Linear phase realization of FIR filters| for N even and odd| Digital Signal Processing ( DSP)

[@pratikaroy5641]

I have my DSP exam tomorrow at 10:00 am and I am watching it now. Crystal clear , thank you ma'am.

[@shashanksahu2326]

It is very useful video to understand the method clearly. Thank u Ma'am.

[@neenusuresh5390]

Tnk u ma'am. Ur teaching is very helpful to me

[@EasyElectronics_jobupdates]

Please share with friends and juniors also

[@vikramgogoi3621]

Thank you ma'am. You explain very well.

[@entertainmentvideos5694]

Thank you so much mam,Understood very easily,God bless you mam😀😄

[@venkateswarareddymaramredd8349]

You explaination is very clear and good

[@EasyElectronics_jobupdates]

🤩

[@akhil5982]

Thank you so much miss🙏❤️

[@ayushdedhia5591]

thank you for your efforts

[@neenusuresh5390]

Understood very much

[@manavmokawat3322]

Mam trust me your 5 looks like 6 and confuse me all time . But your the best love from north

[@EasyElectronics_jobupdates]

Yes I will change that for sure

[@marwanal-yoonus280]

Thank you very much for your good illustrations. Please, the coefficient 1/4 related to Z^-3 must putted before the sum (i.e. not between Z^-3 and Z^-4), Is it true? Thank you again.

[@EasyElectronics_jobupdates]

Yes, this is the way found after referring many videos

[@chandrantumati614]

Thanq mam.. Nice and clear explanation.. very helpful..

[@EasyElectronics_jobupdates]

Please share with friends and subscribe

[@chandrantumati614]

@@EasyElectronics_jobupdates ok mam.. pls tell me totally how many realizations are there in FIR?

[@EasyElectronics_jobupdates]

All the possible realizations are made as videos in the DSP playlist. Direct form cascade form lattice linear phase these are possibke

[@Keerthana.J]

Thank you mam it helped me a lot .you made me understand the concept easily without any confusion .thankyou once again mam

[@EasyElectronics_jobupdates]

Please share and subscribe

[@Keerthana.J]

@@EasyElectronics_jobupdates subscribed mam

[@EasyElectronics_jobupdates]

@@Keerthana.J u made my day. Please share also 😍

[@digitalboyiitd1372]

Ma'am video was very good, Thank You.

[@humanitarian2868]

Thank you very much mam.

[@meenakshisuresh8415]

Hello mam, for N = odd realization, the term 1/4z-¹ won't the multiplier '1/4' be placed on the black branch and not the blue? Pls clarify. Thanks

[@snehamadhuri8732]

Superb explanation maam and please upload videos on lattice pole structure

[@ggmb1032]

Thank you so much. Well explained.

[@allenbastian1232]

Thanks a lot mam

[@jeffinjosephidicula3573]

thank u very much ma'am

[@vishalsingh-xt5ip]

Very helpful ma'am

[@av7206]

Miss ADC quantization noice ntem coefficient quantization errors ntem oru vedio pattumengil cheyyane

[@EasyElectronics_jobupdates]

Nokatte, already kure Topics eduthitund. Teerchayayum try cheyam

[@av7206]

Ok miss.

[@av7206]

😍

[@مصطفىكريم-ش4ض]

والله شريفة

[@geethanjaliramesh624]

Thanku very much mam

[@samantha93846]

Tq mam

[@ashiqurrahmanashique2758]

Great mam

[@changerequired7851]

Mam I have a doubt while adding all 4 in odd realisation can't we just take one summer and add all to it instead of taking 3 different summers

[@EasyElectronics_jobupdates]

Yes

[@saichandveera828]

Thank you 🫶

[@nidhunnarayanan8641]

Mam, design an ideal High pass filter with Hd (e^jw)=1 for π÷4

[@aryamohanr7214]

Thankyou ma'am

[@venkatagopi3763]

Nice explanation 😍

[@venkatagopi3763]

Plz upload new topics in dsp

[@sathishkumarreddy1119]

Madam what we need to do if the given equation in two product form

[@EasyElectronics_jobupdates]

Make to the form that is taken in the video like open the brackets

[@sathishkumarreddy1119]

@@EasyElectronics_jobupdates tq madam Your videos on dsp really helpful for my exams.

[@MohammedRashid-wg8uu]

gud explanation mam its vry helpful thanq....

[@EasyElectronics_jobupdates]

Thanks

[@abhiramanne9649]

oops mam I think 1/4 should not be kept there (for z^-3) I think you can include it in the black line you drew

[@sameerbilla515]

A digital filter has h(n) = {-3,-2,0,2,3}, then it has a. no linear phase b. symmetric linear phase c. anti symmetric linear phase d. none of these which one is correct?? Please answer ma'am I think *a* is correct

[@EasyElectronics_jobupdates]

Yes I think a

[@dailytube391]

Which of the following condition should the unit sample response of a FIR filter satisfy to have a linear phase? a) h(M-1-n) n=0,1,2…M-1 b) ±h(M-1-n) n=0,1,2…M-1 c) -h(M-1-n) n=0,1,2…M-1 d) None of the mentioned View Answer Answer: b Explanation: An FIR filter has an linear phase if its unit sample response satisfies the condition h(n)= ±h(M-1-n) n=0,1,2…M-1. i think answe is c

[@swamynaiduperabattula5598]

Mam please tell me about butterfly line diagram

[@EasyElectronics_jobupdates]

It's already in DSP playlist, I will share the link

[@EasyElectronics_jobupdates]

kzbin.info/www/bejne/fn6VoXyHpd-aZqM

[@EasyElectronics_jobupdates]

Or you want linear phase butterfly line diagram

[@swamynaiduperabattula5598]

@@EasyElectronics_jobupdates mam! I am form jntuk ,,DIT-FFT ALGORITHM

[@swamynaiduperabattula5598]

@@EasyElectronics_jobupdates thank you mam

[@nabeelbasheer9692]

Useful thankyou

[@bommalamadhusudhan887]

Good and neat explanation

[@EasyElectronics_jobupdates]

Please subscribe and share

[@fenuinsta8454]

Nattil evideya

[@ashwinkumar4163]

Thank u mam ..

[@EasyElectronics_jobupdates]

Please subscribe and share

[@bommalamadhusudhan887]

Thank u madam

[@vanshikagupta5167]

Mam it videos are awesome .mam pl make videos on design fIR filter using window technique,frequency sampling technique.

[@EasyElectronics_jobupdates]

Frequency sampling I will do

[@vanshikagupta5167]

@@EasyElectronics_jobupdates thank you mam.u r really a great teacher Mam.......

[@vanshikagupta5167]

Mam plz also make videos on multirate digital signal processing

[@EasyElectronics_jobupdates]

Upsampling downsamling video is already there

[@vanshikagupta5167]

Yes mam,but plz Mam make more videos .in that unit more topics are there Mam..thank you for reply Mam.

[@KHAYRULALOM-df7fl]

so cute maam

[@nikhil_polani]

make a video on Lattice-Ladder realizations of Digital filters

[@EasyElectronics_jobupdates]

Lattice realization video is in playlist

[@nikhil_polani]

@@EasyElectronics_jobupdates that' only lattice right...but I need ladder combined with that

[@EasyElectronics_jobupdates]

I will try to.do it

[@adhilrahman4078]

Oru minus vannal ndh chyum mam

[@EasyElectronics_jobupdates]

Minus vannalum athinte + (- value ) enu edukalo. Adders matre use cheyan pattu

[@sunnyjoey923]

🙏🙏

[@vanshikagupta5167]

Next week we have exams mam

[@vanshikagupta5167]

Plz mam make videos

[@echoky3189]

么么哒.

[@sathviku2418]

Don't try to extend the video just by repeating the sentences over and over again

[@niroshanishayeggim]

Don't laag...

[@diyanair6546]

mam pls check ur mail plssssss

[@EasyElectronics_jobupdates]

I have checked but I was busy that's y didn't reply

[@EasyElectronics_jobupdates]

Yes the Topics u have mentioned are important

[@sajdaperween8721]

Thnku so much ma'am 🙏🙏🙏🙏

[@unknownworld177]

Thank you very much mam.

[@adityaathiratha6104]

Thanks mam

[@chandusree1097]

Thank you mam