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Colouring: execution, debug and analysis of QVT-relations transformations through coloured Petri nets
ArticleAbstract: QVT is the standard language sponsored by the OMG to specify model-to-model transformations. It inclPalabras claves:Coloured Petri nets, model-driven engineering, Model-to-model transformations, QVT-relations, Validation and verificationAutores:Guerra E., Juan De LaraFuentes:scopusComparing and classifying model transformation reuse approaches across metamodels
ArticleAbstract: Model transformations are essential elements of model-driven engineering (MDE) solutions, as they enPalabras claves:classification, Feature model, Model transformation, reuse, SurveyAutores:Bruel J.M., Combemale B., Guerra E., Jézéquel J.M., Juan De Lara, Kienzle J., Mussbacher G., Syriani E., Vangheluwe H.Fuentes:scopusAn example is worth a thousand words: Creating graphical modelling environments by example
ArticleAbstract: Domain-specific languages (DSLs) are heavily used in model-driven and end-user development approachePalabras claves:Domain-specific modelling languages, Example-based meta-modelling, Flexible Modelling, Graphical modelling environmentsAutores:Garmendia A., Guerra E., Juan De Lara, López-Fernández J.J.Fuentes:scopusA UML/OCL framework for the analysis of graph transformation rules
ArticleAbstract: In this paper we present an approach for the analysis of graph transformation rules based on an intePalabras claves:Domain specific visual languages, Graph transformation, Meta-Modelling, OCL, Verification and validationAutores:Cabot J., Clariso R., Guerra E., Juan De LaraFuentes:scopusDSMCompare: domain-specific model differencing for graphical domain-specific languages
ArticleAbstract: During the development of a software project, different developers collaborate on creating and changPalabras claves:Domain-Specific Languages, Graphical concrete syntax, Model differencing, model-driven engineeringAutores:Alam O., Guerra E., Juan De Lara, Syriani E., Zadahmad M.Fuentes:scopusFrom types to type requirements: Genericity for model-driven engineering
ArticleAbstract: Model-driven engineering (MDE) is a software engineering paradigm that proposes an active use of modPalabras claves:Genericity, Language engineering, Meta-Modelling, model-driven engineering, reutilizationAutores:Guerra E., Juan De LaraFuentes:scopusGenericity for model management operations
ArticleAbstract: Models are the core assets in model-driven engineering, and are therefore subject to all kind of manPalabras claves:Eclipse Modelling Framework, Epsilon, Genericity, Model management, ReusabilityAutores:Etien A., Guerra E., Juan De Lara, Kolovos D.S., Paige R.F., Rose L.M.Fuentes:scopusEngineering model transformations with transML
ArticleAbstract: Model transformation is one of the pillars of model-driven engineering (MDE). The increasing complexPalabras claves:Domain-Specific Languages, Model transformation, model-driven engineeringAutores:Dos Santos O.M., Guerra E., Juan De Lara, Kolovos D.S., Paige R.F.Fuentes:scopusEvent-driven grammars: Relating abstract and concrete levels of visual languages
Conference ObjectAbstract: In this work we introduce event-driven grammars, a kind of graph grammars that are especially suitedPalabras claves:Consistency, Graph Grammars, Meta-Modelling, Triple graph transformation, UML, Visual languagesAutores:Guerra E., Juan De LaraFuentes:scopusExample-driven meta-model development
ArticleAbstract: The intensive use of models in model-driven engineering (MDE) raises the need to develop meta-modelsPalabras claves:Domain-specific modelling languages, Example-driven modelling, Interactive Meta-Modelling, Meta-Model Design Exploration, Meta-model induction, Meta-model validation, Meta-ModellingAutores:Guerra E., Juan De Lara, López-Fernández J.J., Sánchez Cuadrado J.S.Fuentes:scopus