In case it is helpful, here are all my Matlab videos in a single playlist kzfaq.info/sun/PLxdnSsBqCrrEU0dLSrTcl0-w9cVYKMTaF. Please let me know what you think in the comments. Thanks for watching!

Bruh you've made more sense of this for me in 53 minutes than my professor has in two months.

AE511: This really ties in all the past couple of weeks of lectures into designing control systems. It's pretty crazy how all the manual work we have done making the bode plots and root locus is done with the control system designer tool in matlab. It's a great tool in a situation where you are given design requirements and need to develop the system on the fly with said requirements in mind!

It has been 3 years since this video is uploaded but your understanding and the delivery of it is outstanding. Thank you for your efforts.

AE511: This really ties everything together on the SISO controller design. Before watching this video, I was just thinking about all the different tools that you would have to cross-reference to adequately design a SISO controller based on what we've learned to-date.

I have so much respect for you. Thanks for sharing your knowledge.

your language of explanation is indeed connecting with practical knowledge of more information . Its a wonderful video I found.thank you Sir

Great video on the control system designer. Very thorough breakdown on all the features!

all my dreams come true , Control System Designer :) ... thank you Professor Lum you are a wonderful teacher!!!!

Your method of explaining theory and then going to Matlab to apply it is impressive. I was looking for some good material on Control sytems and found your channel very useful. Thank you.

Excellent Overview of Control System Designer (Formally Siso Tool). The power of Control System Designer is huge.

my best of the best i love you soooo much. thank you isn´t enough. i found everything i needed here

Very glad for this in-depth tutorial.

Thank you for your videos , I really appreciate the efforts that you put in. Huge respect

what a beautiful explanation man great!

AE511-Fantastic overview of the Control System Designer!now to use my 2 remaining wishes...1) It is worth noting that the creation of Simulink model functionality was first released in R2018a.2) (very minor, but just so I can use up my second wish) The example had settling time for within 2% of final value which didn't get inputted in the designer.

Thank you Christopher for this tutorial! You are a great instructor.

Very nice video. i didnt get like this earlier. Thank you christopher lum for making this. looking forward many videos like this...

Sir it makes clear idea on controlSystemDesign and thankyou very much sir

This was really helpful. Learned a lot from this session. Great work.

this is such a powerful & well organized tool! thank you for breaking it down into easy to follow steps with tips.

you are the man!Greaaaaaaaaaaaaaaaaat

Thank you. I have become your fan after watching your lectures.

your channel is officially my favorite on my list. kudos professor

Gracias bro, si en mi universidad explicaran como tu seria otra cosa

You perfectly presented it, i will keep following your lectures. All respect.

Amazing video! Thanks so much!

perfect tutorial !

High level Thank you Professor Lum

Thank you so much. this video is really helpful.

Awesome!

gracias esta bien detallado el video

Amazing videos! thank you very much

Thank you for the great videos. These are really helpful. Could you please upload gain and phase margin Video too?

Hi sir, here is a reminder: Introduction to Gain and Phase Margin (TBD)

thank you! It help me a lot.

Very nice, thanks you!

It was so usefull. Thank you!

Nice video 👌👌👌👍👍👍

ae 511, nice overview of this tool. It has nice capabilities, but Im most interested in its limitations with real world systems

I'm starting to come around on Matlab. I used to think it was a terrible programming language. Now I realize it's not really a programming language, more like a powerful toolbox with a scripting language gluing the pieces together.

AE 511. This is an incredibly useful app in MATLAB... Makes analysis a lot easier

Great work. Please may you illustrate digital control theory as classical control videos. Your style is excellent. Go a head. Ass. Prof. M dabah

Thank you, sir!

Thank you for good tutorial. It was really helpful.

AE511 sends me here!

Amazing Thank You :)

Thank you

AE511. What happens if you have conflicting requirements that over constrain the system? Does this cause an error with Control System Designer or are the requirements that are added to the plots just acting like guidelines?

AE 511: very minor, but having the DC motor video links pop up at the start of the example (lab experiment and zeigler-nichols method) would have been nice.

Good intro for CSD

please upload the video on introduction to gain and phase margin

wow.

ae511, another good video on a useful looking tool from matlab

The link to the video "Introduction to Gain and Phase Margin"?

First of all, thank you for your effort, your videos are just amazing! I have a question concerning the controlSystemDesigner. Everything worked fine while I used it for PTn-Plants. But it doesn´t seem to work properly with ITn-Plants. I tried a fairy simple IT1-Transfer Function for my linear actuator I want to control and while the step resonse in Matlab (using step()) looked as expected, the step response in the csd did not look any similar. It doesn´t look like the typical ITn-response at all. Do you have any experience with that?

[AE 511] 5:55 Controls system genie!!!

In which video did you derive the dynamic model of the motor?

I love you

This is great. However, an example that had a value for H(s) would have been better.

The video is very helpful. Thank you. However, what is the theoretical way to find the value of C ? Suppose, for System = (s+3)/((s+1)*(s+4)*(s+5)*(s^2+4*s+5)), I have to design a controller "C" to ensure rise time less than 3 sec and overshoot less than 5%. Considering F( input) = 1 and H =1. Because, it is hard to find the value of C by tunning different values.

Thanks for such great teaching..made our journey with control much easier..need ur help as how can i write tf in matlab with complex zero . Tf = K( s+K)+jw/(s+k)^2+w^2 Appreciate ur help !!

[AE 511] 39:00 So root locus is only 100% valid for 2nd order systems? Regardless input, if you have a 3rd order denominator, the root locus regions are not 100% accurate?

I’m very new in this topic. Can I know how to design the plant model?

Where can I find the videos of the design of P and PID controllers?

Describes a tool for designing control systems in Matlab

can you adjust the input function

thank you for your videos i have learned a lot of thing from them, plz i have a question i have this open loop transfer function G=20/(p*(p+10)*(p+1)*(p-1)). But when i do a feedback the system is stay unstable and goes rapidly to infinity i have tried to stabilize it by adding a gain so i can have a positive phase margin, but even though the positive phase margin and infinite gain margin the system still unstable please can you help me. Can i use a pid controller to stabilize it? And how can I do that? Thank you.