AbstractIn this paper we present an approach that allows to validate properties of UML models. The approach is based on an integrated semantics for central parts of the UML. We formally cover UML use case, class, object, statechart, collaboration, and sequence diagrams. Additionally full OCL is supported in the common UML fashion. Our semantics is based on the translation of a UML model into a graph transformation system consisting of graph transformation rules and a working graph that represents the system state. By applying the rules on the working graph, the evolution of the modeled system is simulated
The model-driven development of model transformations requires both a technique to model model tra...
Graphical structures (like graphs, diagrams, visual sentences and others) are very useful to describ...
Object-oriented modeling plays an important role in computer science, particularly in the context of...
AbstractIn this paper we present an approach that allows to validate properties of UML models. The a...
AbstractRecently, we proposed an integrated formal semantics based on graph transformation for centr...
With the success of the UML, the ability of transform-ing models into programs or formal specificati...
AbstractIn this paper we continue our work on the formalization and validation of UML models by mean...
AbstractRecently, we proposed an integrated formal semantics based on graph transformation for centr...
AbstractOne of the key issues in software development, like in all engineering problems, is to ensur...
This paper introduces a UML-based approach for specifying model transformations. The technique is ba...
Graph transformation provides an intuitive mechanism for capturing model transformations. In the cur...
Graph transformation provides an intuitive mechanism for capturing model transformations. In the cur...
Graph transformation provides an intuitive mechanism for capturing model transformations. In the cur...
Graph transformation provides an intuitive mechanism for capturing model transformations. In the cur...
Graph transformation provides an intuitive mechanism for capturing model transformations. In the cur...
The model-driven development of model transformations requires both a technique to model model tra...
Graphical structures (like graphs, diagrams, visual sentences and others) are very useful to describ...
Object-oriented modeling plays an important role in computer science, particularly in the context of...
AbstractIn this paper we present an approach that allows to validate properties of UML models. The a...
AbstractRecently, we proposed an integrated formal semantics based on graph transformation for centr...
With the success of the UML, the ability of transform-ing models into programs or formal specificati...
AbstractIn this paper we continue our work on the formalization and validation of UML models by mean...
AbstractRecently, we proposed an integrated formal semantics based on graph transformation for centr...
AbstractOne of the key issues in software development, like in all engineering problems, is to ensur...
This paper introduces a UML-based approach for specifying model transformations. The technique is ba...
Graph transformation provides an intuitive mechanism for capturing model transformations. In the cur...
Graph transformation provides an intuitive mechanism for capturing model transformations. In the cur...
Graph transformation provides an intuitive mechanism for capturing model transformations. In the cur...
Graph transformation provides an intuitive mechanism for capturing model transformations. In the cur...
Graph transformation provides an intuitive mechanism for capturing model transformations. In the cur...
The model-driven development of model transformations requires both a technique to model model tra...
Graphical structures (like graphs, diagrams, visual sentences and others) are very useful to describ...
Object-oriented modeling plays an important role in computer science, particularly in the context of...