Ml and AI are all about systems identification. Once we identify a system, by any method available now or in the future, then we are able to control and predict the behaviour of the system. Very nice presentation and very enjoyable to watch. Thank you so much Prof Braunton.
Steve, as your biggest fan boy, I feel obligated to leave you a ❤ for nearly every controls video you post. I'm getting a free controls degree thanks to you.
He's using what is called a "Lightboard", basically an illuminated glass pane that is then filmed. The image is either flipped after recording or the camera points at a mirror angled at 45° which means the captured image is already flipped.
Could you please, highlight in any future video as a sequel to this video, what optimization techniques are used in MPC? As far as I am able to understand, it could be any optimization technique based on Linear Programming, Quadratic Programming, or even nature-inspired optimization techniques like Genetic Algorithm, PSO, Differential Evolution, etc.
sir, can i get a help for system identification via FOMCON toolbox? what do you suggest for realising a transfer function of very dynamic power distribution network? FOMCON? or N4SID?
Hi Steve, for various flying vehicles (quad rotors, UAVs) that have 6 DoF, there are mostly 12 ODEs and hence 12 states of interests and not millions of states.
For instance, when modeling a pendulum. The ideal choice of the generalized coordinates is the angular position of the pendulum rather than the coordinates x and y of the CoM.
Ml and AI are all about systems identification. Once we identify a system, by any method available now or in the future, then we are able to control and predict the behaviour of the system.
Very nice presentation and very enjoyable to watch.
Thank you so much Prof Braunton.
Steve, as your biggest fan boy, I feel obligated to leave you a ❤ for nearly every controls video you post. I'm getting a free controls degree thanks to you.
That is awesome! Thanks for the kind feedback!
Your videos are a great survey of this field, they are exactly what I'm looking for
this is perfect. this is going to help so much with my thesis. thank you!
Great lecture. I recently read your book on DMD. Very readable and promising.
OKAY JUST CURIOUS HOW CAN U DO THAT WRITING IN REVERSE LIKE ITS NOTHING, OR AM I MISSING SOMETHING
I came here for the lecture and am thankful but I couldn't help but be completely stumped by the same thing. How the heck is he doing that so easily?
He's using what is called a "Lightboard", basically an illuminated glass pane that is then filmed. The image is either flipped after recording or the camera points at a mirror angled at 45° which means the captured image is already flipped.
@@juliusgreshake8471 im too dumb to understand what u just said lmaoooo but thanks 😅🤣
@@vinyldisk3382 he's writing on glass. They most likely just flip the footage in post
just write as usual and mirror the video
Could you please, highlight in any future video as a sequel to this video, what optimization techniques are used in MPC?
As far as I am able to understand, it could be any optimization technique based on Linear Programming, Quadratic Programming, or even nature-inspired optimization techniques like Genetic Algorithm, PSO, Differential Evolution, etc.
sir, can i get a help for system identification via FOMCON toolbox? what do you suggest for realising a transfer function of very dynamic power distribution network? FOMCON? or N4SID?
Could you please point to the video you are referring to in the video? On SINDy?
It's been nice series and I want to know , can I apply in mpc control nonlinear system?
where can I find the links you are talking about in the video? Thanks and really great job you are doing here!!
Thank you sir. Can you recommend some books or papers about this part.？
Does anyone know if Steve Brunton has a MOOC? I would love to take a class on this in Coursera / Edx or something
Hi steve! Awesome videos! Can you recommend articles for control systems for CFB SO2 control?
is there opertunity in this domain can u help me any one
Thank you so much! it helps me a lot!
I'm going to watch all of your videos! You are a genius
Hi Steve, for various flying vehicles (quad rotors, UAVs) that have 6 DoF, there are mostly 12 ODEs and hence 12 states of interests and not millions of states.
THANK YOU!
Thank you!!
You're welcome!
What does he mean by ' physics is all about finding a good coordinates system '
For instance, when modeling a pendulum. The ideal choice of the generalized coordinates is the angular position of the pendulum rather than the coordinates x and y of the CoM.
You should run for president of the USA.