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 …

Interval observer design and related techniques have been researched and applied in many
engineering fields and continue to be an active research area in the estimation and control …

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

Interval state observers provide an estimate on the set of admissible values of the state
vector at each instant of time. Ideally, the size of the evaluated set is proportional to the …

This paper proposes a set-membership state estimator and a zonotopic Kalman observer for
discrete-time descriptor systems. Both approaches are developed in a set-based context …

The problem of fault-tolerant controller design for positive Markov jump systems subject to
interval uncertainties and time-varying actuator faults is investigated in this paper. First …

While the design of optimal peak-to-peak controllers/observers for linear systems is known
to be a difficult problem, this problem becomes interestingly much easier in the context of …

Based on the theory of positive systems, the goal of interval observers is to compute sets of
admissible values of the state vector at each instant of time for systems subject to bounded …

Some applications in control require the state vector of a system to be expressed in the
appropriate coordinates so as to satisfy to some mathematical properties which constrain the …

In this paper, an interval sliding mode observer design method for uncertain systems is
proposed. Uncertainty is assumed between a known minimum value and a maximum value …