Titlebook: ;

habile

BIAS

Graph Rewriting and Relabeling with PBPO the embedding of the pattern in the host graph, which is important for a large class of graph rewrite systems. In addition, we show that PBPO. is well-suited for rewriting labeled graphs and certain classes of attributed graphs. For this purpose, we employ a lattice structure on the label set and u

evaculate

颶風(fēng)

Powerful and NP-Complete: Hypergraph Lambek Grammarshey are equivalent in the sense that they generate the same set of languages (disregarding the empty word). It is well known that context-free grammars can be generalized to hyperedge replacement grammars (HRGs) preserving their main principles and properties. In this paper, we study a generalizatio

短程旅游

Evaluation Diversity for Graph Conditions . of Graph Conditions (GCs). The . of a graph against a GC results in a satisfaction judgement on whether the graph is specified by the GC. . is as expressive as first-order logic on graphs and infinitely many graphs may be evaluated against a given GC. Therefore, a complete compact overview of . a

acolyte

Host-Graph-Sensitive RETE Nets for Incremental Graph Pattern Matchingring. In particular in the context of model driven engineering, where the same query is executed frequently over an evolving graph structure, incremental techniques based on discrimination networks such as RETE nets are a popular solution. However, the construction of adequate RETE nets for a specif

地牢

Rule-Based Top-Down Parsing for Acyclic Contextual Hyperedge Replacement Grammarsr practical modeling. We define top-down parsing for CHR grammars by graph transformation, and prove that it is correct as long as the generation and use of context nodes in productions does not create cyclic dependencies. An efficient predictive version of this algorithm can be obtained as in the c

Slit-Lamp

Offensive

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