Abstract
In this paper we utilize dynamic inversion together with high-gain observers to stabilize an inverted pendulum on a cart. Dynamic inversion is used to invert the nonlinear map involving the control input and the high-gain observers are used to estimate the states and terms related to acceleration variables. Through numerical simulations and experiments, it is shown that it is possible to stabilize the inverted pendulum on a cart and recover the performance of state feedback control.
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