This paper deals with robust invariant sets construction for discrete-time linear time-invariant dynamics. The case of a zonotopic disturbance set is analysed in detail by exploiting the properties of these geometrical structures. A constructive method is provided for diminishing the conservatism of ultimate bound invariant sets. It is shown that the resulting zonotopic set is related to the minimal robust positively invariant set in the sense that their boundaries have common points
We propose a novel algorithm to compute low-complexity polytopic robust control invariant (RCI) sets...
International audienceThis paper pursues a framework of set characterization of dynamical systems wi...
Abstract: New sequences of monotonically increasing sets are introduced, for linear discrete-time sy...
International audienceThe objective of this chapter is to present a methodology for computing robust...
In this article the problem of characterizing sets, described by vector nonlinear inequalities of th...
Abstract: This paper addresses invariant set computation for discrete-time switched systems subject ...
International audienceIn this paper we provide a RPI over-approximation of the mRPI set associated f...
This paper is concerned with the construction of positively invariant convex polyhedral uniform ulti...
Certain problems concerning state constraints and control constraints can often be reduced to the st...
This paper presents new results on robust positively invariant (RPI) sets for linear discrete-time s...
This paper introduces methods of deriving and computing maximal robust positively invariant sets for...
A procedure and theoretical results are presented for the problem of determining a minimal robust po...
In this article a novel approach to the determination of polytopic invariant sets for constrained di...
International audienceInvariant set theory has been recognized as an important tool for control desi...
We propose a novel algorithm to compute low-complexity polytopic robust control invariant (RCI) sets...
International audienceThis paper pursues a framework of set characterization of dynamical systems wi...
Abstract: New sequences of monotonically increasing sets are introduced, for linear discrete-time sy...
International audienceThe objective of this chapter is to present a methodology for computing robust...
In this article the problem of characterizing sets, described by vector nonlinear inequalities of th...
Abstract: This paper addresses invariant set computation for discrete-time switched systems subject ...
International audienceIn this paper we provide a RPI over-approximation of the mRPI set associated f...
This paper is concerned with the construction of positively invariant convex polyhedral uniform ulti...
Certain problems concerning state constraints and control constraints can often be reduced to the st...
This paper presents new results on robust positively invariant (RPI) sets for linear discrete-time s...
This paper introduces methods of deriving and computing maximal robust positively invariant sets for...
A procedure and theoretical results are presented for the problem of determining a minimal robust po...
In this article a novel approach to the determination of polytopic invariant sets for constrained di...
International audienceInvariant set theory has been recognized as an important tool for control desi...
We propose a novel algorithm to compute low-complexity polytopic robust control invariant (RCI) sets...
International audienceThis paper pursues a framework of set characterization of dynamical systems wi...
Abstract: New sequences of monotonically increasing sets are introduced, for linear discrete-time sy...