You need a model for LQR. Usually reinforcement Learning has the advantage of Model Free design. Thats the only advantage it would have. Also LQR is based upon a model of the real system, which will never perfectly describe the environment. Especially for nonlinear systems, this could provide an advantage over conventional design (Training on real system directly).
Very cool! May I know what is the reward function you used? Thanks!
good work
Amazing project, but how do you measure the angle of the pendulum?
I think he used the QUBE servo to measure the angle and some physics (lagrangian mechanics I guess). But idk, I didn't make the project.
Y cuando nos van a enseñar a hacerlo?
very cool!
But why not just use an lqr?
You need a model for LQR. Usually reinforcement Learning has the advantage of Model Free design. Thats the only advantage it would have. Also LQR is based upon a model of the real system, which will never perfectly describe the environment. Especially for nonlinear systems, this could provide an advantage over conventional design (Training on real system directly).