On topology, size and generalization of non-linear feed-forward neural networks. - Stephan Rudolph (Neurocomputing, 1997)

Exploiting Similarity Theory for Case-Based Reasoning in Real-Valued Engineering Design Problems. - Peter Hertkorn; Stephan Rudolph (AID, 1998)

From data to models: synergies of a joint data mining and similarity theory approach. - Peter Hertkorn; Stephan Rudolph (Data Mining and Knowledge Discovery: Theory, Tools, and Technology, 1999)

Systematic method to identify patterns in engineering data. - Peter Hertkorn; Stephan Rudolph (Data Mining and Knowledge Discovery: Theory, Tools, and Technology, 2000)

Knowledge discovery in scientific data. - Stephan Rudolph (Data Mining and Knowledge Discovery: Theory, Tools, and Technology, 2000)

Knowledge discovery in scientific data using hierarchical modeling in dimensional analysis. - Steffen Brückner; Stephan Rudolph (Data Mining and Knowledge Discovery: Theory, Tools, and Technology, 2001)

An Evolutionary Approach to the Inverse Problem in Rule-Based Design Representations. - Stephan Rudolph; Rolf Alber (AID, 2002)

Knowledge discovery process for scientific and engineering data. - Luis J. Barrios; Stephan Rudolph (Data Mining and Knowledge Discovery: Theory, Tools, and Technology, 2002)

Aspects of knowledge discovery in technical data. - Steffen Brückner; Stephan Rudolph (Data Mining and Knowledge Discovery: Theory, Tools, and Technology, 2002)

Knowledge discovery in engineering dynamic system analysis. - Steffen Brückner; Stephan Rudolph (Data Mining and Knowledge Discovery: Theory, Tools, and Technology, 2003)

A design language for generic space-frame structure design. - Manan Haq; Stephan Rudolph (Int. J. Comput. Appl. Technol., 2007)

Guarded Process Spaces (GPS): A Navigation System towards Creation and Dynamic Change of Healthcare Processes from the End-User's Perspective. - Claudia Reuter; Peter Dadam; Stephan Rudolph; Wolfgang Deiters; Simon Trillsch (Business Process Management Workshops (2), 2011)

Generating simulation models from UML - a FireSat example. - Johannes Groß; Stephan Rudolph (SpringSim (TMS-DEVS), 2012)

Design Computing and Cognition (DCC'10). - Stephan Rudolph; Jeff Heisserman; Steve J. Culley (Artif. Intell. Eng. Des. Anal. Manuf., 2012)

Optimum function for minimum weight evaluation of structural joints. - Laura T. Beilstein; Stephan Rudolph (GI-Jahrestagung, 2014)

Automated Piping with Standardized Bends in Complex Systems Design. - Samuel Vogel; Stephan Rudolph (CSDM, 2016)

Graph-Based Design Languages: A Lingua Franca for Product Design Including Abstract Geometry. - Jens Schmidt; Stephan Rudolph (IEEE Computer Graphics and Applications, 2016)

A Formalization Method to Process Structured Natural Language to Logic Expressions to Detect Redundant Specification and Test Statements. - Benedikt Walter; Jakob Hammes; Marco Piechotta; Stephan Rudolph (RE, 2017)

Machine-Executable Model-Based Systems Engineering with Graph-Based Design Languages. - Benedikt Walter; Dennis Kaiser; Stephan Rudolph (CSDM, 2018)

Improving Test Execution Efficiency Through Clustering and Reordering of Independent Test Steps. - Benedikt Walter; Maximilian Schilling; Marco Piechotta; Stephan Rudolph (ICST, 2018)

Digital Manufacturing and Virtual Commissioning of Intelligent Factories and Industry 4.0 Systems Using Graph-Based Design Languages. - Nicolai Beisheim; Markus Kiesel; Stephan Rudolph (TE, 2018)

Complex System Design with Design Languages: Method, Applications and Design Principles. - Samuel Vogel; Stephan Rudolph (CoRR, 2018)

From Manual to Machine-executable Model-based Systems Engineering via Graph-based Design Languages. - Benedikt Walter; Dennis Kaiser; Stephan Rudolph (MODELSWARD, 2019)

Executable State Machines Derived from Structured Textual Requirements - Connecting Requirements and Formal System Design. - Benedikt Walter; Jan Martin; Jonathan Schmidt 004; Hanna Dettki; Stephan Rudolph (MODELSWARD, 2019)

Connecting Building Design with the Digital Factory by Design Languages to Explore Different Solutions. - Christopher Voss; Frank Petzold; Stephan Rudolph (J. Integr. Des. Process. Sci., 2020)

EIPPM - The Executable Integrative Product-Production Model. - Dominik Schopper; Karl Kübler; Stephan Rudolph; Oliver Riedel (Comput., 2021)

Model-Driven Optimisation of Monitoring System Configurations for Batch Production. - Andreas Margraf; Henning Cui; Simon Heimbach; Jörg Hähner; Steffen Geinitz; Stephan Rudolph (MODELSWARD, 2023)

Graph transformation in engineering design: an overview of the last decade. - Christopher Voss; Frank Petzold; Stephan Rudolph (Artif. Intell. Eng. Des. Anal. Manuf., 2023)

On Some Artificial Intelligence Methods in the V-Model of Model-Based Systems Engineering. - Stephan Rudolph (MODELSWARD, 2024)

Automated pipe design in 3D using a multi-objective toolchain for efficient decision-making. - Moritz Neumaier; Stefan Kranemann; Bernd Kazmeier; Stephan Rudolph (J. Comput. Des. Eng., 2024)

Automatic Evaluation and Partitioning of Algorithms for Heterogeneous Systems. - Simon Heimbach; Stephan Rudolph (MODELSWARD, 2025)

GPU Implementation of the Wavelet Tree. - Marco Franzreb; Martin Burtscher; Stephan Rudolph (CoRR, 2025)