Full Description
This book constitutes the proceedings of the 47th International Conference on Application and Theory of Petri Nets and Concurrency, PETRI NETS 2026, held in Hamburg, Germany, during June 2026.
The 14 full papers and 6 short papers presented in this volume were carefully reviewed and selected from 42 submissions. The topics of accepted papers includes Parallel computing models, Abstract machines, Formal languages and automata theory.
Contents
.- Electronic Voting: Design, Attacks and Formal Verification.
.- Empirical Research on Petri Nets.
.- Asymptotic Analysis of Expected Complexity in VASS MDPs.
.- Old and new perspectives on Petri nets flows.
.- Aligning Observed Timed Traces with Timed Stochastic Models.
.- Constructing Weakly Terminating Interface Protocols.
.- Persistent Permutability Implies Persistence for Pure Dissymmetric Choice Petri Nets.
.- ANIMATE: Automated Framework for Scalable Design of Tsetlin Machines using 1-safe Petri nets.
.- Supporting Modularity by (De-)Composition of Distributed P/T Nets based on Karger's Algorithm for Distributed Execution.
.- Preserving LTL Properties in Sweep-Line State Space Exploration with Partial-Order Reduction.
.- Conformance Checking for Partially Ordered Event Logs using Token-Based Replay.
.- Maximal Firing Semantics for Continuous and Ordinary Petri Nets.
.- Towards General Trace Theory.
.- Safety Analysis in Broadcast Networks Defined by Graph Grammars.
.- Coming Home for Blocking Transitions Fast.
.- Coverability Abstraction for the Modular State Space.
.- PACO: a Petri Net-Based Tool for Designing, Simulating, and Analyzing Multi-Objective Stochastic Processes.
.- IsoNet: Property-Preserving Hierarchical Decomposition of Workflow Nets.
.- A Web-Based Tool for Modeling, Simulation, and Analysis of Petri Nets with Data.
.- Netgrif Platform: A Tool for Executable Models of Object-Centric Processes in Petriflow Language.
.- Petri-Dish: A Petri Net Survey Tool for Education and Research.
.- OCPN Studio: Web-Based Modeling, Simulation and Analysis of Object-Centric Petri Nets.



