AbstractObject-Based Graph Grammars (OBGG) is a formal language suitable for the specification of distributed systems. On previous work, a translation from OBGG models to PROMELA (the input language of the SPIN model checker) was defined, enabling the verification of OBGG models using SPIN. This paper builds on these results, where we extend the approach for property specification and define an approach to interpret PROMELA traces as OBGG derivations, generating graphical counter-examples for properties that are not true for an OBGG model
The importance of real-time systems has enormously increased in the last decade. Application areas t...
Until now there have been few contributions concerning the verification of graph grammars, specifica...
Graph grammars are graph replacement systems and can be therefore regarded as a generalization of we...
AbstractConcurrent object-oriented systems are ubiquitous due to the importance of networks and the ...
AbstractModel transformation is an approach that, among other advantages, enables the reuse of exist...
AbstractObject-Based Graph Grammars (OBGG) is a formal specification language suitable for modeling ...
AbstractGraph grammars may be used as specification technique for different kinds of systems, specia...
AbstractDuring the development of a parallel application, besides being able to analyze performance ...
The field of semantic modelling concerns formal models for semantics, that is, formal structures for...
AbstractObject-based models offer abstract constructions to describe complex systems. The Object-Bas...
AbstractObject-Based Graph Grammar (OBGG) is a formal visual language suited to the specification of...
Abstract: Graph grammars may be used as specification technique for different kinds of systems, spec...
In this paper we present the philosophy behind the GROOVE project, in which graph transformation is ...
AbstractGraph Grammar (GG) is an appropriate formal language for specifying complex systems. In a GG...
The importance of real-time systems has enormously increased in the last decade. Application areas t...
The importance of real-time systems has enormously increased in the last decade. Application areas t...
Until now there have been few contributions concerning the verification of graph grammars, specifica...
Graph grammars are graph replacement systems and can be therefore regarded as a generalization of we...
AbstractConcurrent object-oriented systems are ubiquitous due to the importance of networks and the ...
AbstractModel transformation is an approach that, among other advantages, enables the reuse of exist...
AbstractObject-Based Graph Grammars (OBGG) is a formal specification language suitable for modeling ...
AbstractGraph grammars may be used as specification technique for different kinds of systems, specia...
AbstractDuring the development of a parallel application, besides being able to analyze performance ...
The field of semantic modelling concerns formal models for semantics, that is, formal structures for...
AbstractObject-based models offer abstract constructions to describe complex systems. The Object-Bas...
AbstractObject-Based Graph Grammar (OBGG) is a formal visual language suited to the specification of...
Abstract: Graph grammars may be used as specification technique for different kinds of systems, spec...
In this paper we present the philosophy behind the GROOVE project, in which graph transformation is ...
AbstractGraph Grammar (GG) is an appropriate formal language for specifying complex systems. In a GG...
The importance of real-time systems has enormously increased in the last decade. Application areas t...
The importance of real-time systems has enormously increased in the last decade. Application areas t...
Until now there have been few contributions concerning the verification of graph grammars, specifica...
Graph grammars are graph replacement systems and can be therefore regarded as a generalization of we...