Welcome to the Documentation of HAI-CPS ======================================= The **Hamburg AI Benchmark for Cyber-Physical Systems (HAI-CPS)** is a comprehensive dataset designed for evaluating AI models in the domains of **anomaly detection, diagnosis, and reconfiguration** for Cyber-Physical Systems (CPS). HAI-CPS is structured as a benchmark comprising ten different scenarios of a modular process plant, each demonstrating various functionalities and increasing complexities. This enables you to comprehensively test your algorithms not only on a single use-case but systematically across increasingly complex examples within the same domain. Each scenario can feature multiple anomalies occurring within a single module or across multiple modules of the CPS. .. image:: /_static/imgs/banner.png :alt: banner :class: align-center :width: 100% HAI-CPS includes: - OpenModelica simulation models - Pre-simulated datasets for benchmarking - Docker integration for easy execution In addition to the provided setups, you can also create and simulate your own system constellations using the OpenModelica models and the HAI-CPS Python API. .. note:: **HAI-CPS** extends the **Benchmark for Diagnosis, Reconfiguration, and Planning (BeRfiPl)**. You can access the previous version here: `BeRfiPl Benchmark `_ .. toctree:: :maxdepth: 2 :caption: Contents: installation overview/index simulation/index datasets When using HAI-CPS, please cite .. code-block:: @misc{Ehrhardt2025, author = {Ehrhardt, Jonas and Moddemann, Lukas and Niggemann, Oliver}, year = {2025}, title = {The Hamburg Artificial Intelligence Benchmark for Cyber-Pyhsical Sytems - HAI-CPS}, howpublished = {\url=https://github.com/j-ehrhardt/hai-cps-benchmark}, doi = {}, } HAI-CPS was developed at the Chair of Informatics in Mechanical Engineering at Helmut-Schmidt-Universtiy. |hsu| |imb| .. |hsu| image:: https://www.hsu-hh.de/wp-content/themes/hsu/img/helmut-schmidt-universitaet-logo.svg :width: 12% .. |imb| image:: https://www.hsu-hh.de/imb/wp-content/uploads/sites/677/2021/01/IMB_1080.png :width: 10%