Challenges for the Representation of Morphology in Ontology Lexicons

Bettina Klimek; John P. McCrae; Julia Bosque Gil; Maxim Ionov; James K. Tauber; Christian Chiarcos

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Challenges for the Representation of Morphology in Ontology Lexicons

Bettina Klimek ^[1] ; John P. McCrae ^[2] ; Julia Bosque-Gil ^[3] ; Maxim Ionov ^[4] ; James K. Tauber ^[5] ; Christian Chiarcos ^[4]
1. [1] University of Leipzig
  
  University of Leipzig
  
  Kreisfreie Stadt Leipzig, Alemania
2. [2] National University of Ireland
  
  National University of Ireland
  
  Irlanda
3. [3] Universidad Politécnica de Madrid
  
  Universidad Politécnica de Madrid
  
  Madrid, España
4. [4] Goethe University Frankfurt
  
  Goethe University Frankfurt
  
  Frankfurt, Alemania
5. [5] Open Greek and Latin Project
Mostrar afiliaciones +
Localización: Electronic lexicography in the 21st century. Proceedings of the eLex 2019 conference. 1-3 October 2019, Sintra, Portugal / Iztok Kosem (ed. lit.), Tanara Zingano Kuhn (ed. lit.), Margarita Correia (ed. lit.), José Pedro Ferreira (ed. lit.), Maarten Jansen (ed. lit.), Isabel Pereira (ed. lit.), Jelena Kallas (ed. lit.), Miloš Jakubíček (ed. lit.), Simon Krek (ed. lit.), Carole Tiberius (ed. lit.), 2019, págs. 570-591
Idioma: inglés
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Resumen
- Recent years have experienced a growing trend in the publication of language resources as Linguistic Linked Data (LLD) to enhance their discovery, reuse and the interoperability of tools that consume language data. To this aim, the OntoLex-lemon model has emerged as a de facto standard to represent lexical data on the Web. However, traditional dictionaries contain a considerable amount of morphological information which is not straightforwardly representable as LLD within the current model. In order to fill this gap a new Morphology Module of OntoLex-lemon is currently being developed. This paper presents the results of this model as on-going work as well as the underlying challenges that emerged during the module development. Based on the MMoOn Core ontology, it aims to account for a wide range of morphological information, ranging from endings to derive whole paradigms to the decomposition and generation of lexical entries which is in compliance to other OntoLex-lemon modules and facilitates the encoding of complex morphological data in ontology lexicons.