Output Feedback Saturation Control for a Chain of Integrators Subject to Measurement Disturbances
摘要
In this article, the authors demonstrate the construction of a small-disturbance input-to-state stabilizing output feedback saturation controller for a chain of integrators subject to measurement and external disturbances. More generally, the authors demonstrate that the saturation controller for a chain of perturbed integrators remains robust even when the measurement disturbances are eventually bounded. Futhermore, as an application, the proposed robust controller design approach is used as a design tool in solving robust output-feedback event-triggered saturation control problems in chains of integrators.