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ORCIDStephan Rudolph
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Journal Articles
- 2024
[j7]Moritz Neumaier
, Stefan Kranemann, Bernd Kazmeier, Stephan Rudolph:
Automated pipe design in 3D using a multi-objective toolchain for efficient decision-making. J. Comput. Des. Eng. 11(5): 77-98 (2024)- 2021
- [j6]Dominik Schopper, Karl Kübler, Stephan Rudolph, Oliver Riedel:
EIPPM - The Executable Integrative Product-Production Model. Comput. 10(6): 72 (2021) - 2020
- [j5]Christopher Voss, Frank Petzold, Stephan Rudolph:
Connecting Building Design with the Digital Factory by Design Languages to Explore Different Solutions. J. Integr. Des. Process. Sci. 24(3-4): 95-120 (2020) - 2016
- [j4]Jens Schmidt, Stephan Rudolph:
Graph-Based Design Languages: A Lingua Franca for Product Design Including Abstract Geometry. IEEE Computer Graphics and Applications 36(5): 88-93 (2016) - 2012
- [j3]Stephan Rudolph, Jeff Heisserman, Steve J. Culley:
Design Computing and Cognition (DCC'10). Artif. Intell. Eng. Des. Anal. Manuf. 26(2): 105-106 (2012) - 2007
- [j2]Manan Haq, Stephan Rudolph:
A design language for generic space-frame structure design. Int. J. Comput. Appl. Technol. 30(1/2): 77-87 (2007) - 1997
- [j1]Stephan Rudolph:
On topology, size and generalization of non-linear feed-forward neural networks. Neurocomputing 16(1): 1-22 (1997)
Conference and Workshop Papers
- 2024
- [c21]Stephan Rudolph:
On Some Artificial Intelligence Methods in the V-Model of Model-Based Systems Engineering. MODELSWARD 2024: 386-393 - 2023
- [c20]Andreas Margraf, Henning Cui, Simon Heimbach, Jörg Hähner, Steffen Geinitz, Stephan Rudolph:
Model-Driven Optimisation of Monitoring System Configurations for Batch Production. MODELSWARD 2023: 176-183 - 2019
- [c19]Benedikt Walter, Jan Martin, Jonathan Schmidt, Hanna Dettki, Stephan Rudolph:
Executable State Machines Derived from Structured Textual Requirements - Connecting Requirements and Formal System Design. MODELSWARD 2019: 193-200 - [c18]Benedikt Walter, Dennis Kaiser, Stephan Rudolph:
From Manual to Machine-executable Model-based Systems Engineering via Graph-based Design Languages. MODELSWARD 2019: 201-208 - 2018
- [c17]Benedikt Walter, Dennis Kaiser, Stephan Rudolph:
Machine-Executable Model-Based Systems Engineering with Graph-Based Design Languages. CSDM 2018: 239 - [c16]Benedikt Walter, Maximilian Schilling, Marco Piechotta, Stephan Rudolph:
Improving Test Execution Efficiency Through Clustering and Reordering of Independent Test Steps. ICST 2018: 363-373 - [c15]Nicolai Beisheim, Markus Kiesel, Stephan Rudolph:
Digital Manufacturing and Virtual Commissioning of Intelligent Factories and Industry 4.0 Systems Using Graph-Based Design Languages. TE 2018: 93-102 - 2017
- [c14]Benedikt Walter, Jakob Hammes, Marco Piechotta, Stephan Rudolph:
A Formalization Method to Process Structured Natural Language to Logic Expressions to Detect Redundant Specification and Test Statements. RE 2017: 263-272 - 2016
- [c13]Samuel Vogel, Stephan Rudolph:
Automated Piping with Standardized Bends in Complex Systems Design. CSDM 2016: 113-124 - 2014
- [c12]Laura T. Beilstein, Stephan Rudolph:
Optimum function for minimum weight evaluation of structural joints. GI-Jahrestagung 2014: 1961-1965 - 2012
- [c11]Johannes Groß, Stephan Rudolph:
Generating simulation models from UML - a FireSat example. SpringSim (TMS-DEVS) 2012: 25 - 2011
- [c10]Claudia Reuter, Peter Dadam, Stephan Rudolph, Wolfgang Deiters, Simon Trillsch:
Guarded Process Spaces (GPS): A Navigation System towards Creation and Dynamic Change of Healthcare Processes from the End-User's Perspective. Business Process Management Workshops (2) 2011: 237-248 - 2003
- [c9]Steffen Brückner, Stephan Rudolph:
Knowledge discovery in engineering dynamic system analysis. Data Mining and Knowledge Discovery: Theory, Tools, and Technology 2003: 185-192 - 2002
- [c8]Stephan Rudolph, Rolf Alber:
An Evolutionary Approach to the Inverse Problem in Rule-Based Design Representations. AID 2002: 329-350 - [c7]Steffen Brückner, Stephan Rudolph:
Aspects of knowledge discovery in technical data. Data Mining and Knowledge Discovery: Theory, Tools, and Technology 2002: 109-117 - [c6]Luis J. Barrios, Stephan Rudolph:
Knowledge discovery process for scientific and engineering data. Data Mining and Knowledge Discovery: Theory, Tools, and Technology 2002: 118-125 - 2001
- [c5]Steffen Brückner, Stephan Rudolph:
Knowledge discovery in scientific data using hierarchical modeling in dimensional analysis. Data Mining and Knowledge Discovery: Theory, Tools, and Technology 2001: 208-217 - 2000
- [c4]Stephan Rudolph:
Knowledge discovery in scientific data. Data Mining and Knowledge Discovery: Theory, Tools, and Technology 2000: 250-258 - [c3]Peter Hertkorn, Stephan Rudolph:
Systematic method to identify patterns in engineering data. Data Mining and Knowledge Discovery: Theory, Tools, and Technology 2000: 273-280 - 1999
- [c2]Peter Hertkorn, Stephan Rudolph:
From data to models: synergies of a joint data mining and similarity theory approach. Data Mining and Knowledge Discovery: Theory, Tools, and Technology 1999: 120-127 - 1998
- [c1]Peter Hertkorn, Stephan Rudolph:
Exploiting Similarity Theory for Case-Based Reasoning in Real-Valued Engineering Design Problems. AID 1998: 345-362
Informal and Other Publications
- 2018
- [i1]Samuel Vogel, Stephan Rudolph:
Complex System Design with Design Languages: Method, Applications and Design Principles. CoRR abs/1805.09111 (2018)
Coauthor Index
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