Finite-time dissipative control design for one-sided Lipschitz nonlinear singular Caputo fractional order systems
Nguyen Thi Phuong, Nguyen Huu Sau, Mai Viet Thuan
Abstract
This paper presents an efficient analytical approach for solving the problem of dissipative control in one-sided Lipschitz singular Caputo fractional-order systems subject to nonlinear perturbations. The approach is based on mathematical transformations, and fractional calculus. A state feedback controller is designed to ensure that the closed-loop system is regular, impulse-free, and finite-time bounded with a dissipativity performance index. The results are established using tractable strict linear matrix inequalities (LMIs) without any equality constraint. Two numerical examples are provided to demonstrate the effectiveness of the proposed approach.
Topics & Concepts
MathematicsDissipative systemLipschitz continuityNonlinear systemControl theory (sociology)Fractional calculusController (irrigation)Constraint (computer-aided design)Applied mathematicsBounded functionControl (management)Mathematical analysisComputer scienceBiologyAgronomyGeometryPhysicsArtificial intelligenceQuantum mechanicsAdvanced Control Systems DesignFractional Differential Equations SolutionsChaos control and synchronization