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Petri Nets 2018

  News | Content | Dates | Grading | Material | Exercises | Exam | Contact

Slides and Lecture notes

  • Lecture notes: here.
  • Notes from SS 2016:
  • This set of slides introduces some basic definitions:
    • Place, transition, arc, token, marking, firing rule.
    • Causality, conflict, concurrency.
    • Deadlock-freeness, liveness, boundedness
  • Papers on checking coverability and fair termination of Petri nets with an SMT solver:
    • An SMT-based Approach to Coverability Analysis (CAV 2014) [Paper][Slides]
    • An SMT-based Approach to Fair Termination Analysis (FMCAD 2014) [Paper][Slides]
  • In the last part of the course I'll use material from these books: Notice that you can download them directly (for free) through the links above.
  • This paper by Prof. Tadao Murata was published in 1989, but it still is a very nice introduction to Petri nets. The paper has over 12000 citations in Google Scholar!
  • The Petri Nets World is a very interesting site with lots of information on all aspects of Petri nets. In particular you can find there a list of Petri net tools.
  • There are many tools for editing and analyzing Petri nets.
    • A reasonable tool, very easy to install, although with some annoying bugs, is PIPE2 (Platform Independent Petri net Editor 2).
    • CPNTools is a very sophisticated, more professionally developed, tool for coloured Petri nets. It is also very easy to install, but more difficult to understand!
    • APT is command-line based Java tool with many functions for analyzing Petri nets, such as checking boundedness or liveness, finding traps, siphons and invariants and constructing reachability and coverability graphs.
    • LoLA is a command-line based tool written in C++ which can answer queries on Petri nets such as reachability or deadlock checking.
  • In SS13 I used my laptop as a blackboard, and I put the resulting handwritten notes online.
    Just in case you find them useful, here are the handwritten notes of SS13: