Behavioral compatibility of simulink models for product line maintenance and evolution. - Bernhard Rumpe; Christoph Schulze 002; Michael von Wenckstern; Jan Oliver Ringert; Peter Manhart (SPLC, 2015)

Infrastructure to Use OCL for Runtime Structural Compatibility Checks of Simulink Models. - Vincent Bertram; Peter Manhart; Dimitri Plotnikov; Bernhard Rumpe; Christoph Schulze 002; Michael von Wenckstern (Modellierung, 2016)

Extendable Toolchain for Automatic Compatibility Checks. - Vincent Bertram; Alexander Roth 004; Bernhard Rumpe; Michael von Wenckstern (OCL@MoDELS, 2016)

Encapsulation, Operator Overloading, and Error Class Mechanisms in OCL. - Vincent Bertram; Bernhard Rumpe; Michael von Wenckstern (OCL@MoDELS, 2016)

Consistent Extra-Functional Properties Tagging for Component and Connector Models. - Shahar Maoz; Jan Oliver Ringert; Bernhard Rumpe; Michael von Wenckstern (ModComp@MoDELS, 2016)

Der Weg zur Modellbasierten Evolution und Adaption medizinischer Leitlinien. - Michael Czaplik; Pedram Mir Seyed Nazari; Alexander Roth 004; Bernhard Rumpe; Verena Voigt; Michael von Wenckstern; Andreas Wortmann 001 (Software Engineering (Workshops), 2016)

Test-driven semantical similarity analysis for software product line extraction. - Johannes Richenhagen; Bernhard Rumpe; Axel Schloßer; Christoph Schulze 002; Kevin Thissen; Michael von Wenckstern (SPLC, 2016)

MontiMatcher: Ähnlichkeitsanalyse- Framework zur Produktlinienextraktion und Evolutionsüberwachung. - Bernhard Rumpe; Christoph Schulze 002; Michael von Wenckstern (Softwaretechnik-Trends, 2016)

Modeling Architectures of Cyber-Physical Systems. - Evgeny Kusmenko; Alexander Roth 004; Bernhard Rumpe; Michael von Wenckstern (ECMFA, 2017)

Component and Connector Views in Practice: An Experience Report. - Vincent Bertram; Shahar Maoz; Jan Oliver Ringert; Bernhard Rumpe; Michael von Wenckstern (MoDELS, 2017)

Simulation Framework for Executing Component and Connector Models of Self-Driving Vehicles. - Filippo Grazioli; Evgeny Kusmenko; Alexander Roth 004; Bernhard Rumpe; Michael von Wenckstern (MoDELS (Satellite Events), 2017)

OCL Framework to Verify Extra-Functional Properties in Component and Connector Models. - Shahar Maoz; Ferdinand Mehlan; Jan Oliver Ringert; Bernhard Rumpe; Michael von Wenckstern (MoDELS (Satellite Events), 2017)

Anforderungsverikation von Komponenten- und Konnektormodellen am Beispiel autonom fahrender Autos. - Malte Heithoff; Bernhard Rumpe; Michael von Wenckstern (Softwaretechnik-Trends, 2017)

EmbeddedMontiArc: Textual modeling alternative to Simulink (Tool Demonstration). - Evgeny Kusmenko; Jean-Marc Ronck; Bernhard Rumpe; Michael von Wenckstern (MoDELS (Workshops), 2018)

Highly-Optimizing and Multi-Target Compiler for Embedded System Models: C++ Compiler Toolchain for the Component and Connector Language EmbeddedMontiArc. - Evgeny Kusmenko; Bernhard Rumpe; Sascha Schneiders; Michael von Wenckstern (MoDELS, 2018)

Teaching Playground for C&C Language EmbeddedMontiArc. - Evgeny Kusmenko; Bernhard Rumpe; Ievgen Strepkov; Michael von Wenckstern (MoDELS (Workshops), 2018)

Model-Based Development of Self-Adaptive Autonomous Vehicles using the SMARDT Methodology. - Steffen Hillemacher; Stefan Kriebel; Evgeny Kusmenko; Mike Lorang; Bernhard Rumpe; Albi Sema; Georg Strobl; Michael von Wenckstern (MODELSWARD, 2018)

Fast Simulation Preorder Algorithm. - Evgeny Kusmenko; Igor Shumeiko; Bernhard Rumpe; Michael von Wenckstern (MODELSWARD, 2018)

Component and Connector Views in Practice. - Vincent Bertram; Shahar Maoz; Jan Oliver Ringert; Bernhard Rumpe; Michael von Wenckstern (Software Engineering, 2018)

SMArDT modeling for automotive software testing. - Imke Drave; Steffen Hillemacher; Timo Greifenberg; Stefan Kriebel; Evgeny Kusmenko; Matthias Markthaler; Philipp Orth; Karin Samira Salman; Johannes Richenhagen; Bernhard Rumpe; Christoph Schulze 002; Michael von Wenckstern; et al. (Softw. Pract. Exp., 2019)

Improving the Model-Based Systems Engineering Process. - Michael von Wenckstern (Denert Award, 2020)

Verification of Structural and Extra-Functional Properties in Component and Connector Models for Embedded and Cyber-Physical Systems. - Michael von Wenckstern (Shaker, 2020)