Titlebook: Web Reasoning and Rule Systems; 8th International Co Roman Kontchakov,Marie-Laure Mugnier Conference proceedings 2014 Springer Internationa

dowagers-hump

Exchange-Repairs: Managing Inconsistency in Data Exchangeonstraints..After exploring the structural properties of exchange-repairs, we focus on the problem of computing the XR-certain answers of conjunctive queries. We show that for schema mappings specified by source-to-target GAV dependencies and target equality-generating dependencies (egds), the XR-ce

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Exchange-Repairs: Managing Inconsistency in Data Exchangeonstraints..After exploring the structural properties of exchange-repairs, we focus on the problem of computing the XR-certain answers of conjunctive queries. We show that for schema mappings specified by source-to-target GAV dependencies and target equality-generating dependencies (egds), the XR-ce

ULCER

Rules and Ontology Based Data Accessues presented here in the . system. To the best of our knowledge, this results in the first system supporting all of the following W3C standards: the OWL 2 QL ontology language, R2RML mappings, SWRL rules with linear recursion, and SPARQL queries. The preliminary but encouraging experimental results

oxidant

Rules and Ontology Based Data Accessues presented here in the . system. To the best of our knowledge, this results in the first system supporting all of the following W3C standards: the OWL 2 QL ontology language, R2RML mappings, SWRL rules with linear recursion, and SPARQL queries. The preliminary but encouraging experimental results

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Efficient Federated Debugging of Lightweight Ontologiesoach for efficient federated debugging. Our solution relies on the generation of so called clash queries that are evaluated over all integrated data sources. We further explain how these queries can be used for pinpointing those assertions that cause inconsistencies and discuss finally some experime

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亚麻制品

Markus Krötzschfunction can be rapidly evaluated at any point in the parameter space without simulating the computationally expensive LES model. This method is essentially similar to those developed in Zhang et al. (Water Resour Res 49:6871–6892, 2013) for geophysical and groundwater models, but is adjusted and ap

laceration