Difference between revisions of "Language Processing for Art"

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(New page: Language Processing for Art: Reading, Writing, Listening, Speaking. This course explores the relationship between text and image, interactivity, and the database/archive from the perspec...)
 
 
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Language Processing for Art: Reading, Writing, Listening, Speaking.  
 
Language Processing for Art: Reading, Writing, Listening, Speaking.  
  
This course explores the relationship between text and image, interactivity, and the database/archive from the perspective of contemporary language processing techologies.
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This course explores the relationship between text and image, interactivity, and the database/archive from the perspective of contemporary language processing techologies.
  
 
We will survey recent developments from the fields of natural language processing (NLP) and computational linguistics (CL) as well as relevant artistic  upper-level course exploring natural language processing (NLP) and computational linguistics (CL) as applied to art.  It explores questions of the relationship between text and image, interactivity, and the database/archive from the perspective of contemporary language processing technologies.  This is an upper-level course, and requires previous programming experience.  
 
We will survey recent developments from the fields of natural language processing (NLP) and computational linguistics (CL) as well as relevant artistic  upper-level course exploring natural language processing (NLP) and computational linguistics (CL) as applied to art.  It explores questions of the relationship between text and image, interactivity, and the database/archive from the perspective of contemporary language processing technologies.  This is an upper-level course, and requires previous programming experience.  
  
* Python
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== resources ==
* Natural Language Tool Kit (http://nltk.org)
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Python
* Notes on the Index. Rosalind Krauss.  
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Natural Language Tool Kit (http://nltk.org)
* Database Aesthetics. Lev Manovich.  
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* NLTK was originally created in 2001 as part of a computational linguistics course in the Department of Computer and Information Science at the University of Pennsylvania. Since then it has been developed and expanded with the help of dozens of contributors. It has now been adopted in courses in dozens of universities, and serves as the basis of many research projects. See Table I.2 for a list of the most important NLTK modules.
  
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Notes on the Index. Rosalind Krauss.
  
== machines reading ==
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CS Pierce. 
=== optical character recognition ===
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== machines writing==
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Database Aesthetics.  Lev Manovich.
===  natural language generation ===
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== they are listening==
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Semantic Web. XML.  metadata.
===language recognition. ===
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automatic content extraction.
==they are talking ==
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* Semantic measures:
=== speech synthesis. ===
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** Perl WN-SIMILARITY http://wn-similarity.sourceforge.net/
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* machine reading
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** optical character recognition
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* machine writing
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** text generation
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* listening
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** speech recognition http://cmusphinx.sourceforge.net/sphinx4/
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** language recognition
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** automatic-phone systems
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* talking
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** speech synthesis
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** O.S. built in speech synthesis
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** accessibility tools

Latest revision as of 09:30, 23 August 2009

Language Processing for Art: Reading, Writing, Listening, Speaking.

This course explores the relationship between text and image, interactivity, and the database/archive from the perspective of contemporary language processing techologies.

We will survey recent developments from the fields of natural language processing (NLP) and computational linguistics (CL) as well as relevant artistic upper-level course exploring natural language processing (NLP) and computational linguistics (CL) as applied to art. It explores questions of the relationship between text and image, interactivity, and the database/archive from the perspective of contemporary language processing technologies. This is an upper-level course, and requires previous programming experience.

resources

Python Natural Language Tool Kit (http://nltk.org)

  • NLTK was originally created in 2001 as part of a computational linguistics course in the Department of Computer and Information Science at the University of Pennsylvania. Since then it has been developed and expanded with the help of dozens of contributors. It has now been adopted in courses in dozens of universities, and serves as the basis of many research projects. See Table I.2 for a list of the most important NLTK modules.

Notes on the Index. Rosalind Krauss.

CS Pierce.

Database Aesthetics. Lev Manovich.

Semantic Web. XML. metadata. automatic content extraction.