OCL2AC: Automatic Translation of OCL Constraints to Graph Constraints and Application Conditions for Transformation Rules. - Nebras Nassar; Jens Kosiol; Thorsten Arendt; Gabriele Taentzer (ICGT, 2018)

Short-Cut Rules - Sequential Composition of Rules Avoiding Unnecessary Deletions. - Lars Fritsche; Jens Kosiol; Andy Schürr; Gabriele Taentzer (STAF Workshops, 2018)

Constructing Constraint-Preserving Interaction Schemes in Adhesive Categories. - Jens Kosiol; Lars Fritsche; Nebras Nassar; Andy Schürr; Gabriele Taentzer (WADT, 2018)

Efficient Model Synchronization by Automatically Constructed Repair Processes. - Lars Fritsche; Jens Kosiol; Andy Schürr; Gabriele Taentzer (FASE, 2019)

Adhesive Subcategories of Functor Categories with Instantiation to Partial Triple Graphs. - Jens Kosiol; Lars Fritsche; Andy Schürr; Gabriele Taentzer (ICGT, 2019)

Exploring Conflict Reasons for Graph Transformation Systems. - Leen Lambers; Jens Kosiol; Daniel Strüber 001; Gabriele Taentzer (ICGT, 2019)

Constructing Optimized Validity-Preserving Application Conditions for Graph Transformation Rules. - Nebras Nassar; Jens Kosiol; Thorsten Arendt; Gabriele Taentzer (ICGT, 2019)

Granularity of conflicts and dependencies in graph transformation systems: A two-dimensional approach. - Leen Lambers; Kristopher Born; Jens Kosiol; Daniel Strüber 001; Gabriele Taentzer (J. Log. Algebraic Methods Program., 2019)

Generating Large EMF Models Efficiently - A Rule-Based, Configurable Approach. - Nebras Nassar; Jens Kosiol; Timo Kehrer; Gabriele Taentzer (FASE, 2020)

Graph Consistency as a Graduated Property - Consistency-Sustaining and -Improving Graph Transformations. - Jens Kosiol; Daniel Strüber 001; Gabriele Taentzer; Steffen Zschaler (ICGT, 2020)

Double-pushout-rewriting in S-Cartesian functor categories: Rewriting theory and application to partial triple graphs. - Jens Kosiol; Lars Fritsche; Andy Schürr; Gabriele Taentzer (J. Log. Algebraic Methods Program., 2020)

Constructing optimized constraint-preserving application conditions for model transformation rules. - Nebras Nassar; Jens Kosiol; Thorsten Arendt; Gabriele Taentzer (J. Log. Algebraic Methods Program., 2020)

A Generalized Concurrent Rule Construction for Double-Pushout Rewriting. - Jens Kosiol; Gabriele Taentzer (ICGT, 2021)

Avoiding unnecessary information loss: correct and efficient model synchronization based on triple graph grammars. - Lars Fritsche; Jens Kosiol; Andy Schürr; Gabriele Taentzer (Int. J. Softw. Tools Technol. Transf., 2021)

A Generic Construction for Crossovers of Graph-Like Structures. - Gabriele Taentzer; Stefan John 001; Jens Kosiol (ICGT, 2022)

Towards a configurable crossover operator for model-driven optimization. - Stefan John 001; Jens Kosiol; Gabriele Taentzer (MoDELS (Companion), 2022)

A multiplicity-preserving crossover operator on graphs. - Henri Thölke; Jens Kosiol (MoDELS (Companion), 2022)

A Precedence-Driven Approach for Concurrent Model Synchronization Scenarios using Triple Graph Grammars. - Lars Fritsche; Jens Kosiol; Adrian Möller; Andy Schürr; Gabriele Taentzer (Software Engineering, 2022)

A multiplicity-preserving crossover operator on graphs. Extended version. - Henri Thölke; Jens Kosiol (CoRR, 2022)

Sustaining and improving graduated graph consistency: A static analysis of graph transformations. - Jens Kosiol; Daniel Strüber 001; Gabriele Taentzer; Steffen Zschaler (Sci. Comput. Program., 2022)

Formal Foundations for Information-Preserving Model Synchronization Processes Based on Triple Graph Grammars. - Jens Kosiol (2022)

DevOps Patterns: A Rapid Review. - Sebastian Copei; Jens Kosiol (ECSA (Tracks, Workshops and Doctoral Symposium), 2023)

Advanced Consistency Restoration with Higher-Order Short-Cut Rules. - Lars Fritsche; Jens Kosiol; Adrian Möller; Andy Schürr (ICGT, 2023)

Finding the Right Way to Rome: Effect-Oriented Graph Transformation. - Jens Kosiol; Daniel Strüber 001; Gabriele Taentzer; Steffen Zschaler (ICGT, 2023)

Empowering Model Repair: A Rule-Based Approach to Graph Repair Without Side Effects. - Alexander Lauer; Jens Kosiol; Gabriele Taentzer (MoDELS (Companion), 2023)

Advanced Consistency Restoration with Higher-Order Short-Cut Rules. - Lars Fritsche; Jens Kosiol; Alexander Lauer; Adrian Möller; Andy Schürr (CoRR, 2023)

A generalized concurrent rule construction for double-pushout rewriting: Generalized concurrency theorem and language-preserving rule applications. - Jens Kosiol; Gabriele Taentzer (J. Log. Algebraic Methods Program., 2023)

Advanced Consistency Restoration with Higher-Order Short-Cut Rules. - Lars Fritsche; Jens Kosiol; Adrian Möller; Andy Schürr (Zenodo, 2023)

A graph-based framework for model-driven optimization facilitating impact analysis of mutation operator properties. - Stefan John 001; Jens Kosiol; Leen Lambers; Gabriele Taentzer (Softw. Syst. Model., 2023)

Advanced Consistency Restoration with Higher-Order Short-Cut Rules. - Lars Fritsche; Jens Kosiol; Alexander Lauer; Adrian Möller; Andy Schürr (Zenodo, 2023)

On the Application of Model-Driven Optimization to Business Processes. - Gabriele Taentzer; Jens Kosiol; Leen Lambers (Petri Nets, 2024)

Low-code vs. the developer: An empirical study on the developer experience and efficiency of a no-code platform. - Till Guthardt; Jens Kosiol; Oliver Hohlfeld (MoDELS (Companion), 2024)

Advanced Model Consistency Restoration with Higher-Order Short-Cut Rules. - Lars Fritsche; Jens Kosiol; Alexander Lauer; Adrian Möller; Andy Schürr (Log. Methods Comput. Sci., 2024)

A generic construction for crossovers of graph-like structures and its realization in the Eclipse Modeling Framework. - Jens Kosiol; Stefan John 001; Gabriele Taentzer (J. Log. Algebraic Methods Program., 2024)

Empowering model repair: a rule-based approach to graph repair without side effects - extended version. - Alexander Lauer; Jens Kosiol; Gabriele Taentzer (Innov. Syst. Softw. Eng., 2024)

Granular Conflict Analysis for Transformation Rules with Application Conditions. - Alexander Lauer; Jens Kosiol; Gabriele Taentzer (ICGT, 2025)

Detecting Redundancies Between User Stories with Graphs and Large Language Models. - Lukas Sebastian Hofmann; Alexander Lauer; Jens Kosiol; Arno Kesper; Philipp Wieber; Amir Rabieyan; Gabriele Taentzer (REFSQ, 2025)