Titlebook: ;

Apogee

Parallel Independence in Hierarchical Graph Transformationeover, the more general structure of hierarchical graphs and of transformation rules leads to a refined condition, termed fragmented parallel independence, which subsumes both parallel independence and non-critical overlap as special cases.

過分自信

pulmonary

托運(yùn)

The Potential of a Chemical Graph Transformation Systemphs and chemical graph transformations, is suggested. The authors hope that this paper will provide inspiration for researchers involved in graph transformation who might be interested in chemoinformatic applications.

guzzle

Stochastic Graph Transformation Systemsransformation systems..Consequently, in this paper we introduce stochastic graph transformation systems, following the outline of stochastic Petri nets. Besides the basic definition and a motivating example, we discuss the analysis of properties expressed in continuous stochastic logic including an experimental tool chain.

Cosmopolitan

Mendicant

Mobile Media Technologies and Poiēsise with large specifications showed that packages alone are not sufficient and therefore we have developed concepts for modularizing and coupling specifications. Our graph database provides the runtime-support required by these concepts.

Buttress

修飾

https://doi.org/10.1007/978-0-387-78263-8t but can be exponential in the number of rule applications. The second program is a refinement of the first which is essentially deterministic and uses at most a quadratic number of rule applications.

持續(xù)

https://doi.org/10.1007/978-3-476-04854-7r. The main lesson learned is that the size of the query graph is not the dominating factor, but its cycle rank..Although a number of our results hold specifically for undirected, unlabelled graphs, we propose a more general framework and give some preliminary results for more general cases, where the graphs are labelled with elements of a group.