After motivating examples, this monograph gives substantial new results on the analysis and
control of linear repetitive processes. These include further applications of the abstract …

This technical note deals with a general class of discrete 2-D possibly nonlinear systems
based on the Roesser model. We first motivate the introduction of Lyapunov type definitions …

The development of a control systems theory for multidimensional linear systems, ie systems
with more than one independent variable is an area where a very significant volume of …

This article addresses the problems of establishing structural stability and the gain of 2-D
mixed continuous–discrete time systems. The first contribution is to show that Lyapunov …

This paper is intended both as an introduction to the behavioural theory of nD systems, in
particular the duality of Oberst and its applications, and also as a bridge between the …

In this paper we examine the relationship between control viewed as concatenation of
trajectories and control viewed as interconnection of systems. We show that, for one …

In this note, we clarify the statement given in the above paper, claiming that the condition for
state feedback stabilisation tends to necessity. Actually, it is possible to find examples for …

This paper addresses the problem of designing stabilizing fixed order output feedback
controllers for two-dimensional mixed continuous-discrete-time systems. The paper starts by …

In this paper, we investigate three concepts of stability for linear two-dimensional systems:
the 'good'structural stability (an algebraic property linked to the location of the roots of a …

This paper investigates the asymptotic stability of discrete dynamical systems in a class of
two-dimensional (2-D) systems whose dynamical parts are described in the Fornasini …