A new kind of computing system, a graph reduction system, is introduced using the original notation of graphs. Every graphs and reduction procedures are defined just like as term rewriting systems. Several properties of graphs and graph reductions are studied from the viewpoint of our graph reduction system. Especially, we investigate the ability of parallel reductions and compare parallel reductions with sequential reductions. We formalize the concepts of parallel reductions and sequentially simulatable parallel reductions. Sufficient conditions for reduction rules which guarantees the consistency of parallel reductions and sequential reductions are given. It is also showed that every parallel reduction preserves correctness of solutions f...
We review the concept of term graph narrowing as an approach for solving equations by transformation...
Several applications of graph rewriting systems (notably, some encodings of calculi with name passin...
International audienceWe tackle the problem of simultaneous transformations of networks represented ...
The relationship between Term Graph Rewriting and Term Rewriting is well understood: a single term g...
The relationship between Term Graph Rewriting and Term Rewriting is well understood: a single term g...
A language for a parallel, logic graph reduction system is described in this dissertation. The langu...
Graph transformation systems are formal models of computational systems, specified by rules that des...
A proposal is made to base parallel evaluation of functional programs on graph reduction combined wi...
This note presents a new formalization of graph rewritings which generalizes traditional graph rewri...
This paper deals with basics of the graph theory and graph rewriting. In the first part there is des...
We describe the use and distributed implementation of a functional language based on the graph-reduc...
Term rewriting is generally implemented using graph rewriting for efficiency reasons. Graph rewritin...
AbstractThis note presents a new formalization of graph rewritings which generalizes traditional gra...
The graph rewriting calculus is an extension of the \u3c1-calculus, handling graph like structures, ...
Several applications of graph rewriting systems (notably, some encodings of calculi with name passin...
We review the concept of term graph narrowing as an approach for solving equations by transformation...
Several applications of graph rewriting systems (notably, some encodings of calculi with name passin...
International audienceWe tackle the problem of simultaneous transformations of networks represented ...
The relationship between Term Graph Rewriting and Term Rewriting is well understood: a single term g...
The relationship between Term Graph Rewriting and Term Rewriting is well understood: a single term g...
A language for a parallel, logic graph reduction system is described in this dissertation. The langu...
Graph transformation systems are formal models of computational systems, specified by rules that des...
A proposal is made to base parallel evaluation of functional programs on graph reduction combined wi...
This note presents a new formalization of graph rewritings which generalizes traditional graph rewri...
This paper deals with basics of the graph theory and graph rewriting. In the first part there is des...
We describe the use and distributed implementation of a functional language based on the graph-reduc...
Term rewriting is generally implemented using graph rewriting for efficiency reasons. Graph rewritin...
AbstractThis note presents a new formalization of graph rewritings which generalizes traditional gra...
The graph rewriting calculus is an extension of the \u3c1-calculus, handling graph like structures, ...
Several applications of graph rewriting systems (notably, some encodings of calculi with name passin...
We review the concept of term graph narrowing as an approach for solving equations by transformation...
Several applications of graph rewriting systems (notably, some encodings of calculi with name passin...
International audienceWe tackle the problem of simultaneous transformations of networks represented ...