Difference between revisions of "Combinatory Categorial Grammar"
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part of the language processing tools developed by James Curran and Stephan Clark. | part of the language processing tools developed by James Curran and Stephan Clark. | ||
The tools are written in C++ and have been designed to be efficient enough for large-scale NLP tasks. | The tools are written in C++ and have been designed to be efficient enough for large-scale NLP tasks. | ||
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| + | === StatCCG === | ||
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| + | StatCCG is a statistical CCG parser (trained on CCGbank) written by | ||
| + | Julia Hockenmaier. | ||
| + | Executables are available [http://www.cis.upenn.edu/~juliahr/Parser/index.html here] | ||
== CCGbank == | == CCGbank == | ||
Revision as of 14:38, 6 August 2008
Introduction
Combinatory Categorial Grammar (CCG) is an efficiently parseable, yet linguistically expressive grammar formalism. It has a completely transparent interface between surface syntax and underlying semantic representation, including predicate-argument structure, quantification and information structure.
Software
OpenCCG: The OpenNLP library
OpenCCG, the OpenNLP CCG Library, is an open source natural language processing library written in Java, which provides parsing and realization services based on Mark Steedman's 's Combinatory Categorial Grammar (CCG) formalism.
The C&C Parser and Supertagger
The C&C CCG parser and supertagger form part of the language processing tools developed by James Curran and Stephan Clark. The tools are written in C++ and have been designed to be efficient enough for large-scale NLP tasks.
StatCCG
StatCCG is a statistical CCG parser (trained on CCGbank) written by Julia Hockenmaier. Executables are available here