Bibliography on transmorpher (2017-06-06)
Bruno Charre, Web sémantique et recherche d'informations personnelles, DESS d'intelligence artificielle, Université Pierre et Marie Curie, Paris (FR), septembre 2002
Représentation de connaissance, Web sémantique, vCard, vCal, XML, Recherche d'information
Jérôme Euzenat, Laurent Tardif, XML transformation flow processing, Markup languages: theory and practice 3(3):285-311, 2002
The XSLT language is both complex to use in simple cases (like tag renaming or element hiding) and restricted in complex ones (requiring the processing of multiple stylesheets with complex information flows). We propose a framework improving on XSLT. It provides simple-to-use and easy-to-analyze macros for the basic common transformation tasks. It provides a superstructure for composing multiple stylesheets, with multiple input and output documents, in ways that are not accessible within XSLT. Having the whole transformation description in an integrated format allows to control and to analyze the complete transformation.
XML, XSLT, Transmorpher, Transformations
Jérôme Euzenat, Personal information management and the semantic web, 3p., octobre 2002
Text for the SWAD-Europe workshop on semantic web calendaring
Jérôme Euzenat, Laurent Tardif, XML transformation flow processing, in: Proc. 2nd conference on extreme markup languages, Montréal (CA), pp61-72, 2001
The XSLT language is both complex to use in simple cases (like tag renaming or element hiding) and restricted in complex ones (requiring the processing of multiple stylesheets with complex information flows). We propose a framework improving on XSLT. It provides simple-to-use and easy-to-analyze macros for the basic common transformation tasks. It provides a superstructure for composing multiple stylesheets, with multiple input and output documents, in ways that are not accessible within XSLT. Having the whole transformation description in an integrated format allows to control and to analyze the complete transformation.
XML, XSLT, Transmorpher, Transformations
Jérôme Euzenat, An infrastructure for formally ensuring interoperability in a heterogeneous semantic web, in: Proc. 1st conference on semantic web working symposium (SWWS), Stanford (CA US), pp345-360, 2001
Because different applications and different communities require different features, the semantic web might have to face the heterogeneity of the languages for expressing knowledge. Yet, it will be necessary for many applications to use knowledge coming from different sources. In such a context, ensuring the correct understanding of imported knowledge on a semantic ground is very important. We present here an infrastructure based on the notions of transformations from one language to another and of properties satisfied by transformations. We show, in the particular context of semantic properties and description logics markup language, how it is possible (1) to define properties of transformations, (2) to express, in a form easily processed by machine, the proof of a property and (3) to construct by composition a proof of properties satisfied by compound transformations. All these functions are based on extensions of current web standard languages.
XML, XSLT, OMDoc, MathML, DLML, XSLT, Transmorpher, Transformations, proof
action Exmo, société FluxMedia, Transmorpher 1.0, Reference manual, INRIA Rhône-Alpes/FluxMedia, Grenoble (FR), 2001
Heiner Stuckenschmidt, Jérôme Euzenat, Ontology Language Integration: A Constructive Approach, in: Proc. KI workshop on Applications of Description Logics, Wien (AT), 2001
The problem of integrating different ontology languages has become of special interest recently, especially in the context of semantic web applications. In the paper, we present an approach that is based on the configuration of a joint language all other languages can be translated into. We use description logics as a basis for constructing this common language taking advantage of the modular character and the availability of profound theoretical results in this area. We give the central definitions and exemplify the approach using example ontologies available on the Web.