For control systems, Linear algebra and calculus is certainly necessary, but after that I would say Convex Optimization But if you wanna go beyond that, I cannot point to a specific subject other than some nonlinear control books.
I have added the sliding mode control video link at the end screen, but I have only one video about that and you got me thinking that I need to post more videos on this. Hopefully, I will post more on SMC and SMO with higher quality. thank you.
The Tired Grad student thanks you, a genuinely great explanation of the topic!
Very cool what is ur opinion on super twisting algorithm sir
“Don’t study from Hassan Khalil, he’s too smart. just study from my videos.” I laughed so hard!! But sadly it’s also true.
Me too. It's really hilarious but on the other side really hats off to the guy for put the effort to make such a video on this topic.
I really respect what you are doing, thanks for the great explanation !
Thank you for the explanation!
Good work 👍
thanks. oldukça açıklayıcı
do you have any vedio on MATLAB Simulation of neural control for non linear system?
I think we should talk about that in detail. how can we do that? do you have an email that I can use? thank you.
Selamlar, kontrol sisteminde gerçekten uzmanlaşmak için hangi matematik derslerini önerirsiniz?
For control systems,
Linear algebra and calculus is certainly necessary,
but after that I would say Convex Optimization
But if you wanna go beyond that, I cannot point to a specific subject
other than some nonlinear control books.
@@artcellCTRL Thanks for the suggestion.
Please share the link of SMC video lectures.
I have added the sliding mode control video link at the end screen, but I have only one video about that and you got me thinking that I need to post more videos on this. Hopefully, I will post more on SMC and SMO with higher quality. thank you.
Good work but how do u know ¢1 and why it's equal to -x1-(x1)^2 I didn't understand that part
Thanks for the question. It was a design choice, because we know that "x1dot=-x1 -x1^3" would be stable. [that is the rationale behind that choice]
You said "okay" 596 times.
there is some mistakes in the paper
some equations don't match with the result in Matlab
thanks for letting me know, I will check that.
@@artcellCTRL thank you so much for your efforts