1. Introduction to the Course and Basic Concepts

[@rd-tk6js]

Roy sir at his best as always. watching and enjoying these insightful lectures aged 57 years.

[@salem201188]

I have huge respect to all Indian profs people, But Prof S.C.Dutta Roy is the best Indian professor in this world.

[@Mssayantan]

while shairing some knowledge among oyhers...every teacher should be in mood like him...realisaton reagarding course is..in his optimum level...RESPECT!!!

[@socialogic9777]

The best lectures available online for signals and systems, one concern, whoever choses to continue with the lectures and watch all of them, must know that lectures 7,9,13 and 16 are incomplete, so one must buy the book of oppenheim and willsky to cover up the incomplete part.

[@apandey4724]

Thanks dude!✨✨

[@socialogic9777]

@@apandey4724 the pleasure is all mine senorita 🌻

[@arohisingh1045]

Thank u soo much sir .... May you live 1000 years ... 😘😘😘

[@salem201188]

So good professor...Signal and system...DSP...do not go to communication engineering course till you pass and watch this professor course Signal & System..and DSP..

[@subhajitroy471]

Best signal & system lecture available online for free...thank you sir....

[@johnbenstokes2100]

EXCELLENT PROFESSOR,I HAVE ALSO WATCH IT NETWOEK THEORY

[@DeepakSant12]

One of the Best Professor .... The true COGNOSCENTI .... :)

[@gregmcn11]

This man is a fantastic lecturer imho

[@dinnade9338]

THANKS A LOT PROF DUTTA ... This is suburb and no words to thank you. MAY THE UNIVERSAL TRUTH HELP YOU... AS BUDDHA EXPLAINED THE TRUTH...THANKS AGAIN

[@hritikroshan3155]

Thanks dina for appreciating our Efforts... but it is incomplete until it is in reach of every needy student; we are expecting your support to spread these video among your friends and other class mate. so that we can get best out of our efforts. since we are working as a Nonprofitable Organization. you can recommend our channel to your friend by sending them following links.

[@soumitrachakravorty2812]

Excellent Lectures. Highly informative.

[@devinesoul07]

what about lecture no-37 ? Why it's not in the list?

[@vinaysharma8887]

kzbin.info/www/bejne/kGK8c2aFrdh4mNU

[@vinodchoudhary6569]

Thank you very much Sir.

[@satishaurangabadkar266]

Thanks sir I like your lecture

[@mahantk5096]

hats off to you sir..good lectures

[@AdityaKumar-pc8du]

how can we represent non uniform discrete time signal????

[@akashpowar1540]

thanks for videos... how can I get solutions of oppenheim

[@hassansyed5661]

very good explanation. i will watch all ur lectures air :-)

[@alabhaya9]

your explanation is simply brilliant , wonderful lecture .

[@sujathagangireddy7198]

Gud lectures....Is there anyway to remove noise?

[@akshayakanwar1265]

where from to get 37th lecture please ...............................

[@vinaysharma8887]

kzbin.info/www/bejne/kGK8c2aFrdh4mNU

[@arturminiput7587]

there some error .... x (t) for continuing time ,,,but x [n] discrete time ,,,not x (n) ....

[@girishdrraju2871]

how do I pass this

[@ksheerajasricharanyan3177]

Can we use this material for preparing gate

[@prithvirbk02]

professor was saying about tutorials..that he will solve problems..but can any one say where is the tutorials video for this signals and systems..? pls help

[@debashismohanty3027]

some videos arr incomplete can u please replace the incomplete ones

[@aryensujjan]

their is a miss match in audio and video any help please

[@vamsinitinhas2417]

thank u very much sir....

[@preetykumari800]

How to download notes

[@eehub6710]

Great teacher

[@sarathtk]

thank u sir...

[@simpleworld542]

Thank You sir

[@sayantanchandra3503]

sir is saying that in discrete time signal between to consecutive time instant (say between t1 and t2) signal is not defined ,is not exist. now my question is when we sample,we doesn't consider all time value and that doesn't mean that the signal is not exist..we just not defined or represent It because all value is not necessary to represent in case of discrete signal .. not defined means not exist ?? pls anyone clear my doubt if there is any mistake in my concept .

[@anuranbhattacharya9938]

It exists/is defined at all points of time only in continuous time signals. When you sample a continuous time signal, you get a discrete time signal where the interval between two consecutive signal "spikes" is Ts(sampling time). After sampling a continuous time signal, it becomes a discrete time signal where the signal between two consecutive discrete time points is not defined

[@PRAD61]

How about lecture 38.. Could u plz post them soon?

[@vinaysharma8887]

kzbin.info/www/bejne/kGK8c2aFrdh4mNU

[@minalmehta8519]

thanks a lot sir...

[@exia78]

Thank you ,good lecture.

[@mkmishra6260]

Useful series

[@awaisumar5125]

can any one tel me from where i can find the book he suggested in his lectures..the book opehiem wilsky and nawab hamid is on internet but not the one he suggested. can any one give me the link plz

[@gr8sahil19]

+awais umar torrentproject.se/30b2c6e88f38ba9df878d31ae7c669bd608a7393/

[@fashiontrendsofficial9678]

Mashallah wow good

[@Me-tb6tt]

thank u sooo muchhhhhhhhhh

[@varunyadav174]

lecture 37 is missing!

[@vinaysharma8887]

kzbin.info/www/bejne/kGK8c2aFrdh4mNU

[@engineeringknowledge383]

Please visit the following link to view videos on Convolution Operation: kzbin.info/www/bejne/rqizdZynlJmAobc Convolution Example: kzbin.info/www/bejne/oHmWl6SPfcdrY9E Concept of Impulse Response and Step Response of the System: kzbin.info/www/bejne/b6uaq416hc97idU Properties of systems Linearity Time Invariance Stability Invertibility: kzbin.info/www/bejne/Z6fVi4OXbrZrkKc

[@pravindesai6687]

👍👍👍

[@KishanKumar-cb9bl]

SIR IS BOOK OF SAJAY SHARMA OF SIGNAL AND SYASTEM IS GOOD OR NOT

[@anuranbhattacharya9938]

Read "Signals and Systems" by Alan V Oppenheim, God of Signal Systems

[@santoshchaudharyofficial6835]

Aapka shyog aapko Sskraeb kr deya hi

[@somarubaghel10m]

भाई नया यूट्यूब पर सब्सक्राइब में