This paper is concerned with hierarchical graph models and graph transformation rules, specifically with the problem of transforming a part of graph which may contain subordinated nodes and edges. Meta-rules are proposed as a formal way of representing transformations which remove or duplicate a node along with its contents. The paper discusses the behaviour of meta-rules when applied to different types of hierarchical graphs, possible failure cases, and concludes by introducing a type of hierarchical graphs in which meta-rules can always be successfully expanded
International audienceA mathematical theory is presented for the representation of knowledge in the ...
The final publication is available at Springer via http://dx.doi.org/10.1007/s10270-009-0129-0In thi...
In the standard theory of graph transformation, a rule modifies only sub-graphs of constant size and...
AbstractThis paper presents a framework for constructing hierarchical (hyper)graphs, using one of th...
AbstractApplication-oriented approaches to graph transformation provide structural features beyond v...
When graph transformation is used for programming purposes, large graphs should be structured in ord...
AbstractWhen graph transformation is used for programming purposes, large graphs should be structure...
We define an algebraic theory of hierarchical graphs, whose axioms characterise graph isomorphism: t...
International audienceIn this paper we present meta-rules to express an infinite class of semantical...
Application-oriented approaches to graph transformation provide structural features beyond vertices ...
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: ...
This paper investigates a way of imposing a hierarchy on a graph in order to explore relationships b...
We present our approach to the denotation and representation of hierarchical graphs: a suitable alge...
AbstractCurrently existing graph grammar-based specification languages have serious problems with su...
International audienceA mathematical theory is presented for the representation of knowledge in the ...
The final publication is available at Springer via http://dx.doi.org/10.1007/s10270-009-0129-0In thi...
In the standard theory of graph transformation, a rule modifies only sub-graphs of constant size and...
AbstractThis paper presents a framework for constructing hierarchical (hyper)graphs, using one of th...
AbstractApplication-oriented approaches to graph transformation provide structural features beyond v...
When graph transformation is used for programming purposes, large graphs should be structured in ord...
AbstractWhen graph transformation is used for programming purposes, large graphs should be structure...
We define an algebraic theory of hierarchical graphs, whose axioms characterise graph isomorphism: t...
International audienceIn this paper we present meta-rules to express an infinite class of semantical...
Application-oriented approaches to graph transformation provide structural features beyond vertices ...
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: ...
This paper investigates a way of imposing a hierarchy on a graph in order to explore relationships b...
We present our approach to the denotation and representation of hierarchical graphs: a suitable alge...
AbstractCurrently existing graph grammar-based specification languages have serious problems with su...
International audienceA mathematical theory is presented for the representation of knowledge in the ...
The final publication is available at Springer via http://dx.doi.org/10.1007/s10270-009-0129-0In thi...
In the standard theory of graph transformation, a rule modifies only sub-graphs of constant size and...