Petri nets (PNs) have many advantages such as graphical representation, formal
description, and the possibility of sequential and concurrent control. An important aspect of …

Using Petri nets (PNs) to control discrete event systems (DES) has many benefits, because
of their graphical representations, the possibility of parallel process control, and their formal …

This article presents a conception and a formal definition of hierarchical fuzzy interpreted
Petri net as a representation of a flat net. This solution allows to create control systems using …

The use of Petri nets and Fuzzy logic in intelligent process control has caught the attention of
many researchers. In this paper, a Continuous Fuzzy Petri Net (CFPN) approach that can …

Petri Net (PN) has proven to be effective graphical, mathematical, simulation, and control
tool for Discrete Event Systems (DES). But, with the growth in the complexity of modern …

Petri nets serve as a graphical and mathematical modelling tool applicable to many systems.
They can be represented in many ways. One of the most known and applicable …

The use of Petri nets and fuzzy logic in intelligent process control has caught the attention of
many researchers. In this paper, a Continuous Fuzzy Petri Net (CFPN) tool which integrates …

Petri Net (PN) is effective graphical, mathematical, simulation, and control tool for Discrete
Event Systems (DES). But, with the growth in the complexity of modern industrial, and …

Publisher Summary This chapter presents a classification of recent papers describing fuzzy-
Petri-nets (FPN) techniques and applications, discussing three major categories. It also …

Industrial processes can be often modelled using Petri nets. If all the process variables (or
events) are assumed to be twovalued signals, then it is possible to obtain a hardware or …