We present an approach for change-based (as opposed to state-based) model persistence that can facilitate highperformance incremental model processing (e.g. validation, transformation) by minimising the cost of change identification when models evolve. We illustrate a prototype that implements the proposed approach on top of the Eclipse Modelling Framework and we present a roadmap for further work in this direction
Software changes over time. During the lifetime of a software system, unintended behaviour must be c...
This paper proposes and evaluates an efficient approach for loading models stored in a change-based ...
This paper proposes and evaluates an efficient approach for loading models stored in a change-based ...
We present an approach for change-based (as opposed to state-based) model persistence that can facil...
This paper extends our previous work on change-based model persistence and demonstrates a tool that ...
When model transformations are used to implement consistency relations between very large models, in...
Model transformations are an integral part of model-driven development. Incremental updates are a ke...
Comparison of large models can be time-consuming since every element has to be visited, matched, and...
Comparison of large models can be time-consuming since every element has to be visited, matched, and...
International audienceThe progressive industrial adoption of Model-Driven Engineering (MDE) is foste...
Model-driven engineering (MDE) promotes the use of abstractions to simplify the development of compl...
International audienceWhen reengineering large systems, software developers would like to assess and...
Change-based persistence has the potential to support faster and more accurate model comparison, mer...
International audienceDevelopers change models with clear intentions-e.g., for refactoring, defects ...
Software changes over time. During the lifetime of a software system, unintended behaviour must be c...
Software changes over time. During the lifetime of a software system, unintended behaviour must be c...
This paper proposes and evaluates an efficient approach for loading models stored in a change-based ...
This paper proposes and evaluates an efficient approach for loading models stored in a change-based ...
We present an approach for change-based (as opposed to state-based) model persistence that can facil...
This paper extends our previous work on change-based model persistence and demonstrates a tool that ...
When model transformations are used to implement consistency relations between very large models, in...
Model transformations are an integral part of model-driven development. Incremental updates are a ke...
Comparison of large models can be time-consuming since every element has to be visited, matched, and...
Comparison of large models can be time-consuming since every element has to be visited, matched, and...
International audienceThe progressive industrial adoption of Model-Driven Engineering (MDE) is foste...
Model-driven engineering (MDE) promotes the use of abstractions to simplify the development of compl...
International audienceWhen reengineering large systems, software developers would like to assess and...
Change-based persistence has the potential to support faster and more accurate model comparison, mer...
International audienceDevelopers change models with clear intentions-e.g., for refactoring, defects ...
Software changes over time. During the lifetime of a software system, unintended behaviour must be c...
Software changes over time. During the lifetime of a software system, unintended behaviour must be c...
This paper proposes and evaluates an efficient approach for loading models stored in a change-based ...
This paper proposes and evaluates an efficient approach for loading models stored in a change-based ...