We consider autonomous n-dimensional systems over Zn with different degrees of
autonomy, which are characterized by the freeness of the system projections on certain sub …

Allowing state feedback in the variational equation of the Pontryagin Maximum Principle
may strengthen the power of the Principle. We examine the method, several of its …

We study control problems for linear systems in the behavioral framework. Our focus is a
class of regular controllers that are equivalent to the canonical controller. The canonical …

In this paper we study linear discrete two‐dimensional systems in the behavioral context
where control is viewed as interconnection. Within this framework the natural concept of …

Novel stability and quadratic performance conditions in LMI form are presented that allow
the design of fixed-structure controllers for linear time-space-invariant spatially …

This paper deals with the problems of regular implementability and stabilization of a given
plant in the context of finite-dimensional linear differential system behaviors. In particular we …

This paper deals with multidimensional systems, for example, systems described by linear,
constant coefficient partial differential/difference equations. In the behavioral approach, the …

Stability and quadratic performance LMI conditions are presented for spatially
interconnected linear time-space-varying (LTSV) systems in input-output form. By extending …

This article extends results on regular implementability in [P. Rocha, Canonical controllers
and regular implementation of nd behaviors, in: Proceedings of the 16th IFAC World …

In this paper we deal with the problem of finding necessary and sufficient conditions for a
behavior to be regularly implementable using controllers in which an a priori given part of …