Language Processing and Grammars

Name: Language Processing and Grammars | The role of functionally oriented computational models
Brand: John Benjamins Publishing Company
Price: 123.99 EUR
Availability: OnlineOnly

The role of functionally oriented computational models

Brian Nolan Carlos Periñán-Pascual(Herausgeber*in)

John Benjamins Publishing Company

1. Auflage

Erschienen am 1. April 2014

VI, 396 Seiten

E-Book

PDF mit Adobe-DRM

Systemvoraussetzungen

978-90-272-7064-1 (ISBN)

123,99 €inkl. 7% MwSt.

Systemvoraussetzungen

für PDF mit Adobe-DRM

E-Book Einzellizenz

Als Download verfügbar

Beschreibung

Weitere Details

Weitere Ausgaben

Personen

Inhalt

Language Processing and Grammars
Editorial page
Title page
LCC data
Table of contents
Introduction
References
From the extraction of continuous features in parallel texts to visual analytics of heterogeneous areal-typological datasets
1. Introduction
2. Algorithmic typology
2.1 Degree of synthesis
2.2 Amount of prefixing and suffixing
2.3 Amount of case marking
2.4 Synthetic vs. analytic negation marking
3. Visual analytics
4. Combining genealogical and areal information in a single visualization
4.1 The extended sunburst display
4.2 User interaction
4.3 Design decisions
4.4 Meta-information
5. Case studies
5.1 Case study 1: Indo-European languages
5.2 Case study 2: Languages of Papua New Guinea
6. Conclusions and outlook
Acknowledgments
References
Lexical-syntactic analysis model of Spanish multi-word expressions
1. Introduction
2. Lexicon and syntactic phenomena
2.1 The Lexicon
2.2 Lexical and syntactic phenomena
3. Combinatorial interdependencies
3.1 Syntagmatic relations
Addition
Ellipsis
Permutation
Versification
3.2 Paradigmatic relations
Commutation
Deautomatization
Morpho-syntactic invariability features
3.3 Inflectional morphology of complex lexical units
3.4 Formal definitions
3.5 Typology of multi-member lexical units
4. Formal representation
5. Conclusions
References
Three-place predicates in RRG
1. Introduction
2. RRG accounts to three-place predicates
3. A new computational model to RRG
4. Conclusion
References
A Role and Reference Grammar parser for German
1. Introduction
1.1 Grammatical features of German
1.2 The grammar model
2. German sentence structure in a RRG construction representation
3. Functional and technical requirements
4. The constructions used for the parser
4.1 Construction 1: Die Katze trinkt die Milch
4.2 Construction 2: Die Katze trank die Milch
4.3 Construction 3: Die Katze ist auf dem Tisch
4.4 Construction 4: Trinkt die Katze die Milch
4.5 Construction 5: Die Katze hat die Milch getrunken
4.6 Construction 6: Getrunken hat die Katze die Milch
4.7 Construction 7: Die Milch wird von der Katze getrunken
4.8 Construction 8: Die Katze hat die Milch auf dem Tisch getrunken
5. Functional requirements of the parser
5.1 Sentence structure
5.2 The lexicon
5.3 The layout of the Role and Reference Grammar structure representation
6. Testing and results
6.1 Testing of construction 1
6.2 Testing of construction 2
6.3 Testing of construction 3
6.4 Testing of construction 4
6.5 Testing of construction 5
6.6 Testing of construction 6
6.7 Testing of construction 7
6.8 Testing of construction 8
7. Discussion
7.1 Purpose
7.2 Significance of this work
7.3 Future enhancements
References
Extending a lexicalist functional grammar through speech acts, constructions and conversational software agents
1. Introduction
2. Intelligent conversational agents
3. Role and reference grammar as the linguistic engine
4. Constructions as grammatical objects in RRG
4.1 Construction internal architecture
4.2 Construction internal processing workspace
5. Motivations for use of RRG in the agent framework
5.1 The UniArab machine translation system
5.2 Computing FunGramKB
5.3 Supporting the grammar-lexicon-construction continuum
6. The dialogue management framework for conversational agents
6.1 Generic conversational architecture for language aware software agents
6.2 The structure of a speech act for a conversational agent
7. Conversational agent - Human actor: Dialogue steps as pseudo code
8. Discussion
References
The implementation of the CLS constructor in ARTEMIS
1. Introduction
2. FunGramKB
3. Role and Reference Grammar
3.1 The standard model
3.2 The computational model
4. The CLS constructor in ARTEMIS
4.1 Pre-processing
4.2. Grammar building
4.3 Syntactic parsing
4.4 Parse tree refinement
4.5 CLS extraction
4.6 Final remark
5. Conclusions
6. Acknowledgments
References
Appendix 1. XML-formatted parse tree
Appendix 2. XSD schema for the validation of XML-formatted parse trees
Appendix 3. Context-free grammar for the CLS (EBNF and graphical representation)
Appendix 4. Activity diagram for the construction of the CLS in ARTEMIS
FrameNet and FunGramKB
1. Introduction
2. Main tenets of FN and FunGramKB
2.1 FN
2.2 FunGramKB
3. Comparing a lexically-oriented and a conceptually-driven approach
3.1 Methodology
3.2 Lexical and conceptual information
3.3 Relations between frames and concepts
3.4 Information management
3.5 Multilingualism
4. Conclusion
References
Exploring the thematic-frame mapping in FunGramKB
1. Introduction
2. The Lexicon editor
3. Thematic-frame mapping
3.1 Thematic roles
4. Cases of thematic-frame mapping
4.1 Perfect mapping
4.2 Imperfect mapping
5. Conclusions
References
Appendix 1. Semantic Interpretation of the Thematic Roles of Arguments
FunGramKB term extractor
1. Introduction
2. Corpus compilation
3. FunGramKB term extractor
4. FGKBTE's main functions
5. Conclusions
References
Deep semantic representation in a domain-specific ontology
1. Introduction
2. Linking EcoLexicon to FunGramKB
2.1 Syntactic heterogeneity
2.2 Terminological heterogeneity
2.3 Conceptual heterogeneity
2.4 Phases of the process
3. The case of RAIN
3.1 +RAIN_00 in FunGramKB
3.2 RAIN in EcoLexicon
3.3 Identification of overlapping concepts and hierarchical rearrangement
3.4 Conceptual modeling and mapping: Deep semantic representation in EcoLexicon
4. Conclusions
Acknowledgements
References
A functional and constructional approach for specialized knowledge resources
1. Terminological knowledge bases and linguistic theory
2. Verbs in terminology
3. Lexical domains in terminology
4. Lexical domains through semantic deconstruction
5. Hierarchical organization through semantic dependency properties
6. Towards a lexical entry
6.1 Aktionsart classes
6.2 Semantic roles and macroroles
6.3 Lexical restrictions in verbs arguments
7. Conclusion
Acknowledgements
References
Applying the lexical constructional model to ontology building
1. Introduction
2. Pattern-based approaches for knowledge acquisition
2.1 Verb-centred patterns for knowledge acquisition
2.2 Main Limitations of pattern-based approaches for knowledge acquisition
3. Ontology design patterns
4. The lexical constructional model
4.1 The Generative Lexicon
5. Analyzing LSPs with the LCM lexical templates
5.1 Lexical template for classify
5.2 Lexical template for classify into
5.3 Lexical template for classify as
5.4 Lexical template for include
5.5 Lexical template for contain
6. From linguistic patterns to ontological constructs: A user-centred approach
7. Conclusions
Acknowledgements
References
The interaction of non-linguistic and linguistic knowledge in FunGramKB
1. Introduction
2. An overview of FGKB
3. FGKB's Ontology
3.1 Ontological conceptual information
4. The FGKB lexicon
5. The FGKB grammaticon
6. Talmy's theory of lexicalization patterns
7. Beyond ontological postulates
5.1 Concepts with path specifications in the MPs
5.2 Concepts with manner semantics in the MPs
8. Conclusions
References
Low-level situational cognitive models within the Lexical Constructional Model and their computational implementation in FunGramKB
1. Introduction
2. Cognitive modeling in the LCM
3. Towards a typology of low-level situational schemata
4. The framework: FunGramKB
4.1 The representation of low-level situational schemata in the cognicon
5. Conclusion
References

Systemvoraussetzungen

Als PDF speichern Als Link merken