Wow. You are the best teacher among all. Your explanation is fantastic because you use the real life example and use it to explain this state space system very clearly. Before this all the numbers and variable mean nothing to me. Now only I can see how to relate this to the real world problem. Thank you very much sir for your explanation. God bless you and your family. Once again thank you sir.
great lecture! Explanations were very clear and concise. I was trying to find a good resource to learn state-space control theory for my masters course on controls since I didn't learn that in my undergrad. Thank you so much!
At 1:02:14 it would make no sense to define your output as the sum of the voltage across C and the current across L. What in the world would that even mean? They don't have the same units. I think that what you actually want to do is make a separate measurement of Vc and of IL. To that end the y1 = IL and y2 = Vc and the C matrix is simply the 2X2 identity matrix.
Wow. You are the best teacher among all. Your explanation is fantastic because you use the real life example and use it to explain this state space system very clearly. Before this all the numbers and variable mean nothing to me. Now only I can see how to relate this to the real world problem. Thank you very much sir for your explanation. God bless you and your family. Once again thank you sir.
thank you for all the Indian content makers from Turkey
World class lecture professor. Young professors never cease to amaze me.
So simple ...clean toned....smooth flown lecture ....thanq u
Thanks for all the hard work in bringing these lectures to everyone... JAI HIND :)
great lecture! Explanations were very clear and concise. I was trying to find a good resource to learn state-space control theory for my masters course on controls since I didn't learn that in my undergrad. Thank you so much!
nice presentation
Where's the second lecture???
In a series RLC circuit, can we choose inductor voltage as a state in state space modelling?
This is very good lecture...
At 1:02:14 it would make no sense to define your output as the sum of the voltage across C and the current across L. What in the world would that even mean? They don't have the same units. I think that what you actually want to do is make a separate measurement of Vc and of IL. To that end the y1 = IL and y2 = Vc and the C matrix is simply the 2X2 identity matrix.
Vielen Dank für deine Mühe
Hi 🥰 how i can comunicate with you?
Thanks professor
Bole to mast
Write a few lines of code and demo this.
Thanq sir
Hi
Explanations are too fuzzy. At least for beginners.