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.
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
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.
Thank you! Finally someone that can clearly describe an impulse response.
you are a gentleman and a scholar
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.
Thanks for the great video Barry!
Very clear and well-paced. Thank you!! Please make more signal processing videos!
Really very helpful video ❤🙏🏻
Great explanation!
Clear and concise, thank you sir!
Fantastic explanation. Thank you.
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
you are a life saver
i love you!
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.
thank you!!! very helpful!!!
what does it means "weighted sum" ?
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.
Well done. Thank you
thanks mate
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