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CAND

Pragmatic and semantic aspects of a module concept for graph transformation systems,cal point of view. The basic idea is to reuse concepts, which are known within or without the graph grammar field, to structure large specifications. These are the concept of distributed graph transformation systems, the concept of inheritance of specifications, and the import-export-interface conce

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REIGN

,Using attributed flow graph parsing to recognize clichés in programs,gnition is a powerful technique for efficiently reconstructing useful design information from existing software. We use a flow graph formalism, which is closely related to hypergraph formalisms, to represent programs and clichés and we use attributed flow graph parsing to automate recognition. The f

Fierce

Reconfiguration Graph Grammar for massively parallel, fault tolerant computers,ssors to take their place. Reconfiguration Graph Grammar (RGG) is introduced as a model supporting the design and analysis of these reconfiguration algorithms. A formal description is given, as well as several theorems, with proofs, concerning the properties of RGG that make it well suited for model

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harbinger

Process specification and verification,uch specifications can be proven. It shows a connection between algebraic graph rewrite rules and temporal (trace) logic via the graph expressions of [2]. Statements concerning the global behavior can be checked by local reasoning.

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