Nonlinear Convex Control Design for Differential Algebraic Equation Systems via LMIs
Résumé
This document presents an approach for nonlinear control design in singular systems by combining Lyapunov's direct method with exact convex structures. The conditions obtained are given in terms of linear matrix inequalities, the methodology proposed is illustrated by applying the nonlinear sector methodology to the mathematical model of a parallel robot for stabilizing it in a desired set point.