A feedforward compensation scheme for perfect decoupling of measurable input functions
In this paper the exact decoupling problem of signals that are accessible for measurement is investigated. Exploiting the tools and the procedures of the geometric approach, the structure of a feedforward compensator is derived that, cascaded to a linear dynamical system and taking the measurable signal as input, provides the control law that solves the decoupling problem and ensures the internal stability of the overall system.
measurable input functions geometric control theory disturbance decoupling model matching unknown input observation