Engineering Cyber-Physical Systems. - Volker Gruhn; Stefan Gries 001; Marc Hesenius; Julius Ollesch; Shafiq-Ur Rehman; Nils Schwenzfeier; Christian Wahl; Florian Wessling (SoMeT, 2017)

Towards a practical process model for anomaly detection systems. - Nils Schwenzfeier; Volker Gruhn (SE4COG@ICSE, 2018)

Process and Workflow. - Leon J. Osterweil; Volker Gruhn; Nils Schwenzfeier (Handbook of Software Engineering, 2019)

Towards a software engineering process for developing data-driven applications. - Marc Hesenius; Nils Schwenzfeier; Ole Meyer; Wilhelm Koop; Volker Gruhn (RAISE@ICSE, 2019)

Outlier Detection in Wind Turbine Frequency Converters Using Long-Term Sensor Data. - Nils Schwenzfeier; Markus Heikamp; Ole Meyer; Andre Hönnscheidt; Michael Steffes; Volker Gruhn (AAAI, 2022)

On the Uncertainty in IoT-enabled Business Processes using Artificial Intelligence Components. - Marc Hesenius; Nils Schwenzfeier; Ole Meyer; Volker Gruhn (ICSS, 2022)

On the Applicability of Synthetic Data for Re-Identification. - Jérôme Rutinowski; Bhargav Vankayalapati; Nils Schwenzfeier; Maribel Acosta; Christopher Reining (CoRR, 2022)

Can ChatGPT Generate Code Tasks? An Empirical Study on Using ChatGPT for Generating Tasks for SQL Queries. - Ole Werger; Stefan Hanenberg; Ole Meyer; Nils Schwenzfeier; Volker Gruhn (ICSOFT, 2023)

Generating embedding spaces for re-identifying pallets from their chipwood patterns. - Nils Schwenzfeier; Jérôme Rutinowski; Marc Hesenius; Christopher Reining; Maribel Acosta (Eng. Appl. Artif. Intell., 2023)