Introduction to Fourier Transform

[@bezandros]

I dont know who you are but you are a life saver ! Thanks . Your lectures help me understand

[@AbrarAhmed-pl1me]

i study biomedical engineering in Egypt...honestly without these lists of videos I wouldn't pass ...shall god bless u Mr and facilitate it to u and do great job in the next videos inshaallah.

[@humphreykoech6258]

same to me ,also studying biomedical engineering in Kenya,, this guy is just amazing his lectures are fathomed

[@humamzaaim2895]

@@humphreykoech6258 Same here! biomedical engineering in Istanbul, Turkey. I promise you with out this guy, I would have 100% failed my Signals course!

[@미기엘라이]

Neso Academy's video only tell us the gist of a content without further ado, and English which a instructor use is very easy to understand, not complicated. I reckon this is very pros of Neso Academy's lecture.

[@MohamedIsmail-zl8po]

Same here ! , I am a biomedical engineer in Chennai , India , All the best you guyss! Got a signals paper Tomorrow.,

[@eitakriamdt]

@@MohamedIsmail-zl8po Sameee I don't understand anything and it's so devastating😭

[@smrityverma6547]

Your voice is so relaxing 🥺🥺

[@yogeshmourya981]

True 😇

[@smrityverma6547]

@@akhil9042 yup

[@smrityverma6547]

@@akhil9042 vns

[@arpitsrivastava9610]

Yanhi shadi karlo tumlog 😂

[@smrityverma6547]

@@arpitsrivastava9610 😒

[@umutavin1125]

Sir, I love you with the deepest feelings of my heart. I respect you like I respect my father. Thank you for everything.

[@Lastofhiskind-00]

Bro don't end your life

[@dibyanshusharma8936]

Sir, please make a playlist for this Fourier Transform chapter. You are life saver thank you so much for these videos.

[@manjukumari9063]

In just one minute of the video,became a big fan of yours... Loved it a lot..... Thank you so much for such videos,.... Please upload more videos, we are greatly in need of these.

[@Burhannazir456]

love u sir . u have made everything easy by your lucid explanation. thanks for your efforts

[@vardhanpolu6338]

sir your lectures are so good,please upload dtft and dft lectures also sir🙏🙏🙏🙏🙏🙏🙏

[@gurkapraveen1728]

What is absolutely integrable means

[@beepic4662]

means value after integration will be finite

[@usmanashraf2922]

Please make playlist of Fourier transform and Fourier Series.

[@johnwu2931]

thanks for the tutorial. Really helpful

[@GrindOne69]

this is exact kind of video i was searching for..

[@subscribes6434]

I love how a lot of the comments include the word "sir"so polite :)

[@ganeshpucha840]

Your explanations are very clear. Please make some videos of DFT

[@abhignathota9304]

Thank you so much Sir for your clear explanations

[@gopiy6579]

Sir what are the absolute intigrable signals

[@Noble_Isaac]

Damn your handwriting is magnificient

[@DanielJohn-j1u]

What is now the general expression for the Fourier transform pair of a repetitive signal

[@kalyanichowdary6294]

These series consists of both dtft and continuous Fourier transform?

[@sachinmohan5384]

in fourier series you said LT used for designand FT is for analysis but here it says it used for analysis?

[@camdens466]

SACHIN MOHAN yep. Why?

[@ushasaha6316]

Same question, Also in the same lecture, he said FT is for non-periodic signal, then how come FT exist for power signals, because power signals are periodic signals.

[@Sagar-KumarIITPATNA]

Fourier transform exists also for periodic signals

[@seiduboluwatife6370]

Hi sir pls while you wrote the final ans for the positive a in time scaling while did you omit the minus beside (jw).

[@shivakumarchedurupalli4736]

Sir, the formula for X(jw) is no negative sign in BS grewal ....can u clarify ?

[@saisumanth8064]

how will u say that sir u (t) is a power signal

[@saisumanth8064]

can u specify the video that related to my doubt plz mention that dout sum sir

[@saisumanth8064]

than q so much sirrrrrr

[@manojsbvs5290]

thank you so much for your service,it is best channel in explanation you are really excellent

[@KoushikMalOfficial]

Very useful Thank you sir

[@neemaonesmo7911]

your the best ,Ihave understood very well

[@pavithran5265]

Thank you so much sir❤❤❤❤❤......

[@gaganpandey7765]

Sir can I study this unit also for analog communication

[@gokaybayram9640]

you're the king of the electricity

[@awesomearchit111]

Sir , will you upload more lectures on Laplace transform topic or is it over from your side??

[@mayanksisodiya8567]

Sir.. Please make videos on antenna.. (Gate point of view)... And electromagnetic also... 🙏🙏🙏

[@awesomearchit111]

mayank sisodiya bro you're absolutely right

[@soundarraja4162]

What is meaning of absolute integral

[@FightAndFunHub]

should not the limit in one equation from -pi to pi? kindly guide why from infinity to infinity?

[@priyamsaha]

WHY FOURIER TRANSFORM FORMULA IS DIFFERENT FOR SIGNAL AND SYSTEMS AND IN MATHEMATICS?? Fourier transform of the signal f(x): mathematics F(S)=integration(-inf,inf) {f(x) e^(isx) dx} Fourier transform of the signal f(t): signals and system F(S)=integration(-inf,inf) {f(t) e^(-jwt) dt} please help

[@specialise7477]

exactly same doubt

[@anushaanu2498]

Thank you very much sir kindly cover signals and systems before gate 2018

[@t-schooling9166]

what is the difference between x(ω) and x(jω) notation

[@susilk5338]

5:12

[@joaocardoso2304]

Hi there, just a side issue: what package do you use to translate your math hand writing in these videos?

[@TheSantu1985]

Wacom ctl

[@joaocardoso2304]

@@TheSantu1985 Thanks

[@ajagadeesh375]

What is mean of absolutely Integra please give example for it sir

[@sarobarroy4290]

Sir you are too good.

[@misterhezsch8101]

Neso academy zindabad

[@mohammedmustafaabdelmoneim8370]

do you have Fourier integral vedios

[@atikabrarsourov7500]

Sir, can you please give us the lecture note?

[@aligabar4584]

Thanks

[@mateusheinenfeltrin2474]

Thank you very much!!!

[@abhishekkishor3629]

@neso academy can you please upload the notes of all the respective lectures.

[@rajeshverma9246]

great effort sir ji

[@chsc5220]

Thanks a ton

[@divya4752]

Difference between convergence and existence

[@CUSenthilKumar]

actually i want to know the proof of the fourier transform pair....can i get those...if so means please give me suggestion of what text book to prefer...thank you

[@nikxsuperstars]

Thank you sooooooo muchh sir

[@JoginderSingh-gd8wp]

can you plz explain sir though we have LT then why we use FT

[@oneinabillion654]

Neither energy nor power signal?? WHAT

[@RLDacademyGATEeceAndAdvanced]

good

[@SakshiSharma-oj5os]

in lecture 141 you said LT is used for designing purpose and FT is used for analysis purpose. And in this lecture you said complete opposite.

[@ushasaha6316]

yes exactly the same question

[@ushasaha6316]

Also in the same lecture, he said FT is for non-periodic signal, then how come FT exist for power signals, because power signals are periodic signals.

[@divya4752]

FT is not conservative for power signal but exist

[@eitakriamdt]

Sir please consider adding subtitles to better explain the terminologies too🙏thank you

[@JoginderSingh-gd8wp]

your lectures are very good explained in very good manner bt we dont get reply of our doubt from you :(

[@divya4752]

Please explain

[@satishkanakappanavar8531]

Without explaining propeties of the fourier transform, you used all the properties. I came here expecting derivation of the formula, but left dissappointed writing this

[@frankvermeeren79]

Not much background. Could be a lot better and more intuitive.

[@aftabunar3296]

❤❤

[@Manas_Raj_555]

🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥🔥

[@rajendragurukar4986]

🔥🔥🔥🔥🔥🔥🔥🔥🔥👌👌👌👌👌

[@24jithu24]

Thanks

[@jamanaraghubabu818]

Thank you soooo much sir