manishajogi]

I know right!! lol

[@piyushroy789]

From 1st sem to now 5th sem exam, neso alwayshelped

[@jaccckky8978]

This is great video. And I also want to ask some question. For two shifted unit step ,e.g. x=u[n-3] and h=u[n+4] Since convolution is commutative , how can the output y = x*h =h*x Isn't that x*h and h*x will have different range in x-coordinate ?

[@eccentricOrange]

damn. well explained man!

[@mirceaagapie3877]

At 11:45 the horizontal coordinates on the plot of the time-shifted h should be -t-1 and -t, respectively. Remember "look forward shift left".

[@aniketmehtaiitmandi6278]

it would be t-1 and t itself lets us consider t>0 => shifting the graph of h(-T) towards the right (delaying the signal) hence the left extreme must be greater than -1 by t units and right extreme from 0 by t units in the positive side . hence left extreme must be -1 + t since it must be greater than -1 just in case if you take -1-t the it would be less than -1 actually (advancing the signal) which in turn is wrong same goes for case when t

[@ThomasHannaford-x7d]

Thank you, I really needed this.

[@pinkcrab]

Thank you so much for this lecture.

[@alejandrobanolescobar6160]

Thank you so much sir, it is a great explanation. It was so helpful, greetings from Colombia.

[@jamescommon478]

Hats off to you sir!

[@sudhirsharma3435]

Very good explanation, you nailed it sir.

[@akashsaxena3267]

Why are we shifting impulse response between the input signal ranges and not exactly when the signal changes values? Like why shift h (t) for 1 < t

[@indubhargav1743]

@@vikernes0255 stupid and complicated explanation

[@yaswanthkosuru]

🙄🙄

[@yaswanthkosuru]

Saxena Rahul so u know

[@laxmanpandu7190]

Excellent teaching

[@icebergzone5754]

very nice sharing bro ... its very useful to us

[@윤규원-i3u]

Exactly what I'm looking for. So helpful!

[@fadhlanzamzami8073]

Thank you so much for the explanation ..you're great

[@jingyiwang4931]

Very clear!Thank you!

[@block672008]

thanks a lot!! it helped me study to my upcoming test unravelling some major intricacies. Cheers!!

[@nazanwar6469]

Thank you, my friend, if you were an American you will be costing me a small fortune. I am very thankful to you as you can explain far better than my super high qualified doctors at the University of Derby, which they can not explain shit to anyone, unfortunately.

[@krittapharspromchot9780]

thank you teacher I never understand before when I watch your video I can understand

[@winonastarlay]

Can't thank enough to you Sir. Thanks for such a fantastic explanation.

[@jonayacosta3185]

Thank you very much. Please, could you explain why do we need "tau"?