Titlebook: Database Programming Languages; 9th International Wo Georg Lausen,Dan Suciu Conference proceedings 2004 Springer-Verlag Berlin Heidelberg 2

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M2ORM2: A Model for the Transparent Management of Relationally Persistent Objectspersistent classes and the relational database in an independent way, and to use an object persistent manager to connect them in a suitable way. This paper introduces M.ORM., a model for describing meet-in-the-middle mappings between object schemas and relational schemas, to support the transparent

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Using XQuery for Flat-File Based Scientific Datasetsbased scientific datasets. Traditionally, complex and domain-specific data layouts have complicated the processing of large datasets arising from scientific applications. The use of XML schemas and XQuery’s high-level structure can simplify the analysis on these datasets..Though scientific data proc

Vasodilation

Ankylo-

Updates and Incremental Validation of XML Documentse verified that the new document still conforms to the imposed constraints. Incremental validation of updates leads to significant savings on computing time when compared to brute-force validation of an updated document from scratch..This paper introduces a correct and complete set of update operati

Vaginismus

Attribute Grammars for Scalable Query Processing on XML Streams linear time with bounded memory consumption independent of the size of the stream) that allows for actual data transformations rather than just document filtering. XSAGs are also relatively easy to use for humans. Moreover, the XSAG formalism provides a strong intuition for which queries can or can

UTTER

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雕镂

https://doi.org/10.1007/978-94-007-6001-1nd rule execution is modelled as a theorem proving task using active relational theories as background axioms. We show that major components of an ADBMS may be given a clear semantics using active relational theories.

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Flat-Feet

A Unifying Semantics for Active Databases Using Non-Markovian Theories of Actionsnd rule execution is modelled as a theorem proving task using active relational theories as background axioms. We show that major components of an ADBMS may be given a clear semantics using active relational theories.