Modeling languages and thus their metamodels are subject to change. When a metamodel
is evolved, existing models may no longer conform to it. Manual migration of these models in …

Modeling languages, just as all software artifacts, evolve. This poses the risk that legacy
models of a company get lost, when they become incompatible with the new language …

The artefacts used in Model-Driven Engineering (MDE) evolve as a matter of course: models
are modified and updated as part of the engineering process; metamodels change as a …

In this paper, we investigate change-driven model transformations, a novel class of
transformations, which are directly triggered by complex model changes carried out by …

Context: Metamodels evolve over time to accommodate new features, improve existing
designs, and fix errors identified in previous releases. One of the obstacles that may limit the …

In 2008 the predecessor of this book, entitled “Software Evolution”[592] was published by
Springer, presenting the research results of a number of researchers working on different …

In model-driven engineering (MDE), metamodels and domain-specific languages are key
artifacts as they are used to define syntax and static semantics of domain models. However …

We describe the results of the Transformation Tool Contest 2010 workshop, in which nine
graph and model transformation tools were compared for specifying model migration. The …

Model-based Low-Code systems rely on high-level specifications (models) to generate all
artifacts of the resulting software. Such artifacts can be code, schemas, as well as data, and …

Nanocircuits based on molecular QCA are prone to high error rates. In this paper, we
present a novel conservative logic gate termed'CQCA'(conservative QCA) to design …