Manny Rayner, Asa Hugosson, and Goran Hagert. Using a logic grammar to learn a lexicon. Technical Report R88001, Swedish Institute of Computer Science, 1988. Home/Search Document Not in Database Summary Related Articles Check |
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Acquiring Core Meanings of Words, Represented as Jackendoff-Style .. - Siskind (1990) (1 citation) (Correct)
....much of the search. This paper explains the general theory as well as the implementation details which make it work. In addition, it discusses some limitations in the current theory, among which is one which prevents it from converging on a single definition of some words. 2 Background In [15], Rayner et al. describe a system which can determine the lexical category of each word in a corpus of sentences. They observe that while in the original formulation, a definite clause grammar[12] normally defines a two argument predicate parser(Sentence,Tree) with the lexicon represented ....
.... parser( the,cup,slid,from,mary,to,bill] Lexicon) parser( the,cup,slid,from,bill,to,john] Lexicon) Lexicon = entry(the,det) entry(cup,n) entry(slid,v) entry(from,p) entry(john,n) entry(to,p) entry(mary,n) entry(bill,n) Figure 1: The technique used by Rayner et al. in [15] to acquire lexical category information from a corpus of sentences. Input: scene scene John John Mary Mary The cup slid from John to Mary BE cup,AT John BE cup,AT Mary BE cup,AT Mary BE cup,AT John scenario scene scene The cup slid from Mary to Bill session Mary Bill Bill Mary BE ....
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Manny Rayner, Asa Hugosson, and Goran Hagert. Using a logic grammar to learn a lexicon. Technical Report R88001, Swedish Institute of Computer Science, 1988.
Processing Swedish Sentences: A Unification-Based Grammar and.. - Gambäck (1997) (Correct)
....of complete lexical entries for complicated systems. Getting rid of the user interaction completely has proven to be feasible in applications where the lexicon mainly is of part of speech character , that is, contains only rudimentary information. Such a system was L 2 (for Lexical Learning ) [Rayner et al. 1988] which used only a formal grammar (later extended with a function word lexicon and a morphological component [Hormander 1988] to learn a lexicon from a set of example sentences. The key idea in L 2 was that the grammar, together with the known words, would place restrictions on the unknown ....
....constructions that very rarely, if ever, occur in real sentences. The application of explanation based learning to language processing allows us to reduce the set of possible analyses and provides a solution to the parsing inefficiency problem mentioned above (Section 10.1) 6 The original idea [Rayner 1988] was to bypass normal processing and instead use a set of learned rules that performed the tasks of the normal parsing component. By indexing the learned rules efficiently, analyzing an input sentence using the learned rules is very much faster than normal processing [Samuelsson Rayner 1991] ....
Manny Rayner, Asa Hugosson, and Goran Hagert. "Using a Logic Grammar to Learn a Lexicon". In Proceedings of the 12th International Conference on Computational Linguistics, pp. 524--529, Budapest, Hungary, 1988. ACL. Also available as SICS Research Report R88001, Stockholm, Sweden.
Lexical Acquisition: the Swedish VEX System - Gambäck (1992) (Correct)
....characteristics of the way a verb and its arguments map into the database. Getting rid of the user interaction completely has proven to be feasible in applications where the lexicon mainly is of part of speech character , i.e. contains only rudimentary information. Such a system is L 2 [Rayner et al. 1988] which uses only a formal grammar (later extended with a function word lexicon and a morphological component [H ormander 1988] to learn a lexicon from a set of example sentences. The key idea in L 2 was that the grammar, together with the known words, would place restrictions on the unknown ....
Rayner, M., A. Hugosson and G. Hagert (1988). "Using a Logic Grammar to Learn a Lexicon", the 12th International Conference on Computational Linguistics, Budapest, Hungary, pp. 524--529. Also available as SICS Research Report -- R88001, Stockholm, Sweden.
Screaming Yellow Zonkers - Siskind (1991) (1 citation) (Correct)
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Manny Rayner, Asa Hugosson, and Goran Hagert. Using a logic grammar to learn a lexicon. Technical Report R88001, Swedish Institute of Computer Science, 1988.
Screaming Yellow Zonkers - Siskind (1991) (1 citation) (Correct)
No context found.
Manny Rayner, Asa Hugosson, and Goran Hagert. Using a logic grammar to learn a lexicon. Technical Report R88001, Swedish Institute of Computer Science, 1988.
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