Inverted Pendulum 2

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Uploaded by on Aug 7, 2006

Robust control of the Quanser Inverted Pendulum system. Design was made by D-K iteration for nominal cart (no wights). Weights added in this video to cart and pendulum to show robustness.

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Uploader Comments (talkboxmayhem)

  • Did you linearize you dynamic equations or did you use a nonlinear control law for you controller design?

  • It's linearized. The robust control method I used only applies to linear systems. Essentially, I did an H_\infty design, then "robustified" it via D-K iteration.

  • thats tight, how do u get it to sense the falling pendulum,

  • There is an encoder that measures the angle of the pendulum. Also, there is an encoder which measures the position of the cart (the controller is supposed to keep the cart in the center of the track as well)

Top Comments

  • man I hope the world isn't as ignorant as you! Ever been on a plane, take a look at the wing's flaps, you know the part that allows it to fly. That's an obvious example of a "control system". They're everywhere and modern day civilization could not function without it. So the next time you make a critical comment, do your homework dumb ass or I suspect you flunked out and have trouble adding your bill at the variety store.

  • how do you convert angle into digital data?

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All Comments (22)

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  • what do I have to study to be involve in stuff like this??

    looks cool xD

  • Loophole: What if you push it forward?

  • the robot is probably thinking "Fuck, FUCK  STOP... STOP IT! HOLY SHIT STOP TOUCHING ME!!!!!!"

  • You attach it to a kinda of potentiometer.

    Or you put an accelerometer on the arm... But i'm sure you have figured it out by now over the past year. :)

  • cool...what it's for?

  • most microcontrollers in industry (AVR chips etc) have analogue input processors on them, and you simply need to find a way to gather an analogue signal from the changing angle :)

  • thats pretty random

  • thats deluxe

  • this work in 2D as well??

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