Control Systems Lectures - LTI Systems

Great series. Thank You so much for making these videos.

Wow.. Very good.. Well Done

On the hammer impulse graph, the yellow line should return to zero after the red

I am speechless. You are liquid gold, thanks a million

life saver

Thanks for great videos!

Fantastic video. Thank you so much

Thnk u sr

I’m a first year undergrad considering what to do after bachelor’s and your videos have been helping a lot in understanding what those master’s modules are about :) thanks a bunch!

Great Explanation.

Best control system lecture

man your academic skill and ability to transfer knowledge with difficult concepts in videos that last less than 10 minutes is amazing. I will not congratulate you on your technical skills on control because there re to many that have them but I will congratulate you that you are able to transfer knowledge with complex concepts in a very small period time... And that is very rare.. So good work and iIhope the best.

hi, i think that in this lecture (at the end) you ment to write "plastic deformation" insted of "elastic deformation" in the -Force Distance plot.

thank you sir, i think you are magician

Great class! You are the best teacher that I have seen!

Thanks a lot Brian❤️

thank you for moving my competence eigenvalues to the right half plane.

Difference between Classical and Modern Control?

UCT students will soon flood in here

What the helll this is awesome

My brain is a true LTI system

Well Done Brian. I would like to see more matlab and MIMO systems ; the tools for solving these equations are so many. Concepts are difficult. Working with pressure and temperature inputs ; sometimes vibration. 3 inputs one output. some times two outputs.

Hi Doug. What software are you using to write ?

Can you please make a video on convolution.

Sir, can u explain the ball balancing platform using the control system?

"If you can't explain it simply, then you don't fully understand it" Well, you clearly understand it! Awesome explanations

one of the best explanations on the web, thanks !

This is a true treasure for control system learners! Thank you

how do we identify a LTI system?

Hi Mr. Brian, your videos made me like this subject, unfortunately our University Teacher is not as proficient in teaching as you, thanks to internet we have an option!

I have a minor commentary regarding the final part of the video, in your spring graph you noted a Elastic Deformation instead of Plastic Deformation.

Have an excellent week.

Best Regards,

Luiz Felipe

why this is so hard to understand

awesomee

thank you for saving my life

so this is where the sin(x) = x meme comes from.

The puffy box hypothetically choke because tin biologically shrug concerning a highfalutin month. rigid, skillful enemy

thank you so much for making this series, really appreciate how clear and concise your explanations are! the illustrations are really good too

You are my idol. Thank so much.

At the end, horizontal curve. it is not elastic but it's plastic deformation.

Thank you Brian for sharing your knowledge.

Do you also think Control Engineering is the only real engineering ?

What do we do if we can't linearized a non-LTI system? We SOL?

Mr Douglas . I never really did a mecanical control system but degsiged many power supplies and it is very simalar.

Thank you so much!

Blick Bridge

I have a better understanding of course

Thank you

recommend some books plz.,,,,,