W12-3411 |
In section 2 , the work about
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Korean parsers
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are briefly introduced . Sejong
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W04-3207 |
but significant improvements for
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Korean parsers
|
trained on small amounts of labeled
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W00-0505 |
used Yoon 's hybrid statistical
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Korean parser
|
( Yoon et al. , 1997 , 1999 ;
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W14-4202 |
Triplet/Quadruplet Model We design the
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Korean parser
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by adapting the Triplet/Quadruplet
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W12-5201 |
3.1 Morphological Analyser The
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Korean parser
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presented in section 3.2 requires
|
W02-1610 |
off-the-shelf software components :
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Korean parser
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For parsing , we used the wide
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W14-4202 |
sections generate a very accurate
|
Korean parser
|
using only a Japanese corpus
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W14-4202 |
language families , building a
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Korean parser
|
from European languages was not
|
W04-3207 |
eliminates head information in all
|
Korean parser
|
items . The model event space
|
W12-3411 |
few research projects about the
|
Korean parser
|
, especially using phrase structure
|
W00-0505 |
in the next two sections . 4.3
|
Korean Parser
|
We used Yoon 's hybrid statistical
|
P03-2010 |
step of semantic processing , our
|
Korean parser
|
constructs a semantic representation
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W12-3411 |
Smith , 2004 ) tried to build a
|
Korean parser
|
by bilingual approach with English
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P03-2010 |
before we integrated them into the
|
Korean parser
|
that we built on the basis of
|
W12-5201 |
its early stage . Researches on
|
Korean parsers
|
have been focused on DG parsing
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A00-1009 |
off-the-shelf English , French and
|
Korean parsers
|
to DSyntS level before their
|
W01-1403 |
of the cor - pus , namely the
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Korean parser
|
developed by Yoon et al. ( 1997
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W14-4202 |
the effectiveness of learning a
|
Korean parser
|
using the feature transfer learning
|