Advanced technologies (eg, distributed sensors, RFID, and auto-identification) can gather
processing information (eg, system status, uncertain machine breakdown, and uncertain job …

This paper deals with a control problem of discrete event systems subject to capacity
constraints. Combined use of timed event graphs and Min-Plus algebra is a well-known …

To ensure the effective and reasonable classification of virtual resources and provide
support for the search and matching of required resources that accomplish tasks in cloud …

Practical control of timed behaviours in industrial applications is difficult. One of the few
efficient modelling approaches to deal with time constraints on discrete event systems is to …

A class of timed discrete event systems can be modeled by using Timed-Event Graphs, a
class of timed Petri nets that can have its firing dynamic described by using an algebra …

This paper proposes analytical approaches to solve the problem of generalised marking
constraints enforced on partially controllable and observable timed event graphs. For this …

The paper contributes with an original method of designing a control for discrete event
systems modeled by a class of timed Petri nets. Precisely, this work deals with the closed …

This paper discusses the problem of control laws for Discrete Event Dynamic Systems
(DEDSs) represented by Timed Event Graphs (TEGs) under Generalized Marking …

Two algorithms for solving a specific class of steady-state control problems for Timed Event
Graphs are presented. In the first, asymptotic convergence to the desired set is guaranteed …

In this paper, a new control technique is developed for a class of Petri net subject to
synchronization phenomena. Combined with dioids algebra, this work deals with the state …