P15-1167 |
Abstract This paper proposes an
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embedding
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matching approach to Chinese
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D15-1232 |
words , where we assume that an
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embedding
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of each word can represent its
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J13-1008 |
complex syntactic patterns , and
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embedding
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useful morphological features
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S15-2085 |
, word prior polarities , and
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embedding
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clusters . Using weighted Support
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D14-1113 |
word sense discrimination and
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embedding
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learning , by non-parametrically
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J92-4004 |
Grammars ( TAG ) in such a manner and
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embedding
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it in a unification-based framework
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P98-1097 |
is to exploit term overlap and
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embedding
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so as to yield a substantial
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P15-1049 |
discover the power of statistical and
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embedding
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features . However , tree-based
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J88-2001 |
event-related information from text and
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embedding
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those methods in question-answering
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W10-4104 |
other examples of this section are
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embedding
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, while this example is of overlapping
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W15-3822 |
method called Surrounding based
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embedding
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feature ( SBE ) , and two newly
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D14-1015 |
investigate how to improve bilingual
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embedding
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which has been successfully used
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D14-1062 |
relevance for the in-domain task . By
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embedding
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our latent domain phrase model
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E09-3009 |
Vector Space Model ( VSM ) by
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embedding
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additional types of information
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W14-1411 |
for the adjectival challenge by
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embedding
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the record types defined to deal
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C86-1088 |
. The analysis is completed by
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embedding
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the DRS representing the text
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W06-2205 |
generated from a text corpus by
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embedding
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syntactically parsed sentences
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H89-2024 |
informarion to be added to a document by
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embedding
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user-defined sequences of text
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J10-3010 |
extrinsic evaluation is done by
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embedding
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the expansion systems into a
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W10-2802 |
ularities . This latter is employed by
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embedding
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prior FrameNet-derived knowledge
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