Titlebook: Web Information Systems and Technologies; 8th International Co José Cordeiro,Karl-Heinz Krempels Conference proceedings 2013 Springer-Verla

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L. Ardissono,G. Petrone,M. Segnan,G. TortaIncremental approaches based on the RETE algorithm provide an adequate solution in many scenarios, but are generally designed to search for query results over the entire graph. However, in certain situations, a user may only be interested in query results for a subgraph, for instance when a develope

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leaf-linked trees. They can be abstracted into graphs (or more precisely, port hypergraphs). In existing imperative programming languages, these structures are handled with destructive assignments to heaps as opposed to a purely functional programming style. These low-level operations are prone to

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s, SPO’s applicability depends on the durability of pushouts after this transition. There is a wide range of work on the question when pushouts exist in categories with partial morphisms starting with the pioneering work of L?we and Kennaway and ending with an essential characterisation in terms of

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Everton Luiz de Almeida Gago Júnior,Gean Davis Breda,Eduardo Zanoni Marques,Leonardo de Souza Mendessuch systems with probabilistic timed behavior adhere to a given specification is essential. When the states of the system can be represented by graphs, the rule-based formalism of Probabilistic Timed Graph Transformation System (PTGTSs) can be used to suitably capture structure dynamics as well as

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Sanaa Saleh Askoolacting together on large-scale topologies is required. Probabilistic Timed Graph Transformation Systems (PTGTSs) have been introduced as a means of modeling a high-level view of these systems of systems. In our previous work, we proposed a simulation scheme based on local search incremental graph ma