Type-inherited Combinatory Categorial Grammar for a Korean Fragment: with Reference to English
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초록
The goal of this paper is to provide an implemented grammar for a Korean fragment using a Type-inherited Combinatory Categorial Grammar (TCCG). This paper adopts a grammar engineering tool whose name is the Linguistic Knowledge Building (LKB) system. Unlike an English fragment, an implemented grammar for a Korean fragment has to include the algorithms which can handle some syntactic phenomena such as Case markers, delimiters, and scrambling. Therefore, the TCCG for Korean also has to include computational implementations for those kinds of phenomena. Among the syntactic operations, the functional application rules are applied to combine a constituent with another constituent. For semantic interpretations, Minimal Recursion Semantics (MRS) was adopted and all the semantic interpretations of phrases and sentences were compositionally calculated based on those of the constituents. (Chungnam National University)
Abstract
The goal of this paper is to provide an implemented grammar for a Korean fragment using a Type-inherited Combinatory Categorial Grammar (TCCG). This paper adopts a grammar engineering tool whose name is the Linguistic Knowledge Building (LKB) system. Unlike an English fragment, an implemented grammar for a Korean fragment has to include the algorithms which can handle some syntactic phenomena such as Case markers, delimiters, and scrambling. Therefore, the TCCG for Korean also has to include computational implementations for those kinds of phenomena. Among the syntactic operations, the functional application rules are applied to combine a constituent with another constituent. For semantic interpretations, Minimal Recursion Semantics (MRS) was adopted and all the semantic interpretations of phrases and sentences were compositionally calculated based on those of the constituents. (Chungnam National University)
참고문헌 (14)
- Baldridge, J, "Resource-Sensitive Combinatory Categorial Grammar", 박사, pp.2002
- A CCG Implementation for the LKB, "Beavers, J.", CSLI, ~, pp.LinGO Working Paper #2002-8 (2002)
- Beavers, J., "Type-inherited Combinatory Categorial Grammar", Proceedings of the 20th International Conference on Computational Linguistics, 통권 : 57 (2004)
- Bender, E., "Grammar Engineering for Linguistic Hypothesis Testing, in : Texas Linguistics Society 10: Computational Linguistics for Less-Studied Languages", pp.16~36 (2008), CSLI
- Carpenter, B, "Lexical and Unary Rules in Categorial Grammar, in : Formal Grammar: Theory and Implementation, Vol. 2 of Vancouver Studies in Cognitive Science", pp.168~242 (1992), Oxford University Press
- Copestake, A., "Implementing Typed Feature Structure Grammar" (2002), CSLI
- Copestake, A., "Minimal Recursive Semantics" (1999), CSLI
- Copestake, A., "Minimal Recursive Semantics: An Introduction", Research on Language and Computation, 3, pp.281~332 (2005)
- Hockenmaier, J., "Extending the Coverage of a CCG System", Research on Language and Computation, 2(2), pp.165~208 (2001)
- Kim, Jong-Bok, "Korean Phrase Structure Grammar" (2004), Hankook Publishing Company
- Montague, R., "Formal Philosophy" (1974), Yale University Press
- Steedman, M., "Surface Structure and Interpretation" (1996), MIT Press
- Steedman, M., "The Syntactic Process" (2000), MIT Press
- The Acquisition of a Unification-based Generalized Categorial Grammar, "Vallavicencio, A.", Cambridge University, ~ (2001)