Survey over Existing Query and Transformation Languages -- Revision 2.0

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Survey over Existing Query and Transformation Languages -- Revision 2.0 (2006)

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by Tim Furche , François Bry , James Bailey , Sebastian Schaffert , Benedikt Linse , Renzo Orsini , Michael Krauss , Oliver Bolzer, et al.

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BibTeX

@MISC{Furche06surveyover,
    author = {Tim Furche and François Bry and James Bailey and Sebastian Schaffert and Benedikt Linse and Renzo Orsini and Michael Krauss and Oliver Bolzer and et al.},
    title = {Survey over Existing Query and Transformation Languages -- Revision 2.0},
    year = {2006}
}

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Abstract

A widely acknowledged obstacle for realizing the vision of the Semantic Web is the inability of many current Semantic Web approaches to cope with data available in such diverging representation formalisms as XML, RDF, or Topic Maps. A common query language is the first step to allow transparent access to data in any of these formats. To further the understanding of the requirements and approaches proposed for query languages in the conventional as well as the Semantic Web, this report surveys a large number of query languages for accessing XML, RDF, or Topic Maps. This is the first systematic survey to consider query languages from all these areas. From the detailed survey of these query languages, a common classification scheme is derived that is useful for understanding and differentiating languages within and among all three areas. This revision of deliverable I4-D1 extends that deliverable by a refined version of the presented material that has been published as a chapter in the LNCS tutorial volume for the REWERSE “Reasoning Web ” 2005 summer school as well as short outlooks on further refinements of the material for upcoming tutorials

Keyphrases

transformation language revision query language existing query semantic web topic map rewerse reasoning web deliverable i4-d1 extends transparent access refined version summer school common query language large number short outlook first systematic survey lncs tutorial volume first step diverging representation formalism detailed survey common classification scheme upcoming tutorial many current semantic web approach

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