N03-1023 |
assumes a parametric model of
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data generation
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. The labels of the unlabeled
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J87-1020 |
items are statically defined at
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data generation
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time , the LKB extracts relationships
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C02-1130 |
consequence of using this method for
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data generation
|
is that the training set created
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D15-1203 |
1 , the algorithm for training
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data generation
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is sometimes faced with the wrong
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D13-1183 |
information as a coarse filter in the
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data generation
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stage , they still largely rely
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P02-1045 |
feature ) . 4.3 Test and Training
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Data Generation
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From our annotated corpus , we
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C02-1130 |
selection , but also a better
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data generation
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procedure . In future work ,
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P09-1120 |
systematic and collaborative study . 3
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Data Generation
|
We start the construction of
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M92-1001 |
Focus on the Issue of Spurious
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Data Generation
|
The MUC-3 measures of performance
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P11-1055 |
relation-independent and relation-specific . 6.1
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Data Generation
|
We used the same data sets as
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P03-1022 |
resolution in written text . 3.2
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Data Generation
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Training and test data instances
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D12-1045 |
Section 3.3 and , just like the
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data generation
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loop in Algorithm 2 , creates
|
N09-2032 |
system-driven dialogue by artificial
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data generation
|
. Our main contribution lies
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C02-1130 |
. The failure of our automatic
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data generation
|
algorithm to produce a good sample
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D11-1076 |
in the candidate and training
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data generation
|
steps . 5 Related Work Using
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P10-2066 |
image retrieval application . 3
|
Data Generation
|
for Distributional Similarity
|
P10-1096 |
sampling as a separate step from the
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data generation
|
process , in which we can formulate
|
N09-2032 |
artificial corpus will be NP NSUs .3 4
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Data generation
|
We constructed our artificial
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D13-1086 |
described in section 2.1 . In training
|
data generation
|
, we choose top 10 % similar
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M91-1001 |
generation combines with incorrect
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data generation
|
to affect the precision score
|