In case it is helpful, here are all my Control Theory videos in a single playlist th-cam.com/play/PLxdnSsBqCrrF9KOQRB9ByfB0EUMwnLO9o.html. Please let me know what you think in the comments. Thanks for watching!
Dunno if you guys gives a damn but if you're bored like me during the covid times then you can watch pretty much all the latest series on InstaFlixxer. Been binge watching with my girlfriend during the lockdown :)
AE511: @ 14:25 why would we want the poles to be on the limits of our performance requirements? Wouldn't the system stability increase, AND have more margin to the performance requirements if we just put the poles on the real axis?
I'm glad it was helpful. There are other similar videos on the channel, please feel free to check them out and let me know what you think. Thanks for watching!
Great video. Could you put the link of 'Getting started with sisotool in matlab' and 'designing a PID Controller with sisotool in matlab' as you mentioned at the end of this video?
Great video. Thank you. I have a question. I tried the following plant: num = [1 1]; denom = [1 0.3 1]; I have used the gain of 4.3 after drawing the root locus where the response should have been very good, however I didn't find the closed loop response to follow the step input of 1, though the oscillations got reduced than previous open loop response. Could you please comment on that? Thank you once again.
Anjan, Thanks for reaching out, I'm glad you enjoyed the video. Unfortunately I'm unable to respond to questions on TH-cam due to the sheer volume of inquiries that I receive. That being said, I hope you'll consider supporting the channel via Patreon at www.patreon.com/christopherwlum as I'll be able to answer questions there. I'd love to have you as a Patron as I'm able to talk/interact personally with Patrons. Thanks for watching!
can i ask, where did you get the value for the red line (that satisfy the settling time line) ? you said that you already mention it in previous video, but i couldn't find which one. i love your video btw :)
In case it is helpful, here are all my Control Theory videos in a single playlist th-cam.com/play/PLxdnSsBqCrrF9KOQRB9ByfB0EUMwnLO9o.html. Please let me know what you think in the comments. Thanks for watching!
Dunno if you guys gives a damn but if you're bored like me during the covid times then you can watch pretty much all the latest series on InstaFlixxer. Been binge watching with my girlfriend during the lockdown :)
@Tripp Lorenzo Yup, I've been using instaflixxer for since december myself :D
Nailed the "hello everyone" intro as always
Especially with classes being cancelled due to the corona, you and your videos have been a saving grace! I might actually graduate after all :’)
Thank you for the lecture, the big picture review of how all the components we've studied so far come together is really helpful.
Great example of rlocus and high level requirements to design a simple controller
Great video. I love how clear you are about testing the system!
Short but sweet. Thanks for another great video!
Great to see how unique the root locus tool is in matlab
great video on the root locus technique and how to apply it to a real application
Made me understand root locus and gave me a higher understanding of parameters that drive system performance
Excellent way to visualize gain selection for controller design!
This is really powerful tool! Looking forward to the videos on how to hand sketch them
Neat to see all of this come together
We're really starting to get cooking. We'll mix even more together next week. Keep me posted on how things go!
AE511: @ 14:25 why would we want the poles to be on the limits of our performance requirements? Wouldn't the system stability increase, AND have more margin to the performance requirements if we just put the poles on the real axis?
Awesome lecture, thanks!
I'm glad it was helpful. There are other similar videos on the channel, please feel free to check them out and let me know what you think. Thanks for watching!
its great to apply abstract math concepts to more real applications
Great video, thanks Chris.
Really appreciate these videos!
AE511-fantastic video
great video. please upload the missing videos sir and thank u
Great to learn about this method
Thanks a lot for youramazing videos. Could you please geve link for sistool links?I cannot find it.
Great video. Could you put the link of 'Getting started with sisotool in matlab' and 'designing a PID Controller with sisotool in matlab' as you mentioned at the end of this video?
AE511: Pretty cool to see how the last 7 weeks of class has basically led up to this lecture
Огромное спасибо! Отличный урок
really appreciate ur lecture
This was very helpful for lab
Great video. Thank you. I have a question. I tried the following plant: num = [1 1];
denom = [1 0.3 1]; I have used the gain of 4.3 after drawing the root locus where the response should have been very good, however I didn't find the closed loop response to follow the step input of 1, though the oscillations got reduced than previous open loop response. Could you please comment on that? Thank you once again.
Anjan,
Thanks for reaching out, I'm glad you enjoyed the video. Unfortunately I'm unable to respond to questions on TH-cam due to the sheer volume of inquiries that I receive. That being said, I hope you'll consider supporting the channel via Patreon at www.patreon.com/christopherwlum as I'll be able to answer questions there. I'd love to have you as a Patron as I'm able to talk/interact personally with Patrons. Thanks for watching!
Great video, thanks!
can i ask, where did you get the value for the red line (that satisfy the settling time line) ? you said that you already mention it in previous video, but i couldn't find which one. i love your video btw :)
Dear Sir,
Can you show how we design k analytically. Theoretical way rather than MATLAB
Link for the SISO tool video?
th-cam.com/video/RPzFLzKkQGs/w-d-xo.html
Can't find the linked video about the root locus method but great video otherwise
Good catch, I will try to upload this shortly.
interesting video
Nice
Hello everyone!
How to use root locus to meet requirements
AE511
Awesome lecture, thanks!
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