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SimHPN

Toolbox for analysis and simulation of hybrid Petri nets

Highlights

  • Simulation of hybrid Petri nets under different firing semantics
  • Computation of throughput bounds
  • Computation of P- and T-semiflows
  • Optimal sensor placement
  • Optimal steady state
  • Different visualization options

Description

SimHPN is a toolbox for MATLAB® that offers a collection of tools devoted to simulation, analysis, and synthesis of dynamical systems modeled by hybrid Petri nets. With SimHPM, users can simulate continuous Petri nets evolving under any of the following semantics: infinite server, finite server, and product semantics. Once a simulation is performed, several variables can be displayed in a MATLAB figure window. The Petri net model can be imported from two Petri net editors. The package is equipped with a graphical interface.

All parameters and data of the toolbox are standard MATLAB data structures and therefore can be easily manipulated by any MATLAB program. The product is useful for researchers and educators in the field of hybrid systems.

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University of Zaragoza

Maria de Luna 1
Zaragoza, 50018
SPAIN
Tel: +34976762517
Fax: +34976761914
cmahulea@unizar.es
Home Page

Required Products

Platforms

  • Windows

Support

  • E-mail
  • Telephone

Product Type

  • Modeling and Simulation Tools

Tasks

  • MATLAB Programming
  • Process Control and Monitoring
  • System Modeling and Simulation
  • Discrete event systems

Industries

  • Consumer Electronics