The basic principle of graph rewriting is the stepwise replacement of subgraphs inside a host graph. A challenge in such replacement steps is the treatment of the patch graph, consisting of those edges of the host graph that touch the subgraph, but are not part of it. We introduce patch graph rewriting, a visual graph rewriting language with precise formal semantics. The language has rich expressive power in two ways. First, rewrite rules can flexibly constrain the permitted shapes of patches touching matching subgraphs. Second, rules can freely transform patches. We highlight the framework’s distinguishing features by comparing it against existing approaches
Graph rewriting is a suitable technique to implement lazy functional languages efficiently.[1] A com...
Abstract. Graph rewriting is becoming increasingly popular as a method for programming with graph ba...
Considering graphs as sets of vertices and arcs, we define their rewritings as simple set-theoretic ...
This paper deals with basics of the graph theory and graph rewriting. In the first part there is des...
In the standard theory of graph transformation, a rule modifies only sub-graphs of constant size and...
Abstract: In the standard theory of graph transformation, a rule modifies only sub-graphs of constan...
Graph transformation is a specification technique suitable for a wide range of applications, special...
Graph transformation is a specification technique suitable for a wide range of applications, special...
International audienceGraph transformation is a specification technique suitable for a wide range of...
Graph transformation is a specification technique suitable for a wide range of applications, special...
International audienceGraph transformation is a specification technique suitable for a wide range of...
AbstractThis paper takes first steps towards a formalization of graph transformations in a general s...
Abstract. Graph rewrite rules, programmed by sequencing and itera-tion, suffice to define the comput...
International audienceGraph transformation is a specification technique suitable for a wide range of...
Considering graphs as sets of vertices and arcs, we define their rewritings as simple set-theoretic ...
Graph rewriting is a suitable technique to implement lazy functional languages efficiently.[1] A com...
Abstract. Graph rewriting is becoming increasingly popular as a method for programming with graph ba...
Considering graphs as sets of vertices and arcs, we define their rewritings as simple set-theoretic ...
This paper deals with basics of the graph theory and graph rewriting. In the first part there is des...
In the standard theory of graph transformation, a rule modifies only sub-graphs of constant size and...
Abstract: In the standard theory of graph transformation, a rule modifies only sub-graphs of constan...
Graph transformation is a specification technique suitable for a wide range of applications, special...
Graph transformation is a specification technique suitable for a wide range of applications, special...
International audienceGraph transformation is a specification technique suitable for a wide range of...
Graph transformation is a specification technique suitable for a wide range of applications, special...
International audienceGraph transformation is a specification technique suitable for a wide range of...
AbstractThis paper takes first steps towards a formalization of graph transformations in a general s...
Abstract. Graph rewrite rules, programmed by sequencing and itera-tion, suffice to define the comput...
International audienceGraph transformation is a specification technique suitable for a wide range of...
Considering graphs as sets of vertices and arcs, we define their rewritings as simple set-theoretic ...
Graph rewriting is a suitable technique to implement lazy functional languages efficiently.[1] A com...
Abstract. Graph rewriting is becoming increasingly popular as a method for programming with graph ba...
Considering graphs as sets of vertices and arcs, we define their rewritings as simple set-theoretic ...