We present our approach to the denotation and representation of hierarchical graphs: a suitable algebra of hierarchical graphs and two domains of interpretations. Each domain of interpretation focuses on a particular perspective of the graph hierarchy: the top view (nested boxes) is based on a notion of embedded graphs while the side view (tree hierarchy) is based on gs-graphs. Our algebra can be understood as a high-level language for describing such graphical models, which are well suited for defining graphical representations of service-oriented systems where nesting (e.g. sessions, transactions, locations) and linking (e.g. shared channels, resources, names) are key aspects
Abstract. Graphs are a commonly used formalism for modeling many different kinds of static and dynam...
Abstract: The main thesis of this paper is that intricate nature of software systems can, and in our...
Graph grammars have been successfully used as a formalism for the specification of realistic problem...
We present our approach to the denotation and representation of hierarchical graphs: a suitable alge...
We define an algebraic theory of hierarchical graphs, whose axioms characterise graph isomorphism: t...
We define an algebraic theory of hierarchical graphs, whose axioms characterise graph isomorphism: t...
We define an algebraic theory of hierarchical graphs, whose axioms characterise graph isomorphism: t...
Hierarchical grapsh or, in general, hierarchical graph structures are needed when describing visual ...
We propose a class of hierarchical graphs equipped with a simple algebraic syntax as a convenient wa...
We propose a class of hierarchical graphs equipped with a simple algebraic syntax as a convenient wa...
Graph transformation techniques have been applied successfully to the modelling of process calculi, ...
We define an algebraic theory of hierarchical graphs, whose axioms characterise graph isomorphism: t...
Compositional graph models for global computing systems must account for two relevant dimensions, ...
AbstractThis paper presents a framework for constructing hierarchical (hyper)graphs, using one of th...
This paper extends the invited talk by the first author about the virtues of structured graphs. The...
Abstract. Graphs are a commonly used formalism for modeling many different kinds of static and dynam...
Abstract: The main thesis of this paper is that intricate nature of software systems can, and in our...
Graph grammars have been successfully used as a formalism for the specification of realistic problem...
We present our approach to the denotation and representation of hierarchical graphs: a suitable alge...
We define an algebraic theory of hierarchical graphs, whose axioms characterise graph isomorphism: t...
We define an algebraic theory of hierarchical graphs, whose axioms characterise graph isomorphism: t...
We define an algebraic theory of hierarchical graphs, whose axioms characterise graph isomorphism: t...
Hierarchical grapsh or, in general, hierarchical graph structures are needed when describing visual ...
We propose a class of hierarchical graphs equipped with a simple algebraic syntax as a convenient wa...
We propose a class of hierarchical graphs equipped with a simple algebraic syntax as a convenient wa...
Graph transformation techniques have been applied successfully to the modelling of process calculi, ...
We define an algebraic theory of hierarchical graphs, whose axioms characterise graph isomorphism: t...
Compositional graph models for global computing systems must account for two relevant dimensions, ...
AbstractThis paper presents a framework for constructing hierarchical (hyper)graphs, using one of th...
This paper extends the invited talk by the first author about the virtues of structured graphs. The...
Abstract. Graphs are a commonly used formalism for modeling many different kinds of static and dynam...
Abstract: The main thesis of this paper is that intricate nature of software systems can, and in our...
Graph grammars have been successfully used as a formalism for the specification of realistic problem...