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  • × author_ss:"Ingenerf, J."
  1. Ingenerf, J.: Literatur zum Thema Terminologie (1993) 0.01
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    Content
    Enthält Literaturangaben zu folgenden Themen: Allgemeines, insbesondere bzgl. Institutionen zum Thema Terminologie // Konkrete Ordnungssysteme / Wörterbücher: Medizin // Konkrete Ordnungssysteme / Wörterbücher: Informatik // Grundlagen // Prinzipien der Erstellung eines Wörterbuches // Terminologie und NLP: im allgemeinen bzw. in der Medizin // Terminologie und KI: im allgemeinen bzw. in der Medizin // Terminologie und konzeptuelle Modellierung: Ontologie // Normen // Rechnergestützte bzw. formal rekonstruierte Terminologie // Standardisierung, Sharing, Reuse // Werkzeuge zur Wörterbucherstellung
  2. Ingenerf, J.: Benutzeranpaßbare semantische Sprachanalyse und Begriffsrepräsentation für die medizinische Dokumentation (1993) 0.00
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    Footnote
    Rez. in: Knowledge organization 22(1995) no.2, S.102-103 (P. Hucklenbroich)
  3. Ingenerf, J.: ¬Die Notwendigkeit und das Dilemma monohierarchischer, nichtkombinatorischer Klassifikationen (1993) 0.00
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    Source
    Grundlagen und Methoden der Klassifikation - Einsatzgebiete in der Medizin. Hrsg.: K.H. Ellsässer u.a
  4. Ingenerf, J.: Intensional orientierte Begriffsordnungssysteme und die Dichotomie analytisch-synthetischer Urteile (1995) 0.00
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    Source
    Konstruktion und Retrieval von Wissen: 3. Tagung der Deutschen ISKO-Sektion einschließlich der Vorträge des Workshops "Thesauri als terminologische Lexika", Weilburg, 27.-29.10.1993. Hrsg.: N. Meder u.a
  5. Ingenerf, J.: Disambiguating lexical meaning : conceptual meta-modelling as a means of controlling semantic language analysis (1994) 0.00
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    Abstract
    A formal terminology consists of a set of conceptual definitions for the semantical reconstruction of a vocabulary on an intensional level of description. The marking of comparatively abstract concepts as semantic categories and their relational positioning on a meta-level is shown to be instrumental in adapting the conceptual design to domain-specific characteristics. Such a meta-model implies that concepts subsumed by categories may share their compositional possibilities as regards the construction of complex structures. Our approach to language processing leads to an automatic derivation of contextual semantic information about the linguistic expressions under review. This information is encoded by means of values of certain attributes defined in a feature-based grammatical framework. A standard process controlling grammatical analysis, the unification of feature structures, is used for its evaluation. One important example for the usefulness of this approach is the disamgiguation of lexical meaning
    Source
    Information systems and data analysis: prospects - foundations - applications. Proc. of the 17th Annual Conference of the Gesellschaft für Klassifikation, Kaiserslautern, March 3-5, 1993. Ed.: H.-H. Bock et al

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