The Impulse Response of Systems

[@kumoriani]

Thank you! Finally someone that can clearly describe an impulse response.

[@tomfairhall4876]

you are a gentleman and a scholar

[@jeffrey5718]

This is the most clear video that explains what unit impulse is so far. Better than a ton of other indian videos spending 10 mins trying to explain stuff. any discrete-time signal can be expressed as a weighted sum of shifted impulses.

[@ErrorNameNotFound123]

Thanks for the great video Barry!

[@dcpowered]

Very clear and well-paced. Thank you!! Please make more signal processing videos!

[@khushbuahirwar3776]

Really very helpful video ❤🙏🏻

[@EmperorFowl]

Great explanation!

[@sirtherkelsen]

Clear and concise, thank you sir!

[@evgenyvetoshkin9497]

Fantastic explanation. Thank you.

[@hasinabrar3263]

Thank you very much sir for the informative video. I am a mechanical engineer trying to learn system identification and estimation and your videos are great. Can you suggest some good books on signal and system estimation? thank you

[@notskynet7706]

you are a life saver
i love you!

[@int16_t]

At 1:35 Shouldn't the sum be:
2*S[-1]+1*S[0]+2*[1]+-1*S[2] ???
That's more convinient and easy to understood.

[@d.t.3677]

thank you!!! very helpful!!!

[@phamhuutri1996]

what does it means "weighted sum" ?

[@ushamemoriya5391]

Consider an at rest linear system described by
y"+25y=2sint+5cos 5t
The response of this system will be
Decaying oscillations in time.
Oscillatory in time.
Growing oscillations in time:
None of the above.

[@toussaid5340]

Well done. Thank you

[@brandondean961]

thanks mate

[@raniasaifeldin2857]

المره القادمه استخدم الترجمه اسفل الشاشه