Module 02495 (2011)
Syllabus page 2011/2012
Natural Language Processing 1
The Module Description is a strict subset of this Syllabus Page. (The University module description has not yet been checked against the School's.)
The module presents an overview of Natural Language Processing and its applications, followed by introductions to morphology, syntax and semantics. These topics are used to introduce some linguistic theory and appropriate algorithms for their computational implementation. Examples are mostly given using Prolog.
The aims of this module are to:
- introduce Natural Language Processing as one of the components of Artificial Intelligence, both from engineering and cognitive viewpoints
- show how Natural Language Processing techniques can be programmed using the Prolog programming language
|On successful completion of this module, the student should be able to:||Assessed by:|
|1||describe major trends and systems in Natural Language Processing||Examination|
|2||define: morphology; syntax; semantics; pragmatics; and give appropriate examples to illustrate their definitions||Essay and examination|
|3||describe several standard methods of applying morphological and syntactic knowledge in Natural Language Processing systems, for instance: finite-state methods; probabilistic methods; context-free grammars and parsers, including the Active Chart Parsers; unification grammars and parsing||Essay and examination|
|4||implement context-free grammars implemented by Prolog's Definite Clause Grammar||Examination|
|5||describe simple feature-based semantic systems typically based on logic showing the difference between building semantic representations and interpreting semantic representations||Essay and examination|
|6||demonstrate a knowledge of two or more methods for resolving pronoun referents as an example of semantic interpretation||Examination|
|7||show an understanding of the role of pragmatics in understanding natural language||Essay and examination|
|8||describe an application of natural language processing (for instance machine translation) and show the place of syntactic, semantic and pragmatic processing||Examination|
06-02630 (Software Workshop Prolog)
2 hrs/week lectures and exercise classes.
- Sessional: 1.5 hr examination (50%), continuous assessment (50%).
- Supplementary (where allowed): By examination only.
- The nature and timing of the continuous assessment will be specified on the module web page -- see under "Relevant Links".
|Speech and language processing: an introduction to Natural Language Processing, Computational Linguistics and Speech Recognition (2nd ed)||Jurafsky D & Martin J H||Prentice Hall, 2008|
- Introduction and Overview (1 week)
- Finite State Networks & Transducers (1 week)
- Simple grammars (1 week)
- Basic parsing algorithms (1 week)
- Active chart parsing (1 week)
- Features (1 week)
- Semantics (1 week)
- Discourse Representation Theory (1 week)
- Discourse (1 week)
- Cohesion in Text
- Pronoun Reference Resolution
- Pragmatics (1 week)
- Speech Acts
- Pragmatic Inference
- Applications (1 week)
Last updated: 20 March 2012
Source file: /internal/modules/COMSCI/2011/xml/02495.xml