This paper studies interval observer design for linear parameter-varying systems subject to
uncertainties in parameters, input and output. Based on a general assumption that these …

This paper proposes a novel interval observer design method for discrete-time linear
systems with unknown but bounded disturbance and measurement noise. The proposed …

This paper presents a new functional interval observer design methodology for discrete-time
multivariable Linear Parameter-Varying (LPV) systems subject to bounded uncertainties. A …

To design robust interval observers for uncertain continuous‐time linear systems, a new set‐
integration approach is proposed to compute trajectory tubes for the estimation error …

This study develops a Luenberger‐like interval observer design methodology for a class of
non‐linear systems with bounded uncertainties. First, a simple procedure is given to find a …

The goal of the interval observers is to deal with the large but bounded uncertainties and
disturbances by determining certain interval (upper and lower estimates) for the system …

This paper investigates interval estimation methods for discrete-time linear time-invariant
systems. We propose a novel interval estimation method by integrating robust observer …

Based on interval and invariant set computation, an interval version of the Luenberger state
observer for uncertain discrete‐time linear systems is proposed in this work. This new …

This paper deals with a set membership approach to design an Unknown Input Interval
Observer for uncertain Linear Time-Invariant (LTI) continuous-time systems. The goal is to …

This paper addresses the problem of interval observer design for unknown input estimation
in linear time-invariant systems. Although the problem of unknown input estimation has been …