Method to Find Discrete Convolution

[@TutorialsPoint_]

To Get Certification, Click Here: bit.ly/3oCIvLA Use coupon "KZbin12" to get ‘’FLAT 12%’’ OFF at Checkout.

[@fantastic1046]

90% students study from KZbin even after paying lakhs of fees in colleges

[@manikanthnalla9111]

Because clg is KZbin

[@happy1103w9q]

نعم انا اتفق معك . شكرا للهنود يقدمون محتوى تعليمي جيد .

[@PROFESSOR.IN.]

Yes I'm vasted 8 lakhs

[@divyaakkioi19]

Reality 😓😤

[@princekusinsiah9810]

You've no idea how u helped me. Thanks!

[@cfromabove7914]

thank you this is short and sweet compared to what my lecture has been trying to get us to do. One thing I may suggest to add would be to two signals at different n values instead of assuming both are already aligned

[@echandu1167]

same felling bro

[@balam7919]

Tnq mam I've got O (outstanding) grade in Signals and systems only because of watching ur videos.. 😊😊 Very nice explanation mam 🎉🎉

[@btechnotesdotin]

wow

[@ingeniousgoldie]

You just eased my frustration. God bless you

[@avtardeepsingh8923]

How one can earn frustration?

[@b.f.skinner4383]

Incredible teacher thank you, very simple to follow along :)

[@jlo2988]

Excellent maam. My professor is using slide rule method to do convolution. Its more confusing .. but when i do ur method i got same answer . Thank you so much maam 👌👌👌👌👌👌

[@balam7919]

Now same topics helps me DSP subject.. Now I feel it is very easy to learn 🤩

[@calvinsmith9331]

You saved my time. Thank you very much

[@tadehmirzakhanian893]

you are such a smart lady, please keep these videos coming, love the material! thanks!

[@eljan.alizada]

when you teach anything, i understand easily, thanks a lot, dear teacher. best of luck in your life, job and affairs

[@davidemmanuel8600]

Excellent Presentation Ma,am. THANK you 🙏

[@Invitetech471]

Thank you madam ♥️

[@bobgangsta1823]

This method is good if the problem is not asking you at what specific value of n is the convolution, unfortunately she does not cover what the value of n is at each convolution point. Her method assumes they the two systems are lined up perfectly.

[@cheerladinnenagamalleswari5781]

After seeing this my confusion gone thank you soo much

[@jameshopkins3541]

INDIA IS AWESOME AMAZING!

[@dimpidimpi4147]

Thank you mam because of you I have written My exam well

[@lupulwedanny7757]

madam i love your teaching am now assured of passing signals and systems

[@5grazer565]

I can't thank you enough. Nice tutorial.

[@sirishagaddam7493]

Thank you mam it's very useful for me😍

[@MindOfVacuity]

Ms. Gowthami Swarna is fantastic.

[@meralkilicarslan8659]

you are the best mam!!!

[@clementbouvard8457]

teaching more than my greek/english spanish math profesor

[@HeyclipS]

Pog

[@mariomolina5319]

Beautiful video, thank you!

[@sauravkumar3278]

Thank you very much Just hardship of learning all by myself

[@princedeon3704]

Thank you very much. This is very short and excellent. A great help

[@myinfoshare8209]

You teaching clearly.great

[@MaxRoy-c5m]

good explanation

[@saifi-go2mx]

Wonderful❤❤❤

[@ahsanjamil7679]

You saved my Quiz Thank you so very much

[@yehah]

Amazing, thank you so much!!

[@غيثموسىحمزة]

Very thanks you more help me please continue

[@Mohamed-Elgogary]

Thank you for the outmost simplicity.

[@brentonvelasquez4875]

Thank you friend!

[@vigneshwarank9894]

madam, is this method only applicable only for discrete time signals?

[@Ali-mz2hg]

Excellent Video

[@CartoonTime3056]

Thank you so much mam❤

[@rcikdey6452]

Thank You Ma'am. 🙏🏻

[@ajitbpasodi5782]

Tq akkka Very Much 💛🧡

[@mosharafhossain3837]

Very very thanks to you

[@nuh_93]

Thank you very much ma'am ☺️

[@gyanchandprasad9898]

What will position of origin in y[n]?????

[@mounir8189]

did you figure this out by any chance and do you still know it?

[@Sagar.Sarkar]

🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰🥰easily understanding

[@spmusicc]

you saved me! Thank you :)

[@beasthunt]

Absolutely phenomenal. Thank you!

[@maanvirsingh5277]

thank you ma'am

[@amalshaji3441]

Thank you❤️

[@irfanirfu1229]

Man can u do a video on discrete convolution consisting of infinite series

[@optimusprime1494]

How to get I/p if y(n) and h(n) is given?

[@jeanmichelpuybouffat1985]

thank you it is very good way excellent

[@prasadkute4703]

Can we do similar if 2D graph is given?

[@KishanPatel-uf8mc]

Does the order of y[n] matter?

[@nanisai3971]

Is this we write in external exams ?

[@mentalistize]

can this be applied to discrete wavelet?

[@nileshdj8784]

Mam this is a analytical method..

[@vasiqshair]

Neither x[n] nor h[n] was shifted in this method. Isn't shifting the fundamental property of convolution?

[@GWEE_SahanaG]

How to mark arrow mark

[@vishalkamble458]

Please upload linear method also

[@charbelkidjo503]

What is the name of this method please?

[@mohammadtawfiq3553]

what's the name of this lecturer?

[@PankajSingh-dc2qp]

Beautiful mam

[@funandentertainment6552]

Great

[@RahulChauhan-gp7tj]

Thanks Mam

[@charanraju3199]

Thank you

[@nidhinmk2572]

Thankyou madam

[@Calm_unbothered_af]

Tyy 🎉

[@sawrupkhan2120]

Thanks.

[@yashrevannavar2067]

For solving decimation and interpolation problems do not follow this method follow the following link kzbin.info/www/bejne/nYrKfZWQgK13qck

[@k.reddisanthisanthi8865]

Thank u mam

[@JayantaDas-qu7de]

How to get zero th position mam

[@NadeemKhan-un8vn]

Determine and sketch convolution of the following h[n] = un-un-4] x[n] = {ẞ",0≤ n ≤8, where 0< 10, otherwise β

[@looserwinner329]

tq mam

[@ismaysifat5481]

thanks

[@SunilGupta-tg1ww]

Did not mention about zero position

[@Shraddha0026]

How x (n) {1,2,3} h(n){1,-1} came

[@nidhinmk2572]

I think.. this is simple

[@tanjuthechill4871]

For given h(n) and y(n), what will be the input x(n)?

[@mellowftw]

5:06

[@தன்வந்திரிசித்தமருந்தகம்]

Hi

[@amrutha46]

but this is how we find coorelation too.

[@marammare4340]

😘♥️♥️♥️♥️

[@abrahamrodriguez6462]

freaking genious

[@thatonegoblin7051]

ur nephew sent me here

[@mohammadtawfiq3553]

what's the name of this lecturer?

[@markcheong888]

goated

[@SHADOWFF_SAIKAT]

new tshirt

[@nila-333]

Thank you

[@-wheeling9509]

Thanks

[@yashpanchani4858]

Thanks

[@AviaGaming123]

Thanks