Entry last updated: 2010/9/3
Entry last validated: 2010/9/3
Tool homepage: http://webdiis.unizar.es/GISED/?q=tool/simhpn
Tool availability: Commercial (discounts for academic institutions)
Petri Nets Supported (see also help on terminology)
Components (see also help on terminology)
- Graphical Editor
- Fast Simulation
- State Spaces
- Place Invariants
- Transition Invariants
- Structural Analysis
- Simple Performance Analysis
SimHPN offers a collection of tools devoted to simulation,
analysis and synthesis of discrete event systems modeled by hybrid and
continuous Petri nets. SimHPN is embedded in the MATLAB environment
what provides the considerable advantage of creating powerful
algebraic, statistical and graphical instruments exploiting the high
quality routines available in MATLAB. The main features of the
software package are:
- Simulation of continuous Petri nets under the following
firing semantics: Infinite server, Finite server, and Product
- Import function from different graphical Petri net editors.
- Different visualization options.
- Computation of throughput bounds.
- Computation of P-T-semiflows.
- Optimal sensor placement.
- Optimal steady-state.
Group of Discrete Event Systems Engineering (GISED)
University of Zaragoza (UniZar)
Maria de Luna 1, Ada Byron building
Phone: + (34) 976762517
Fax: + (34) 976761914
SimHPN offers a user-friendly Graphical User Interface (GUI)
allowing an intuitive use of its functions. Almost all the procedures
related to simulation and structural analysis can be accessed by using
the controls of the GUI.
The maintainers of this page