A free, open-source Java library for automata, graphs, and transition systems

IMITATOR is a parametric timed model checker taking as input extensions of parametric timed automata, and synthesizing parameter valuations for safety properties and more.

TChecker is an open-source verification tool for timed automata

Fully verified model checker for realtime systems

LaTeX package to typeset Uppaal timed automata specifications

We propose in this work an approach for the verification of the AADL (Architecture and Analysis Design Language) description. This approach is based in Model Driven Engineering (MDE) and assisted by a toolchain. Indeed, we define a source meta-model for AADL and a target meta-model for the timed automata formalism; we define a transformation process in two steps : the first is aModel2Model transformation which takes an AADLModel and produces the corresponding timed automata model. The second transformation is a Model2Text transformation which takes a timed automata model and generates a text in ta-format code. This code is accepted by the Uppaal toolbox. The goal of this effort is to insure some properties of AADL models using the Uppaal model checker. A case study has been developed to show the feasibility and validity of the proposed approach.

🏆 时间自动机模型学习工具站点（Timed Automata）

🔧 A prototype tool on learning real-time automata based on pac.

On-the-fly model checker for timed automata with support for the alternation-free modal mu-calculus.

Timed Pattern Matching in Log Files

TARTS is a tool to auto generate code for a embedded system by an UPPAAL timed automaton

Official repository for the bachelor thesis "Learning UPPAAL Timed Automata from Network Protocol Traces"

🔨 A prototype tool for learning DOTAs based on PAC.

In this project, first a model checker is programmed in Python for cost-optimal reachability properties on timed automata, specified in Modest. Then, that model checker is used to compute battery-aware experiment schedules for the GOMX-3 nanosatellite.

🔨 A prototype tool on learning DOTAs by testing.

Tool to translate an interactive scenario written in i-score into its UPPAAL model.

Analýza systémů založená na modelech - Projekty

Recirculating pallet warehouse modeling and simulation by a Petri Net, using PIPE2 Editor, TPN Designer and Uppaal software

CS498: Bachelors Thesis Project. Title: Shield Synthesis for Cyber Physical Systems.

Homework project developed in the course FORMAL METHODS FOR CONCURRENT AND REAL-TIME SYSTEMS (now FORMAL METHODS FOR SOFTWARE ENGINEERING) of Politecnico di Milano during the academic year 2024/2025. Mark: 30 cum laude

🔨 A prototype tool for learning DOTAs based on mutation testing.

Repository for the model used in the paper "Formal Verification of a Mechcanical Ventilator using UPPAAL" presented in FTSCS'23

🔨 A prototype tool for learning DOTAs exactly.

Academic profile and research on formal verification, timed automata, and model-based testing for real-time systems.

Tool for creating Timed Automata and checking their language emptiness.

A sandbox for personal experiments with the carFollowingRTI repository

Modelling a Mirai-like botnet using networks of timed automata in UPPAAL

Generation of efficient state space for Rebeca models extended with timer variables

A Python implementation of a random generator for Uppaal models.

Dynamic libraries for Uppaal models