Lexical Functions in Lexicography and Natural Language Processing
Editor
| Universität Stuttgart
Lexical Functions in Lexicography and Natural Language Processing is entirely devoted to the topic of Lexical Functions, which have been introduced in the framework of the Meaning-Text Theory (MTT) as a means for describing restricted lexical co-occurrence and derivational relations. It provides detailed background information, comparative studies of other known proposals for the representation of relations covered by Lexical Functions, as well as a selection of most important works done on and with Lexical Functions in lexicography and computational linguistics. This volume provides excellent course material while it also reports on the state-of-the-art in the field.
[Studies in Language Companion Series, 31] 1996. xx, 355 pp.
Publishing status: Available
© John Benjamins Publishing Company
Table of Contents
|
Abbreviations and Notations
|
xvii
|
|
Introduction
|
1
|
|
1 On
|
3
|
|
1.1 Paradigmatic
|
3
|
|
1.2 Syntagmatic
|
12
|
|
2 Lexical Functions in the Overall Framework of
|
23
|
|
3 Outline of the Volume
|
25
|
|
Lexical Functions
|
37
|
|
1 Preliminary Remarks
|
37
|
|
2 On the Concept of Lexical Function
|
39
|
|
3 Simple Standard Lexical Functions
|
45
|
|
3.1 Classification of Simple Standard
|
46
|
|
3.2 List of Simple Standard
|
46
|
|
4 Special Phenomena Related to Lexical Functions
|
72
|
|
4.1 Complex
|
73
|
|
4.2 Configurations of
|
74
|
|
4.3 Fused Elements of Values of
|
74
|
|
5 Presentation of the Values of
|
74
|
|
5.1 Elements of the Value f(
|
75
|
|
5.2 Generalizing over the Values of
|
76
|
|
6 Linguistic Nature of Lexical Functions
|
79
|
|
6.1 Semantic Aspect of
|
80
|
|
6.2 Phraseological Aspect of
|
86
|
|
6.3 L
|
88
|
|
6.4 Universality of
|
89
|
|
6.5 New Simple Standard
|
90
|
|
7 Lexical Functions in Computer Applications
|
91
|
|
7.1 L
|
92
|
|
7.2 L
|
94
|
|
7.3 L
|
95
|
|
Lexical Functions Across Languages
|
103
|
|
1 Introduction
|
103
|
|
2 Lexical Functions Are a Heuristic Tool
|
104
|
|
3 Why Do Lexical Functions Work?
|
107
|
|
Using Lexical Functions for the Extraction of Collocations from Dictionaries and Corpora
|
115
|
|
1 Introduction
|
115
|
|
2 Automatic Exploration of Language Resources
|
117
|
|
2.1 Analysis of Dictionary Articles
|
117
|
|
2.2 Analysis of Text Corpora
|
118
|
|
2.3 Collocation Discovery in Linguistic Resources: Dictionaries vs. Corpora
|
121
|
|
3 Exploiting
|
122
|
|
3.1 Part of speech Combinations in Syntagmatic
|
123
|
|
3.2 Using the Definitions of Operi, Funci, and Laborij for Corpus Exploration
|
125
|
|
3.3 Exploiting Correlations between Semantic and Collocational Properties for Corpus Exploration Purposes
|
129
|
|
4 Extracting Collocations from Dictionaries
|
133
|
|
4.1 Problems of the Representation of Collocations in Dictionaries
|
134
|
|
4.2 An Analysis of a Few Collocationally Rich Dictionaries
|
135
|
|
4.3 Collocation Extraction from Definition Dictionaries
|
137
|
|
4.4 Augmenting Lexical Descriptions with Information from Text Corpora
|
140
|
|
5 Summary
|
144
|
|
A Classification and Description of Lexical Functions for the Analysis of their Combinations
|
147
|
|
1 Introduction
|
147
|
|
2 Classification of Lexical Functions
|
148
|
|
2.1 Brief Review of Previous Classifications of
|
148
|
|
2.2 A New Classification of
|
151
|
|
2.3 Justification of Our Classification
|
157
|
|
3 Descriptive Parameters
|
158
|
|
3.1 Semantic Parameters
|
158
|
|
3.2 Syntactic Categories
|
159
|
|
4 Combinations of Lexical Functions
|
160
|
|
4.1 Complex
|
160
|
|
4.2 Compound
|
161
|
|
4.3 LF Configurations
|
162
|
|
4.4 Internal Syntax of
|
162
|
|
5 Conclusion
|
164
|
|
A Case of Aspectual Polysemy, with Implications for Lexical Functions
|
169
|
|
1 Introduction
|
169
|
|
2 Telic and Atelic Readings
|
170
|
|
3 Atelic Perfectives in Russian
|
174
|
|
4 Aspectual Functions of Oper1 in English
|
177
|
|
5 Lexical Functions and Grammatical Meanings
|
178
|
|
On Dictionary Entries for Support Verbs
|
181
|
|
1 Focussing on the Problem
|
181
|
|
2 Examples from the
|
183
|
|
2.1 T
|
183
|
|
2.2 Deribas Glossary
|
186
|
|
3 Semantic Links of Operi-Verbs
|
187
|
|
3.1 V
|
187
|
|
3.2 P
|
189
|
|
3.3 P
|
190
|
|
3.4 Support Verb Semantics: Step 1
|
190
|
|
4 Semantic Groups of Nouns in Oper-Collocations
|
192
|
|
4.1 V
|
192
|
|
4.2 P
|
193
|
|
4.3 P
|
197
|
|
4.4 Support Verb Semantics: Step 2
|
198
|
|
5 Contextual Factors for the Choice of Support Verbs
|
199
|
|
5.1 Context Expressed by Adverbials of Time
|
199
|
|
5.2 Context Expressed by Adverbials of Manner and Instrument
|
200
|
|
6 Lexical Entries for the Support Verb
|
201
|
|
7 Concluding Remarks
|
203
|
|
Lexical Functions and Lexical Inheritance for Emotion Lexemes in German
|
209
|
|
1 Introduction
|
209
|
|
1.1 The Statement of the Problem
|
209
|
|
1.2 The Data
|
211
|
|
1.3 The Methodology
|
212
|
|
1.4 The Structure of the Paper
|
213
|
|
2 Semantic and Syntactic Information in the ECD
|
214
|
|
2.1 Semantic Zone
|
214
|
|
2.2 Syntactic Zone
|
215
|
|
3 Emotion Lexemes in German
|
215
|
|
3.1 Semantics of Emotion Lexemes in German
|
216
|
|
3.2 Government Patterns of Emotion Lexemes in German
|
223
|
|
3.3 Restricted Lexical Co-occurrence of Emotion Lexemes in German
|
225
|
|
4 Towards a More Efficient Representation of Lexicographic Information
|
228
|
|
4.1 Discussion of Lexical Co-occurrence/Meaning Correlations
|
228
|
|
4.2 Implementing Syntactic Inheritance in an
|
231
|
|
4.3 Implementing Lexical Inheritance Principle in an
|
233
|
|
4.4 Full vs. Compressed Lexical Entries:
|
234
|
|
4.5 The Lexical Entry of
|
238
|
|
5 Conclusions
|
241
|
|
Some Procedural Problems in the Implementation of Lexical Functions for Text Generation
|
279
|
|
1 Introduction
|
279
|
|
2 Use of Lexical Functions in the
|
281
|
|
3 General Principles behind the Implementation of Lexical Functions
|
282
|
|
4 Levels of Transition Where Lexical Functions Are Used
|
284
|
|
4.1 SemR ⇒ DSyntR Transition
|
284
|
|
4.2 DSyntR ⇒ SSyntR Transition
|
286
|
|
5 Encoding the Values of Lexical Functions in the Lexicon
|
288
|
|
6 Implementation of Lexical Function Paraphrasing
|
289
|
|
7 L
|
291
|
|
7.1 Six cases of RedSemR ⇒ DSyntR Transition Rules Using
|
291
|
|
7.2 Criteria for Choosing Among Transition Rules
|
296
|
|
8 Conclusion
|
296
|
|
Generating Cohesive Text Using Lexical Functions
|
299
|
|
1 Introduction
|
299
|
|
2 The Generation Process
|
300
|
|
3 The Choice of Referring Expressions
|
302
|
|
4 Generating Appropriate Collocations
|
304
|
|
5 The Lexical Database
|
306
|
|
6 Summary
|
306
|
|
|
307
|
|
1 Introduction: Automatic System for Russian Derivation
|
307
|
|
2 Linguistic Information in
|
309
|
|
2.1 Formal Information
|
309
|
|
2.2 Semantic Information
|
311
|
|
3 Material for Further Research: Xlebnikov's Neologisms
|
316
|
|
Bibliography
|
319
|
|
Subject Index
|
336
|
|
Name Index
|
353
|
Cited by
Cited by other publications
No author info given
2015.
In Semantics [Studies in Language Companion Series, 168],
No author info given
2020.
In Lexical Semantics for Terminology [Terminology and Lexicography Research and Practice, 20],
Alghamdi, Ayman & Eric Atwell
2017.
In Computational and Corpus-Based Phraseology [Lecture Notes in Computer Science, 10596],
► pp. 415 ff.
Avgustinova, Tania & Leonid Iomdin
2019.
In Computational and Corpus-Based Phraseology [Lecture Notes in Computer Science, 11755],
► pp. 15 ff.
Bolshakov, I.A. & A. Gelbukh
2001.
In 2001 IEEE International Conference on Systems, Man and Cybernetics. e-Systems and e-Man for Cybernetics in Cyberspace (Cat.No.01CH37236),
► pp. 1688 ff.
Calvo, Hiram & Alexander Gelbukh
2006.
In Natural Language Processing and Information Systems [Lecture Notes in Computer Science, 3999],
► pp. 164 ff.
Cortés-Rodriguez, Francisco J.
2017. Revisiting Aktionsart types for lexical classes.
Review of Cognitive Linguistics 14:2 ► pp. 498 ff.
Hamel, Marie-Josée
2010. Prototype d’un dictionnaire électronique de reformulation pour apprenants avancés de français langue seconde.
Recherche et pratiques pédagogiques en langues de spécialité - Cahiers de l APLIUT :Vol. XXIX N° 1 ► pp. 73 ff.
Hamel, Marie-Josée
2012. Testing aspects of the usability of an online learner dictionary prototype: a product- and process-oriented study.
Computer Assisted Language Learning 25:4 ► pp. 339 ff.
Khoo, Christopher S. G. & Jin-Cheon Na
2007. Semantic relations in information science.
Annual Review of Information Science and Technology 40:1 ► pp. 157 ff.
Leacock, Claudia, Martin Chodorow, Michael Gamon & Joel Tetreault
2014. Automated Grammatical Error Detection for Language Learners, Second Edition.
Synthesis Lectures on Human Language Technologies 7:1 ► pp. 1 ff.
Milićević, Jasmina & Àngels Catena
2015.
In Modern Computational Models of Semantic Discovery in Natural Language [Advances in Linguistics and Communication Studies, ],
► pp. 235 ff.
Milićević, Jasmina & Marie-Josée Hamel
2008. Un dictionnaire de reformulation pour les apprenants du français langue seconde.
Revue de l'Université de Moncton ► pp. 145 ff.
Montero‐Martínez, Silvia & Mercedes García de Quesada
2003. Terminological analysis for translation.
Perspectives 11:4 ► pp. 293 ff.
Murphy, M. Lynne
2003.
In Semantic Relations and the Lexicon,
Wanner, Leo, Bernd Bohnet, Nadjet Bouayad-Agha, François Lareau & Daniel Nicklaß
2010. MARQUIS: GENERATION OF USER-TAILORED MULTILINGUAL AIR QUALITY BULLETINS.
Applied Artificial Intelligence 24:10 ► pp. 914 ff.
This list is based on CrossRef data as of 05 august 2020. Please note that it may not be complete. Sources presented here have been supplied by the respective publishers. Any errors therein should be reported to them.
Subjects
Terminology & Lexicography
BIC Subject: CF – Linguistics
BISAC Subject: LAN009000 – LANGUAGE ARTS & DISCIPLINES / Linguistics / General
U.S. Library of Congress Control Number: 95053207