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Figure 15. Template-based transformation General Adaptat on Framework cording to its schema. Depending on a canonical XML document, some branches of the RSCDF graph have the same structure and could be cloned while processing. On the other hand, the tag templates correspond to the RSCDF classes. In fact, tag template represents some classes from RSCDF schema; for example, SR_Statement, Context_SR_Container, SR_Container, NumericalValue, TempTempMark. Tag templates are “bricks,” which are used by the adapter to produce the RSCDF document. Tag template has a body and a changing part, which can have different types: • Link to other tag template • Link to XML data • Link to ontology data • Generated value Figure 15 represents an example of the tag template. The variable Xn is obtained during a run-time either from ontology or the XML file, or generated by the generator. The variable Yn is obtained from the identifier of from some other template. This means that if an RSCDF tag depends on some other RSCDF tag, then it will be generated after the latter one. In this way, the adapter recursively calls methods of template creation until it will reach the leaf nodes. Using tag and structural templates, the device adapter performs semantic transformation. This approach provides a possible way to implement the logic of semantic transformation from canonical XML to RSCDF format. Copyright © 2007, Idea Group Inc. Copying or distributing in print or electronic forms without written permission of Idea Group Inc. is prohibited.
Kaykova, Khr yenko, Kovtun, Naumenko, Terz yan, & Zharko For modularity of the approach and for a possibility of easy modeling over templates, all necessary lexical concepts that will be used further in manual or semi-automated (in perspective) manipulation, are defined in ontology (see Figure 16). Figure 17 presents an example of a template for NumericalValue concept from the ontology with defined XML serialization form, which can be reused in semantic (canonical-to-canonical) XML-RSCDF transformation. Figure 16. Sample ontology of templates designed in Protégé Figure 17. Example of a template definition in Protégé Sample of RscDF template as nstance n ontology Copyright © 2007, Idea Group Inc. Copying or distributing in print or electronic forms without written permission of Idea Group Inc. is prohibited.
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Semantic Web-Based Information Syst
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Semantic Web-Based Information Syst
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Chapter.VIII Querying.the.Web.Recon
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the semantics in the Semantic Web.
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the conventional Web, and the emerg
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Chapter.I Semant cs for the Semant
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Semant cs for the Semant c Web and
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Semant cs for the Semant c Web in t
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Entity Identification/Disambiguatio
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Question Answering Systems Semant c
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Semant cs for the Semant c Web The
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Semant cs for the Semant c Web Dubo
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The Human Semant c Web tion between
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The Human Semant c Web Figure 2. Th
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• Databases with entry-portals
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The Human Semant c Web • Knowledg
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Bu ld ng Ontology Translat on Syste
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Query ng the Web Recons dered allow
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ib {{ book {{ title { “Data on th
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Specific Reasoning as Theories Quer
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Versatility Query ng the Web Recons
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Query ng the Web Recons dered Furch
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Section IV Applications Query ng th
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Semant c E-Bus ness to be beneficia
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Intelligent Agents Semant c E-Bus n
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Distributed Patient Identification
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Web Serv ce Messages amination, or
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Web Serv ce Messages The full shara
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Web Serv ce Messages standards. For
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Figure 12. Target instance 8351-9
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Web Serv ce Messages 0 Brujin, J.,
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About.the.Authors About the Authors
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About the Authors 0 Veli. Bicer. is
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About the Authors 0 in refereed jou
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About the Authors 0 partment (1992)
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About the Authors Anton.Naumenko.is
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About the Authors Centre and head o
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consumer-centric business model 30
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semantic e-business 214 semantic in
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