< Linguistics 
 
      | Linguistics | 
| 00. Introduction | 
|---|
| Theoretical Linguistics | 
| 01. Phonetics • 02. Phonology • 03. Morphology • 04. Syntax • 05. Semantics • 06. Pragmatics • 07. Discourse Analysis | 
| Language as Signs | 
| 08. Semiotics • 09. Sign Language • 10. Orthography | 
| Language and the Human Mind | 
| 11. Psycholinguistics • 12. Neurolinguistics • 13. Language Acquisition • 14. Evolutionary Linguistics | 
| The Diversity of Language | 
| 15. Typology • 16. Historical Linguistics • 17. Dialectology and Creoles • 18. Sociolinguistics • 18. Anthropological Linguistics | 
| Appendices | 
| Glossary • IPA Chart • Further reading • Bibliography • License | 
Computational linguistics is interdisciplinary field dealing with the statistical and logical modeling of natural language from a computational perspective. This modeling is not limited to any particular field of linguistics.
Purposes
There are two major purposes of computational linguistics:
- To help linguists study natural languages more easily
- To make it possible for ordinary people to use natural language when using a computer
Computational linguists often use large bodies of digitized text or speech called corpora as a basis for teaching computer programs the proper use of a language, or to compare the use of a language in one context to its use in another context. This is also called corpus linguistics.
Some of the practical uses of computational linguistics include:
- Speech recognition
- Speech production
- Machine translation
- Improvements to data mining, including search engine design.
History
See also: ELIZA.
See Also: Wikipedia:computational linguistics
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