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ORCIDModellierung 2020: Vienna, Austria
- Judith Michael, Dominik Bork, Hans-Georg Fill
, Peter Fettke, Dimitris Karagiannis, Julius Köpke, Agnes Koschmider, Heinrich C. Mayr, Jana-Rebecca Rehse, Ulrich Reimer, Michael Striewe, Marina Tropmann-Frick, Meike Ullrich:
Companion Proceedings of Modellierung 2020 Short, Workshop and Tools & Demo Papers co-located with Modellierung 2020, Vienna, Austria, February 19-21, 2020. CEUR Workshop Proceedings 2542, CEUR-WS.org 2020 - Judith Michael, Dominik Bork:
Preface of the Joint Proceedings. 1-2
Modellierung 2020 Short Papers
- Dominik Bork, Dimitris Karagiannis, Heinrich C. Mayr:
Vorwort zu den Kurzbeiträgen der Modellierung 2020 (Preface of Modellierung 2020 Short Papers). 3-4 - Daniel Hilpoltsteiner, Markus Schmidtner, Christian Seel, Holger Timinger:
Architektur und Entwicklung eines Modellierungswerkzeuges zur kollaborativen synchronen Konstruktion von BPMN-Modellen (Architecture and Development of a Modeling Tool for Collaborative Synchronous Construction of BPMN Models). 5-12 - Yannic Ole Kropp, Bernhard Thalheim:
Conceptual Modelling and Humanities. 13-21 - Arkadii Gerasimov, Patricia Heuser, Holger Ketteniß, Peter Letmathe, Judith Michael, Lukas Netz, Bernhard Rumpe, Simon Varga:
Generated Enterprise Information Systems: MDSE for Maintainable Co-Development of Frontend and Backend. 22-30 - Dirk Hamann, Christoph Gibcke, Kurt Sandkuhl, Birger Lantow:
Zur Modellierungsausbildung in der Informatik: Auswertung von Modellierungsaufgaben im Zeitraum 2011 bis 2019 (On Modeling Education in Informatics: Evaluation of Modeling Tasks in the Period 2011 to 2019). 31-39
1st International Workshop on Conceptual Modeling for Distributed Ledger Technologies (MOD-DLT)
- Hans-Georg Fill, Julius Köpke:
1st International Workshop on Conceptual Modeling for Distributed Ledger Technologies (preface). 40-41 - Claudio Di Ciccio:
Towards a Process-oriented Analysis of Blockchain Data (invited paper). 42-44 - Giovanni Meroni:
Trusted Artifact-Driven Monitoring of Business Processes using Blockchains (invited paper). 45-47 - Filip Fatz, Philip Hake, Peter Fettke:
Blockchain-based Decentralized Validation of Tax Processes (invited paper). 48-50 - Hans-Georg Fill, Felix Härer:
Storing and Attesting Conceptual Models on Blockchains (invited paper). 51-52 - Julius Köpke:
Towards Modeling Privity and Enforceability Requirements for BPM based Smart Contracts (invited paper). 53-55
2. Workshop zur Modellierung in der Hochschullehre - MoHoL 2020 (Workshop on Modeling in Higher Education Teaching)
- Jana-Rebecca Rehse, Michael Striewe, Meike Ullrich:
2. Workshop zur Modellierung in der Hochschullehre (preface) (2nd Workshop on Modeling in Higher Education Teaching). 56-57 - Jörg Desel:
Modellieren lehren - Lehren modellieren (Extended Abstract) (Teaching Modeling - Model Teaching). 58-62 - Kristina Rosenthal, Benjamin Ternes, Stefan Strecker:
Learning Conceptual Modeling: Structuring Overview, Research Themes and Paths for Future Research (Extended Abstract). 63-64 - Adrian Rebmann, Alexander Beuther, Steffen Schumann, Peter Fettke:
Hands-on Process Discovery with Python - Utilizing Jupyter Notebook for the Digital Assistance in Higher Education. 65-76 - René Ponto, Tobias Schüler, Michael Striewe:
Ansätze zur automatischen Generierung von Aufgaben zum Modellverstehen am Beispiel von UML-Sequenzdiagrammen (Approaches for Automatic Generation of Tasks for Model Comprehension using UML Sequence Diagrams as an Example). 77-88 - Marcellus Siegburg, Janis Voigtländer:
Generating Diverse Exercise Tasks on UML Class and Object Diagrams, Using Formalisations in Alloy. 89-100 - Carlo Simon, Stefan Haag:
Digitale Zwillinge modellieren und verstehen: Eine Fallstudie zum problembasierten und forschenden Lernen (Modeling and Understanding Digital Twins: A Case Study of Problem-Based and Exploratory Learning). 101-112 - Meike Ullrich, Salome E. Franzen, Andreas Oberweis:
Was sollen Studierende modellieren? Erweiterung klassischer Prozessmodellierungsaufgaben um den Aspekt der Prozesserhebung (short paper) (What should Students Model? Extension of Process Modeling Tasks to include Process Elicitation). 113-118 - Bahar Kutun, Werner Schmidt:
BPMN-Rad: Gamifizierte Anwendung zur Unterstützung der Modellierung von Geschäftsprozessen mittels der Modellierungssprache BPMN (short paper) (The BPMN-Wheel: A Gamified Application to Support the Modeling of Business Processes using BPMN). 119-127
1st Workshop Models in Artificial Intelligence
- Ulrich Reimer, Dominik Bork, Peter Fettke, Marina Tropmann-Frick:
Preface of the First Workshop Models in AI. 128-129 - Mathias Anneken, Sebastian Markgraf, Sebastian Robert, Jürgen Beyerer:
Learning of Utility Functions for the Behaviour Analysis in Maritime Surveillance Tasks. 130-143 - Aysel Biyik, Bruno Albert Neumann-Saavedra, Dirk Christian Mattfeld:
A Methodology for Assisting Customers Service Selection in Freight Transportation by Data Analytics. 144-149 - Jan Fabian Ehmke, Thomas Horstmannshoff:
Position Paper: Explainable Search of Multimodal Itineraries. 150-156 - Peter Fettke:
Conceptual Modelling and Artificial Intelligence: Overview and research challenges from the perspective of predictive business process management. 157-164 - Jakob Michael Schoenborn, Pascal Reuss, Carsten Wenzel, Klaus-Dieter Althoff:
Towards a Case-Based Decision Support System for Recruiting Processes using T-Shapes. 165-171 - Clemens Schreiber, Gunther Schiefer, Sascha Alpers, Marius Take, Andreas Oberweis:
Prozessorientiertes Reinforcement Learning: Grafische Modellierung zur Unterstützung der Erklärbarkeit (Process-Oriented Reinforcement Learning: Using Graphical Modeling to increase Explainability). 172-177 - Marina Tropmann-Frick, Thomas Clemen:
Towards Enhancing of Situational Awareness for Cognitive Software Agents. 178-184 - Ulrich Reimer, Edith Maier, Beat Tödtli:
Going Beyond Explainability in Medical AI Systems. 185-191
Modellierung 2020 Tools & Demos (short papers)
- Hans-Georg Fill, Agnes Koschmider:
Presentation of Modeling Tools. 192 - Daniel Hilpoltsteiner, Markus Schmidtner:
ADAMO - Echtzeit Kollaboration mit adaptiven Prozessmodellen (ADAMO - Real-Time Collaboration with Adaptive Process Models). 193-197 - Benjamin Ternes, Kristina Rosenthal, Hagen Barth, Stefan Strecker:
TOOL - Modeling Observatory & Tool: An Update. 198-202 - Martin Gogolla, Haleh Havakili, Carsten Schipke:
Advanced Features for Model Visualization in the UML and OCL Tool USE. 203-207 - Tomas Jonsson, Matts Rimfors:
CoreWEB - Semantic Expressions in Conceptual Models for Generation of Information Systems. 208-212 - István Koren, Ralf Klamma, Matthias Jarke:
Direwolf Model Academy: An Extensible Collaborative Modeling Framework on the Web. 213-216 - Patrik Burzynski, Dimitris Karagiannis:
bee-up - A Teaching Tool for Fundamental Conceptual Modelling. 217-221 - Victoria Döller:
ProVis - Probability Visualized: Ein Modellierungswerkzeug für den Stochastikunterricht (ProVis - Probability Visualized: A Modeling Tool for Teaching Stochastics). 222-226
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