Morphological Analysis of Dutch Medical Compounds and Derivations
Peter Spyns |
Katholieke Universiteit Leuven University Hospital Gasthuisberg Division of Medical Informatics
Lieve De Wachter |
Katholieke Universiteit Leuven Center for Computational Linguistics
In this article, the morphological parser used within the Dutch part of the MENELAS-project is described. The parser handles inflection, derivation and compounding. Its main characteristic is that it is specific for the medical sublanguage. The paper will focus on the architecture and the working principles of the parser and on the semi-automatic extension module for the lexicon. Some suggestions for improvement are made.
References
ABRAMSON, A.
Logic Programming View of Relational Morphology,
Proceedings of COLING921
1992: 850–854.

DUJOLS, P., C. BAYLON, M. CHEIN
,
LIME,
Internal report LIME (Linguistique et Langage Medical), in Informatique et Santé
1992(51):126–138.

COENE G.
,
Online defaulting in METAL, A model for improving translation robustness 1991, K.U.Leuven, (unpublished master's thesis).

DUJOLS P., P. AUBAS, C. BAYLON & F. GREMY
,
Morphosemantic Analysis and Translation of Medical Compound Terms in:
Methods of Information in Medicine 1991:301:30–35.


GAZDAR G. & C. MELLISH
,
Natural Language Processing in Prolog: an introduction into Computational Linguistics 1989, Addison-Wesley, Reading MA

LEMMENS M.
,
A critical study of the Defaulters in the Belgian METAL-system, and a Design of a Morphologically Guided Category Guesser, (unpublished master's thesis)
1989, K.U.Leuven [in Dutch].

LEVI J.N.
,
The syntax and semantics of complex nommais, London: Academic Press
1978.

MCCRAY A., J.L. SPONSLER, B. BRYLAWSKI & A.C. BROWNE
,
The Role of Lexical Knowledge in Biomedical Text Understanding in:
Proceedings of SCAMC871
1987: 103–107, IEEE Computer Society Press.

NORTON L.M. & M.G. PACAK
,
Morphosemantic Analysis of Compound Word Forms Denoting Surgical Procedures in
Methods of Information in Medicine 1983: 22: 1: 29–36.


PACAK M.G. & PRATT A.W.
,
Identification and Transformation of Terminal Morphemes in Medical English (part 1) in
Methods of Information in Medicine 1969: 8, 2: 84–90.

PACAK M.G. & PRATT A.W.
,
Identification and Transformation of Terminal Morphemes in Medical English (part 2) in:
Methods of Information in Medicine 1978: 17, 2: 95–100.


PACAK M.G., NORTON L.M. & DUNHAM G.S.
,
Morphosemantic of-ITIS Forms in Medical Language, in
Methods of Information in Medicine, vol. 19, 2
1980: 99–105.


SAGER N.
,
Natural Language Information Processing: a computer grammar of English and its applications 1981, Addison-Wesley, Reading MA.

SAGER N., FRIEDMAN C. & LYMAN M.
,
Medical Language Processing: Computer Management of Narrative Data 1987, Addison-Wesley, Reading, Massachussets.

SELKIRK, E.O.
,
The Syntax of Words 1982, Cambridge: MIT Press.

SPYNS P., ZWEIGENBAUM P. & WILLEMS JOS L.
,
Representation and Extraction of Information from Patient Discharge Summaries by means of Natural Langage Processing, in
Proceedings of MIC921
1992:309–316, Rotterdam [in Dutch].

SPYNS P., DEHASPE L. & WILLEMS JOS L.
,
The Menelas Syntactic Analysis Component for Dutch, Menelas Delivrable #6
1993, Leuven

VAN SANTEN A.
,
De morfologie van het Nederlands 1985, Holland.

WINGERT F.
,
Morphologie Analysis of Compound Words in
Methods of Information in Medicine 1985:241: 155–162.


Cited by
Cited by 2 other publications
Hedlund, Turid, Heikki Keskustalo, Ari Pirkola, Eija Airio & Kalervo Järvelin
2002.
Utaclir
CLEF 2001 — Effects of Compound Splitting and N-Gram Techniques. In
Evaluation of Cross-Language Information Retrieval Systems [
Lecture Notes in Computer Science, 2406],
► pp. 118 ff.

Spyns, Peter & Georges De Moor
1996.
A Dutch medical language processor.
International Journal of Bio-Medical Computing 41:3
► pp. 181 ff.

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