
Recent Advances in Natural Language Processing
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The book is organised thematically and the contributions are grouped according to the traditional topics found in NLP: morphology, syntax, grammars, parsing, semantics, discourse, grammars, generation, machine translation, corpus processing and multimedia. To help the reader find his/her way, the authors have prepared an extensive index which contains major terms used in NLP; an index of authors which lists the names of the authors and the page numbers of their paper(s); a list of figures; and a list of tables.
This book will be of interest to researchers, lecturers and graduate students interested in Natural Language Processing and more specifically to those who work in Computational Linguistics, Corpus Linguistics and Machine Translation.
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Content
- RECENT ADVANCES IN NATURAL LANGUAGE PROCESSING
- Editorial page
- Title page
- Copyright page
- Table of contents
- Editors' Foreword
- I. MORPHOLOGY AND SYNTAX
- Some Linguistic, Computational and StatisticalImplications of Lexicalised Grammars
- Abstract
- 1. Lexicalisation
- 2. Lexicalised Tree-Adjoining Grammar
- 3. Statistical implications
- 4. Synchronous TAGs
- 5. Viewing lexicalised trees as super parts-of-speech
- 6. LTAGs and explanation-based learning techniques
- 6.1 Implications of LTAG representation for EBL
- 7. LTAGs and Categorial Grammars
- REFERENCES
- Case and word order in English and German
- Abstract
- 1. Background
- 2. Case and order in English
- Subject affinity rules
- Linear precedence rules
- 3. Case and word order in German
- 4. Implementation
- 5. English is German
- REFERENCES
- An Optimised Algorithm for Data Oriented Parsing
- Abstract
- 1. Introduction
- 2. STSGs: Definitions, terminology and properties
- 3. Disambiguating an input sentence
- 4. Experimental results
- 5. Conclusions
- REFERENCES
- Parsing Repairs
- Abstract
- 1. Introduction
- 2. Characterising self-repair
- 2.1 The overt characteristics of self-repair
- 2.2 The structural characteristics of self-repair
- 3. Analysing self-repair
- 3.1 Syntactic well-formedness
- 3.2 Cascaded repair
- 3.3 Interpreting O#R
- 3.4 Parsing self-repairs
- 4. Representing self-repair
- 5. An augmented Earley algorithm for repair
- 5.1 String representations
- 5.2 Augmentations to the standard algorithm
- 5.3 The augmented algorithm
- 5.4 Remarks
- 6 Conclusion
- REFERENCES
- Parsing for Targeted Errors in Controlled Languages
- Abstract
- 1. Introduction
- 2. Controlled language and grammar checking
- 3. Robust parsing
- 3.1 Positive and negative detection
- 3.2 Targeted and untargeted detection
- 3.3 Single phase and multiple phase
- 3.4 Current methods
- 4. Chart parsing with finite state automata
- 5. Encoding grammatical variation with finite state automata
- 5.1 Deletion
- 5.2 Insertion
- 6. Complexity
- 7. Further work
- 8. Conclusions
- REFERENCES
- Applicative and Combinatory Categorial Grammar(from syntax to functional semantics)
- Abstract
- 1. Model of Applicative and Cognitive Grammar
- 1.1 Categorial grammars
- 1.2 Applicative and Combinatory Categorial Grammar
- 2. Structural reorganisation
- 3. Coordination
- 4. Meta-rules
- 5. Examples
- 6. Conclusion
- REFERENCES
- PARSETALK about Textual Ellipsis
- Abstract
- 1. Introduction
- 2. Ontological engineering for ellipsis resolution
- 3. Functional centering principles
- 4. Grammatical predicates for textual ellipsis
- 5. Text cohesion parsing: Ellipsis resolution
- 6. Comparison with related approaches
- 7. Conclusion
- REFERENCES
- Improving a Robust Morphological Analyser Using Lexical Transducers
- Abstract
- 1. Introduction
- 2. Lexical transducers
- 3. The standard analyser
- 4. The analysis and correction of linguistic variants
- 5. The analysis of unknown words
- 6. Conclusions
- REFERENCES
- II. SEMANTICS AND DISAMBIGUATION
- Context-Sensitive Word Distanceby Adaptive Scaling of a Semantic Space
- Abstract
- 1. Introduction
- 2. Vector-representation of word meaning
- 2.1 From an English dictionary to P-vectors
- 2.2 From P-vectors to Q-vectors
- 3. Adaptive scaling of the semantic space
- 3.1 Semantic subspaces
- 3.2 Adaptive scaling
- 4. Examples of measuring the word distance
- 5. Evaluation through word prediction
- 6. Discussion
- 6.1 Semantic vectors
- 6.2 Word prediction and text structure
- 7. Conclusion
- REFERENCES
- Towards a Sublanguage-BasedSemantic Clustering Algorithm
- Abstract
- 1. Introduction
- 2. Epsilon [?]: Knowledge acquisition as an evolutionary process
- 3. Knowledge acquisition process
- 3.1 POS information
- 3.2 Modular configuration
- 4. The Compound subprocess
- 4.1 Framework
- 5. The Classify subprocess
- 5.1 Inverse KWIC
- 5.2 Evaluation
- 6. Central knowledge base
- 7. Dynamic context matching techniques for semantic clusteringdisambiguation
- 7.1 Word sense disambiguation
- 7.2 Dynamic context matching
- 8. Concluding remarks
- REFERENCES
- Customising a Verb Classification to a Sublanguage
- Abstract
- 1. Sense disambiguation and sense tuning
- 2. A context-based classifier
- 3. Discussion of the results
- 4. Final remarks
- REFERENCES
- Concept-Driven Search AlgorithmIncorporating Semantic Interpretationand Speech Recognition
- Abstract
- 1. Introduction
- 2. Semantic interpretation based on concepts
- 2.1 Basic process
- 2.2 Reduction of ambiguity in concept hypotheses
- 3. Integrating speech recognition
- 3.1 Basic process
- 3.2 Speech understanding experiments
- 4. Improving search efficiency
- 4.1 Basic process
- 4.2 Speech understanding experiments
- 5. Concluding remarks
- REFERENCES
- A Proposal for Word Sense DisambiguationUsing Conceptual Distance
- Abstract
- 1. Introduction
- 2. WordNet and the semantic concordance
- 3. Conceptual density and word sense disambiguation
- 4. The disambiguation algorithm using conceptual density
- 5. The experiment
- 6. Conclusions
- REFERENCES
- An Episodic Memory for Understanding and Learning
- Abstract
- 1. Introduction
- 2. Structure of the episodic memory
- 2.1 Text representation
- 2.2 The episodic memory
- 3. Episode matching and memorisation
- 3.1 Similarity of TUs
- 3.2 Similarity of slots and similarity of graphs
- 3.3 Memorisation of an episode: The aggregation process
- 4. Conclusion
- REFERENCES
- Ambiguities & Ambiguity Labelling:Towards Ambiguity Data Bases
- Abstract
- 1. Introduction
- 2. A formal view of ambiguities
- 2.1 Levels and contexts of ambiguities
- 2.1.1 Three levels of granularity for ambiguity labelling
- 2.1.2 Task-derived limitations on utterance-level ambiguities
- 2.1.3 Necessity to consider utterance-level ambiguities in the context offull utterances
- 2.2 Representation systems
- 2.2.1 Types of formal representation systems
- 2.2.2 Computable representations and 'reasonable' analysers
- 2.2.3 Expectations for a system of manual labelling
- 2.3 Ambiguous representations
- 2.3.1 Proper representations
- 2.4 Scope, occurrence, kernel and type of ambiguity
- 2.4.1 Informal presentation
- 2.4.2 Scope of an ambiguity
- 2.4.3 Occurrence and kernel of an ambiguity
- 2.4.4 Ambiguity type and ambiguity pattern
- 3. Attributes and values used in manual labelling
- 3.1 Top level (piece)
- 3.2 Paragraph or turn level
- 3.2.1 Structure of the list and associated separators
- 3.2.2 Representation of ambiguities of segmentation
- 3.3 Utterance level
- 3.3.1 Structure of the lists and associated separators
- 3.3.2 Headers of ambiguity kernels
- 3.3.3 Obligatory labels
- 3.3.4 Other labels
- 4. Conclusions
- REFERENCES
- III. DISCOURSE
- Incorporating Discourse Aspectsin English - Polish MT
- Abstract
- 1. Introduction
- 2. Centering model for English analysis
- 2.1 Extension to the centering algorithm
- 3. Local discourse mechanisms in translation
- 4. Ordering of Polish constituents
- 4.1 Ordering criteria
- 4.2 Building on orders of constituents
- 5. Conclusion
- REFERENCES
- Two Engines Are Better Than One:Generating More Power and Confidencein the Search for the Antecedent
- Abstract
- 1. Introduction
- 2. An integrated anaphor resolution approach
- 3. An uncertainty reasoning approach
- 4. The two-engine strategy
- 5. Illustration
- 6. Conclusion
- REFERENCES
- Effects of Grammatical Annotation on a TopicIdentification Task
- Abstract
- 1. Introduction
- 2. Topic recognition model
- 3. Text representation
- 4. Experiments
- 4.1 Test setting
- 4.2 Result and analysis
- 5. Conclusion
- REFERENCES
- Discourse Constraints on Theme Selection
- Abstract
- 1. Introduction
- 2. Text type, subject matter and theme selection
- 3. Theme selection as interstratal constraints
- 4. Conclusions
- REFERENCES
- Discerning Relevant Information in Discourses Using TFA
- Abstract
- 1. Introduction
- 2. The communication of information
- 3. Rhetorical structure of turns
- 4. An example
- 5. Discerning relevant information
- 6. Conclusions
- REFERENCES
- IV. GENERATION
- Approximate Chart Generationfrom Non-Hierarchical Representations
- Abstract
- 1. Introduction
- 2. Generation from non-hierarchical representations
- 3. D-Tree Grammars
- 4. Knowledge sources
- 4.1 Mapping rules
- 5. Sentence generation
- 5.1 Building a skeletal structure
- 5.2 Covering the remaining semantics
- 5.3 Completing a derivation
- 6. Example
- 7. Matching the applicability semantics of mapping rules
- 8. Preference-based chart generation
- 9. Implementation
- 10. Discussion
- 11. Conclusion
- REFERENCES
- Example-Based Optimisationof Surface-Generation Tables
- Abstract
- 1. Introduction
- 2. LR compilation for parsing
- 3. The semantic head-driven generation algorithm
- 4. Grammar inversion
- 5. LR compilation for generation
- 6. The generation algorithm
- 7. Optimising the generation tables
- 8. An example-based optimisation technique
- 9. Discussion
- REFERENCES
- Sentence Generation by Pattern Matching:The Problem of Syntactic Choice
- Abstract
- 1. Introduction: The speaker's problem
- 2. What kind of evidence can we provide in favour of patternmatching?
- 3. Why cognitive linguistics, or, why study natural language inthe realm of cognitive science?
- 4. Where do linguistic structures come from?
- 5. Conceptual structures and syntactic structures are to a greatextent parallel
- 5.1 Discussion
- 6. What do syntactic structures depend upon?
- 7. Prototypical patterns
- 8. Where do relative clauses come from, how can they be recognised,and what do they depend upon?
- 8.1 Discussion
- 9. Discussion
- 10. Conclusion
- REFERENCES
- An Empirical Study on the Generation ofDescriptions for Nominal Anaphors in Chinese
- Abstract
- 1. Introduction
- 2. Analysis of nominal anaphors in the test data
- 3. A preference rule for nominal descriptions
- 4. Experimental results
- 5. Implementation
- 6. Conclusion
- REFERENCES
- Generation of Multilingual Explanations from Conceptual Graphs
- Abstract
- 1. Introduction
- 2. Conceptual graphs: A brief introduction
- 3. Our internal representation
- 4. Relevant system components
- 5. Multilingual generation of explanations
- 5.1 The main objectives - subject information, coherence and multilinguality
- 5.2 Query mapper - the strategical component
- 5.3 EGEN - the tactical component
- 5.3.1 Input
- 5.3.2 Explanation levels
- 5.3.3 Utterance forming
- 5.4 Sample output
- 6. Implementation
- 7. Conclusion
- REFERENCES
- V. CORPUS PROCESSING ANDAPPLICATIONS
- Machine Translation: Productivity and Conventionality of Language
- Abstract
- 1. Introduction
- 2. Disappointment
- 3. Myth-1: Compositionality of translation
- 4. Myth-2: Possible translation
- 5. Examples: Metonymic nature of language and translation
- 6. Conceptual design of a simple MT system
- 7. Other frameworks and future directions
- REFERENCES
- Connectionist F-structure Transfer
- Abstract
- 1. Introduction
- 2. F-structure representations
- 3. The mapper
- 4. An example
- 5. Training, testing and performance
- 6. Discussion
- 7. Conclusion
- REFERENCES
- Acquisition of Translation Rulesfrom Parallel Corpora
- Abstract
- 1. Introduction
- 2. Acquisition of Translation Rules
- 2.1 Calculation of Word Similarities
- 2.2 Structural matching of parallel sentences
- 2.3 Acquisition of translation rules
- 3. Experiments of translation rule acquisition
- 3.1 Acquisition of translation rules
- 3.2 The translation rules
- 4. Discussion and Related Works
- 5. Conclusions
- REFERENCES
- Clause Recognition in the Framework of Alignment
- Abstract
- 1. Introduction
- 2. Previous work
- 3. The model
- 4. Results
- 5. Conclusions
- REFERENCES
- Bilingual Vocabulary Estimationfrom Noisy Parallel CorporaUsing Variable Bag Estimation
- Abstract
- 1. Introduction
- 2. Related work
- 3. Methodology
- 3.1 General estimation of distribution
- 3.2 Variable bag estimation
- 4. Experiments
- 5. Results and observations
- 6. Conclusions
- REFERENCES
- A HMM Part-of-Speech Tagger for Koreanwith Wordphrasal Relations
- Abstract
- 1. Introduction
- 2. Wordphrase based Hidden Markov Model
- 2.1 Characteristics of Korean
- 2.2 Construction of Hidden Markov Model
- 3. Experiments
- 3.1 Test data
- 3.2 Results
- 4. Conclusions
- REFERENCES
- A Multimodal Environment for TelecommunicationSpecifications
- Abstract
- 1. Introduction
- 2. System overview
- 3. Automata and rules
- 4. The visual language
- 5. Modality synergy
- 6. Architecture of the NL component
- 7. A simple translation example
- 8. Conclusions
- REFERENCES
- List and Addresses of Contributors
- Index of Subjects and Terms
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