DSP#37 Problem on Overlap save method in digital signal processing || EC Academy

In this lecture we will understand the problem on Overlap Save method for linear filtering of long duration sequence in digital signal Processing.
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[@john3421]

This video was excellent in taking something I've learned theory for and showing me how to practically approach a problem, breaking it down into clear and concise steps. Thanks!

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[@cX77-w7j]

Very helpful,may jesus reward you.

[@halimasumayya9890]

Very helpful... May Allah reward you

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[@Kokowangmini]

Thank you so much sir! Really easy to understand and to the point explanation. Definitely go for this video!

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[@thealmightylord9371]

Sir i am seeing this video just the evening before exam,earlier when i saw the sample paper i lost hope,now i feel very confident
THANK YOU A TON SIR!!!!!

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[@laxmichikki9143]

Nice. Explanation..

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[@syedshahbaz154]

Thank you so much sir ,it helped a lot

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[@priyeshraj5910]

Sir please upload all lectures by 15th December...my semester exam is going to start from 20th December.Your lectures are very helpful and informative.

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Will try to upload.... don’t forget to subscribe and keep supporting EC Academy 👍

[@zenazelmiloud7095]

allah bless you from algeria

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[@okokicici]

Last bell sound is toooo irritating BTW, nice teaching 😌

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Apologies for that… it is Change of new videos…
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[@kalviyarasim8357]

Thanks for this video sir

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[@sanchitakumari09]

In step 6 the value of N=14 and y(n) matched the value of N .
What if in last step the value of N doesn't matches with y(n) ??? The answer y(n) will be wrong then?? Pls specify!

[@rajvardhanvhatkar8858]

Is there any reply for this comment?

[@helloworld-m7s]

only once fasak💥💥💥💥💥💥💥💥💥💥💥💥💥💥

[@ajeetkumar-ky5ek]

Sir, can we append zeros in either side of sequence? Like in x1(n) you appended on left most side and in x2(n) you appended in right side

[@ECAcademy]

Plz watch the precious videos... where I have explained the procedure to solve the problem... then solve the problem accordingly...
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[@thejaswiniv649]

Which module sir this problem

[@naveenkumarmudhol8242]

Mod 3

[@h52684]

Thankyou sir

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[@akankshadesai8959]

Sir when there is X(n) sequence is greater than 10 no's then we consider X3(n) or not

[@ECAcademy]

You can append zeros and you can take....
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[@sreerajguptays3531]

Sir, can over lap save method be used for short duration sequence also? please reply sir.

[@ECAcademy]

Both overlap add & save methods are used for long duration sequence….
Hope this is helpful…
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[@sreerajguptays3531]

@@ECAcademy Sir, I did understand that. My question is, can it be used for x(n) with 6 number of terms.... I'm in need please reply sir🙏

[@samuelr879]

@@sreerajguptays3531 It's not worth the pain bro. You can just use normal convolution

[@sreerajguptays3531]

@@samuelr879 Yeah, but my university has different marks Patten.

[@helloworld-m7s]

crystal clear

[@battulatarun8002]

Tabular between overlap save and overlap add

[@saqibdesai9700]

Sir in x1(n) why should we add zeroes before 3 can't we add zeroes after 2

[@sahoogoutam]

How N length is equal to 2 powers of M? Can you Justify the logic of choosing a formula for N=2^M, Sir? Is it valid for any value of filter length M higher than 3?

[@shashankmn4948]

Sir what are the changes for 8 point dft
If X(n)=12

[@killerportrayal7196]

sir can you please explain us the same question in overlap add method.??

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Check the playlist...
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[@suryakumar4562]

Sir from which book u are taking questions

[@ECAcademy]

Check description

[@jacobtennyson6186]

Sir, book name is not mentioned in the description...

[@muthuluruganeshnaidu1419]

Sir,. Step 4 I have one doubt sir, how to calculate. X1(n)×h(n)=y1(n).

[@krest5983]

Same doubt here

[@krest5983]

If you got can you please explain me

[@prathamvc5296]

Sir if X(n) has 12 numbers then no need of repetition of last 2 number in x2(n)

[@akankshadesai8959]

My query is same plz reply sir

[@crazyzone4064]

Sir what if we have x(3n)

[@shashanthpawansn]

How do we do 8X1 matrix method

[@rajshubhangreddy7285]

Ya had the same q

[@lakshmiranganath6187]

Sir y we take last Numbers of x1(n) (3,2)...

[@ECAcademy]

You need to check the value
of L. In our example L = 6 that's why we will take first 6 samples of x(n) to form x1(n). Thats why the last numbers are 3,2.
Hope this was helpful
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[@lakshmiranganath6187]

@@ECAcademy tq sir

[@sumanagalasumangala4343]

Step 4 bro explain

[@aang-hq1em]

非常好，使我的尸体暖暖的