ACTIVE FAULT DIAGNOSIS IN AUTOMATED MANUFACTURING SYSTEMS: MODELED USING INTERPRETED PETRI NETS

JOSUE ANTONIO PRIETO OLIVARES; ELVIA RUIZ BELTRÁN; CARLOS; RENATO VAZQUEZ TOPETE; JORGE LUIS OROZCO MORA

doi:https://doi.org/10.52152/D11367

Return to the menu

Search

Vote:

Results:

0 points

0 Votes

ACTIVE FAULT DIAGNOSIS IN AUTOMATED MANUFACTURING SYSTEMS: MODELED USING INTERPRETED PETRI NETS

MAY 2025 - Volume: 100 - Pages: 260-266

DOI:

https://doi.org/10.52152/D11367

Authors:

JOSUE ANTONIO PRIETO OLIVARES - ELVIA RUIZ BELTRÁN - CARLOS-RENATO VAZQUEZ TOPETE - JORGE LUIS OROZCO MORA

Disciplines:

Computer Sciences (AUTOMATED MANUFACTURING / SISTEMA AUTOMATIZADO DE PRODUCCION )

Downloads: 8

How to cite this paper:

Download pdf

Download pdf

Received Date : 30 October 2024

Reviewing Date : 31 October 2024

Accepted Date : 13 January 2025

Key words:: Interpreted Petri Nets, active diagnosis, Factory IO, diagnosability, fault diagnosis, automated manufacturing, discrete event system, petri net, AMS, PLC
Article type:: ARTICULO DE INVESTIGACION / RESEARCH ARTICLE
Section:: RESEARCH ARTICLES

This paper deals with active diagnosis in Discrete Event System represented as Interpreted Petri Nets, which have been used to model an automated manufacturing system (AMS). In addition, a fault diagnosis scheme is implemented through residuals in an AMS controlled by a Mitsubishi PLC, which is monitored by an embedded system capable of measuring the current in the controllers in order to share information to the diagnoser, through the Modbus communication protocol with the purpose of increasing its reliability in the pronouncement.
Key Words: Interpreted Petri Nets, active diagnosis, Factory IO, diagnosability, fault diagnosis.

Share: