International audienceThe AGREE approach to graph transformation allows to specify rules that clone items of the host graph, controlling in a fine-grained way how to deal with the edges that are incident, but not matched, to the rewritten part of the graph. Here, we investigate in which ways cloning (with controlled embedding) may affect the dependencies between two rules applied to the same graph. We extend to AGREE the classical notion of parallel independence between the matches of two rules to the same graph, identifying sufficient conditions that guarantee that two rules can be applied in any order leading to the same result
The several algebraic approaches to graph transformation proposed in the literature all ensure that ...
Parallel independence between transformation steps is a basic and well-understood notion of the alge...
25th International Workshop, WADT 2020, Virtual Event, April 29, 2020, Revised Selected PapersIntern...
International audienceThe AGREE approach to graph transformation allows to specify rules that clone ...
The AGREE approach to graph transformation allows to specify rules that clone items of the host grap...
International audienceWe tackle the problem of simultaneous transformations of networks represented ...
We use graphs where vertices and arrows are attributed with sets of values, and rules that allow to ...
International audienceSome computations can be elegantly presented as the parallel or simultaneous a...
Graph transformation is one of the key concepts in graph grammar. In order to accelerate the graph t...
International audienceThe several algebraic approaches to graph transformation proposed in the liter...
International audienceParallel independence between transformation steps is a basic notion in the al...
AbstractGraph manipulations are formalized as graph derivations within the framework of graph gramma...
13th International Workshop, WRLA 2020, Virtual Event, October 20-22, 2020, Revised Selected PapersI...
Graph transformation is a specification technique suitable for a wide range of applications, special...
AbstractIn the present paper we generalize the well-known Parallelism Theorem for graph derivations ...
The several algebraic approaches to graph transformation proposed in the literature all ensure that ...
Parallel independence between transformation steps is a basic and well-understood notion of the alge...
25th International Workshop, WADT 2020, Virtual Event, April 29, 2020, Revised Selected PapersIntern...
International audienceThe AGREE approach to graph transformation allows to specify rules that clone ...
The AGREE approach to graph transformation allows to specify rules that clone items of the host grap...
International audienceWe tackle the problem of simultaneous transformations of networks represented ...
We use graphs where vertices and arrows are attributed with sets of values, and rules that allow to ...
International audienceSome computations can be elegantly presented as the parallel or simultaneous a...
Graph transformation is one of the key concepts in graph grammar. In order to accelerate the graph t...
International audienceThe several algebraic approaches to graph transformation proposed in the liter...
International audienceParallel independence between transformation steps is a basic notion in the al...
AbstractGraph manipulations are formalized as graph derivations within the framework of graph gramma...
13th International Workshop, WRLA 2020, Virtual Event, October 20-22, 2020, Revised Selected PapersI...
Graph transformation is a specification technique suitable for a wide range of applications, special...
AbstractIn the present paper we generalize the well-known Parallelism Theorem for graph derivations ...
The several algebraic approaches to graph transformation proposed in the literature all ensure that ...
Parallel independence between transformation steps is a basic and well-understood notion of the alge...
25th International Workshop, WADT 2020, Virtual Event, April 29, 2020, Revised Selected PapersIntern...