Sectioned Convolution using Overlap ADD and Overlap SAVE method

[@sathwikshetty529]

Very nice and detailed explanation, easily understandable method of teaching

[@DSECAdarshHariPrasad]

Awesomely explained sir 🙏🙏🙏🙏

[@yhemasri1027]

Thank you sir. made me understood the concept..

[@rutwikpatil8491]

Thank you very much Sir.
You made it very much easier.

[@dineshbabu8033]

Thank you sir

[@jonnybones12]

Sir, your videos are excellent and easily understandable

[@dineshbabu8033]

Thanks bro

[@lavanyar9236]

Thank you so much ,,, really I got headache by seeing book..this is very helpful

[@aniketbanginwar]

Great Video
Really Underrated
Understood everything you taught

[@pritamchowdhury6672]

Awesome teaching sir!

[@pritishabanerjee4992]

Thank you soo much sir .my dbts are cleared.

[@Negz21]

Great video thumbs up.

[@hemalathasugumar8402]

Can we use matrix method for the overlap save and add methods u solved. I solved but I got different answer for add method.

[@patelchirag9530]

Great concept understanding sir..thanks a lot

[@ganeshact9367]

Thank you sir .you explained very clearly✌

[@anaykaranje1426]

Thanks

[@amarsurendran]

Thank you sir
you did a good job for students

[@meghashaw4563]

Thank you thank you thank you soooooo much.

[@snigdharoy1938]

Very Helpful 😊

[@RajaTheExplorerGuy]

Super ga explain chasaru bayya

[@nvn3560]

Simply superb

[@PoojaShukla-cd3xf]

Thanks a lot sir 😊 really helpful 😉

[@surajnaik2738]

Sir thank u, it helped me lot

[@durgaprasadmallidi1070]

Sir, can you please tell about how to find * elements in overlap save method

[@rushidhuri9116]

thank You so much

[@gothakkar]

Thank you

[@RajaTheExplorerGuy]

Super ka explain chasaru sir

[@chandanmishra5661]

Ek no.

[@paramgandhi5768]

What if in overlap odd method the x(n) would not have been a even number sequence then how do you make group of two?

[@INS0lentmaniac]

thanks dude

[@krishnachaitanyavellamchet2441]

very excellent video bro

[@HarshPanchal321]

What if h(n) had 3 elements, then for segregation, in the overlap save method, we first take sets of 3 - 3 elements, then calculate 3+3-1 i.e L+M-1, which means it has 5 elements in the response of each y(n). In this case we need to append 2 - 2 zeros to each set of x(n) and to h(n), right?

[@srisandhyaitharaju207]

Sir u can take simple sequence can u plz explain with large sequences and plz explain how can we take the value of L

[@shivaramr1170]

Thank you sir, you just made it easy, can i know which textbooks you referring?

[@shivapoojitha9701]

@@Techfold360 thank you so much

[@chandanmishra5661]

When the elements of h(n) greater than x(n) then how will calculate

[@ganeshact9367]

sir please can u make the video of circular convolution using time domain approach

[@gauravkale9910]

in y(3) the no 4 is placed you in 4 th position why not in 3rd

[@gauravkale9910]

got it sir

[@ashwinilalawat604]

hey!
y u use circular convolution?

[@nomadmonk4117]

I couldn't understand the table method for finding y(n).Please explain!!

[@itspratikamin]

Exactly I also didn't understand that part!?

[@itspratikamin]

Ok I understood the elements which are diagonally in the table he has added those elements!! For eg y1(n) has elements 1 2 -1 -2 in the table so he then draws diagonal lines ...after which there remains 1 so he writes 1 as it is in y1(n) and 2 & -1 here are aligned diagonally so he then adds it and the product is 1 and then writes 1 and the remaining one is -2. Final y1(n) is { 1,1,-2}

[@kaliprasadkandula20]

Thank you sir

[@shilpajhade1360]

Thank u so much...

[@hemalathasugumar8402]

Can we use matrix method for the overlap save and add methods u solved. I solved but I got different answer for add method.

[@deepthikulkarni8966]

What if h(n) is 3 elements number?

[@gauravkale9910]

thank you sir

[@tvharikrishna4080]

thank you sir

[@vikasbhandi4244]

Thank you sir