As a preliminary overview, this work provides first a broad tutorial on the fluidization of
discrete event dynamic models, an efficient technique for dealing with the classical state …

This paper considers the problem of reaching a desired final state from a given initial one.
Models are assumed to be Choice-Free continuous Petri nets. A minimum-time …

Timed continuous Petri net (TCPN) systems are piecewise-linear models with input
constraints that can approximate the dynamical behavior of a class of timed discrete-event …

In this paper we focus on distributed control of timed continuous Petri nets (TCPN). We
assume that subsystems are connected by places modeling buffers. The problem we handle …

Controllability is a property related to the capability of driving a system to any desirable
(steady) state or state trajectory. As in discrete nets, continuous nets can be controlled by …

A distributed continuous Petri net system (DCPN) is composed of several subsystems that
are interconnected through buffers that are origin and destination private (ie modelled by …

In this paper we study a reachability control problem for distributed systems modeled by
timed continuous Petri nets. In particular, we generalize our previous works in this …

This paper addresses the decentralized control of large scale systems modeled with timed
continuous Marked Graphs (ContMG). Decentralized structures are first obtained by …

This paper addresses the distributed control of large scale systems that are modeled with
timed continuous Petri nets (ContPN). Distributed structures are first obtained after the …

Timed continuous Petri net (TCPN) systems are piecewise-linear models with input
constraints that can approximate the dynamical behavior of a class of timed discrete-event …