Finite-state morphology : overview of existing models and applications in continuous-text environments / Michel Simard. : Co28-1/51-1990E-PDF
"Finite-state morphological models are formalisms for describing the set of valid word-forms of a natural language. Being well-suited for computer implementations, they have typically been used for creating systems that efficiently recognize and generate isolatedword-forms. In this paper, we give a presentation of Koskenniemi's two-level morphological model, followed by a comparison with alternative approaches. Integrating such models to natural-language processing systems that deal with NL sentences typically implies modifying the morphological component so that it works in a continuous-text environment. We discuss how this transition from isolated-words to continuous-text may be done, and show that, in addition to the orthographical phenomena normally described by morphological models, the resulting system displays interesting properties for describing"inter-word" phenomena such as elisions and contractions"--Abstract.
Lien permanent pour cette publication :
publications.gc.ca/pub?id=9.873047&sl=1
Ministère/Organisme | Canada. Department of Communications. Canadian Workplace Automation Research Centre. |
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Titre | Finite-state morphology : overview of existing models and applications in continuous-text environments / Michel Simard. |
Type de publication | Monographie |
Langue | [Anglais] |
Autres langues publiées | [Français] |
Format | Électronique |
Document électronique | |
Note(s) | Issued also in French under title: Morphologie à états finis : aperçu des applications et des modèles courants pour les textes continus. Digitized edition from print [produced by Innovation, Science and Economic Development Canada]. Includes bibliographical references, pages 17-18. |
Information sur la publication | Laval : Assisted Translation Group, Canadian Workplace Automation Research Centre, Communications Canada, May 1990. |
Auteur / Contributeur | Simard, Michel, 1964- author. |
Description | 1 online resource (18 pages) : figures |
Numéro de catalogue |
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Descripteurs | Languages |