P06-1134 |
subjectivity on the quality of a
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word sense classifier
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. To answer this ques - tion
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W01-0704 |
consisting of the building of
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word sense classifiers
|
through training on a semantically
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S01-1032 |
consisting of the building of
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word sense classifiers
|
through training on a semantically
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W11-1104 |
a portion of the corpus into a
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word sense classifier
|
, which is then tested on the
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P04-1038 |
and difficult for a supervised
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word sense classifier
|
( Dang et al. , 2002 ) . 9 In
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S13-1003 |
senses of the same word . Training
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word sense classifiers
|
for Levels 1 and 3 is straightforward
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E14-4007 |
ontologies and we developed a vague
|
word sense classifier
|
using training data from Wordnet
|
W02-0810 |
information is used to obtain a second
|
word sense classifier
|
, used in system combination
|
N07-1025 |
suggests that the accuracy of the
|
word sense classifiers
|
built on this data is likely
|
J98-1005 |
the two networks into a single
|
word sense classifier
|
. While Veronis and Ide ( 1990
|
N07-1025 |
tagged corpora and build accurate
|
word sense classifiers
|
for a large number of languages
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E14-4007 |
present in this paper a vague
|
word sense classifier
|
that may help both ontology creators
|
P13-1055 |
word-in-context classifiers into true
|
word sense classifiers
|
. Acknowledgments This work was
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S07-1004 |
likelihoods of a Naïve Bayes
|
word sense classifier
|
not from senseannotated ( in
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S07-1071 |
implemented an unsupervised naive Bayes
|
word sense classifier
|
using these DPCs that was best
|