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Methods in Latin Computational Linguistics.
In Methods in Latin Computational Linguistics, Barbara McGillivray presents some of the methodological foundations of Latin Computational Linguistics through three corpus case studies covering morpho-syntactic and lexical-semantic aspects of Latin verb valency and quantitative diachronic exploration...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Brill,
2013.
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| Colección: | Brill's studies in historical linguistics.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Preface; List of Abbreviations; List of Figures; Chapter 1. Historical Languages, Corpora, and Computational Methods; 1.1. Challenges of Latin Computational Linguistics; 1.2. Promoting Corpora and Computational Methods; 1.2.1. Corpus Annotation; 1.2.2. The Less-Resourced Status of Latin; 1.2.3. Quantitative Latin Corpuswrite indexwrite {9:corpus} Linguistics; 1.3. Audience; 1.4. A New Paradigm; 1.5. Corpora and Language; 1.5.1. Which Latin?; 1.5.2. An Operational Definition of Language; 1.6. Outline of the Book; Chapter 2. Computational Resources and Tools for Latin.
- 2.1. The Role of Latin2.1.1. Why Are Computational Resources Needed?; 2.2. Corporawrite indexwrite {20:corpus} and Digital Editions for Latin; 2.3. Corpus Annotation and NLP Tools; 2.3.1. Annotating Morphology; 2.3.2. A Large Annotated Corpuswrite indexwrite {24:corpus!annotated} for Latin; 2.3.3. Annotating Syntax; 2.4. Semantic Resources; 2.4.1. Annotating Semantics; 2.4.2. Lexical Databases; 2.5. Summary; Chapter 3. Verbs in Corpora, Lexicon { ontslant ={
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- 5.otf: at5.52061pt {loaded}global ont m; 3.1. Why Valency?; 3.2. Valency in Lexicons; 3.2.1. A Corpus-Basedwrite indexwrite {34:corpus!-based} Distributional Attitude; 3.2.2. Consequences for the Definition of Valency; 3.2.3. Argument Optionality; 3.2.4. An Operational Definition of Valency.
- 3.3. The Annotationwrite indexwrite {40:annotation} of the Treebankswrite indexwrite {40:treebank}3.3.1. Extracting Argument Patterns from the Treebankswrite indexwrite {45:treebank}; 3.4. Content and Look of the Lexicon; 3.4.1. Interface; 3.5. Quantitative Data; 3.6. The Lexicon and Latin Computational Linguistics; Chapter 4. The Agonies of Choice: Automatic Selectional Preferences; 4.1. Automatic Selectional Preferenceswrite indexwrite {61:selectional preferences} for Latin Verbs; 4.1.1. The Diachronic Dimension; 4.2. The Knowledge-Based Approach; 4.2.1. Challenges of the Latin Data.
- 4.2.2. Frames and Constructions4.2.3. Clustering Frames; 4.2.4. Probabilistic Selectional Preferenceswrite indexwrite {78:selectional preferences}write indexwrite {78:selectional preferences}; 4.3. The Knowledge-Free Approach; 4.3.1. Distributional Similarity; 4.3.2. Distributional Selectional Preferenceswrite indexwrite {80:selectional preferences}; 4.4. Evaluating Preferences; 4.4.1. The System Calibration; 4.4.2. The System Discrimination; 4.5. Lessons Learnt; Chapter 5. A Closer Look at Automatic Selectional Preferences for Latin; 5.1. Data from Latin WordNet; 5.1.1. Synsets.