AbstractThe aim of this paper is to compare the running behaviour of Petri nets, given by firing sequences and processes, with derivations and derivation processes in graph grammars. In a first step, Petri nets are simulated by graph grammars so that each firing in a net corresponds exactly to a direct derivation in the simulating graph grammar. In a second step the non-sequential behaviour of nets described by net processes is related to the non-sequential behaviour of graph grammars given by derivation processes. a one-to-one correppondence can be established between the processes on a Petri net and the complete conflict-free processes in the graph grammar simulating the net. This adds a new piece of evidence substantiating the close rela...
Graph grammars are a powerful model of concurrent and distributed systems which can be seen as a pro...
AbstractGraph-theoretic structures are an obvious means to reason about systems of asynchronous proc...
Graph grammars are a powerful model of concurrent and distributed systems which can be seen as a pro...
AbstractThe aim of this paper is to compare the running behaviour of Petri nets, given by firing seq...
We investigate sequential derivation languages associated with graph grammars, as a loose generalisa...
AbstractGraph grammars are a powerful model of concurrent and distributed systems which can be seen ...
Abstract: We investigate sequential derivation languages associated with graph grammars, as a loose ...
AbstractGraph-theoretic structures are an obvious means to reason about systems of asynchronous proc...
TIB Hannover: RO 802(1985,2) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische Informati...
Graph grammars (or graph transformation systems), originally introduced as a generalization of strin...
Graph grammars (or graph transformation systems), originally introduced as a generalization of strin...
Petri nets are widely accepted as a specification formalism for concurrent and distributed systems. ...
. Several formal concurrent semantics have been proposed for graph rewriting, a powerful formalism f...
AbstractPetri nets are widely accepted as a specification formalism for concurrent and distributed s...
AbstractAlgebraic graph transformations visually support intuition, have a strong theoretical basis,...
Graph grammars are a powerful model of concurrent and distributed systems which can be seen as a pro...
AbstractGraph-theoretic structures are an obvious means to reason about systems of asynchronous proc...
Graph grammars are a powerful model of concurrent and distributed systems which can be seen as a pro...
AbstractThe aim of this paper is to compare the running behaviour of Petri nets, given by firing seq...
We investigate sequential derivation languages associated with graph grammars, as a loose generalisa...
AbstractGraph grammars are a powerful model of concurrent and distributed systems which can be seen ...
Abstract: We investigate sequential derivation languages associated with graph grammars, as a loose ...
AbstractGraph-theoretic structures are an obvious means to reason about systems of asynchronous proc...
TIB Hannover: RO 802(1985,2) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische Informati...
Graph grammars (or graph transformation systems), originally introduced as a generalization of strin...
Graph grammars (or graph transformation systems), originally introduced as a generalization of strin...
Petri nets are widely accepted as a specification formalism for concurrent and distributed systems. ...
. Several formal concurrent semantics have been proposed for graph rewriting, a powerful formalism f...
AbstractPetri nets are widely accepted as a specification formalism for concurrent and distributed s...
AbstractAlgebraic graph transformations visually support intuition, have a strong theoretical basis,...
Graph grammars are a powerful model of concurrent and distributed systems which can be seen as a pro...
AbstractGraph-theoretic structures are an obvious means to reason about systems of asynchronous proc...
Graph grammars are a powerful model of concurrent and distributed systems which can be seen as a pro...