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path , thus complicating future
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cost estimation
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. We would need to evaluate all
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J15-2001 |
is caused by inaccurate future
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cost estimation
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. Using phrases helps phrase-based
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W09-1903 |
investigation of the annotation
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cost estimation
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task for active learning in a
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J15-2001 |
in their experiments . Future
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Cost Estimation
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: A third problem is caused by
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W09-1903 |
characteristics for annotation
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cost estimation
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. 3.4.3 CRCoef Vs. RMS We presented
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P10-1064 |
the upper-bound of the related
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cost estimation
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. Finally , we analyze the characteristics
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D11-1083 |
using heuristics based on future
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cost estimation
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. In general the estimation of
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P09-2073 |
process to automate the procedure of
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cost estimation
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. 3 Particle Swarm Optimization
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N06-2051 |
system with reordering and future
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cost estimation
|
. We trained translation parameters
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W01-1408 |
overhead of performing this rest
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cost estimation
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for every coverage set in search
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N13-3003 |
, and established localisation
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cost estimation
|
models based on TM technologies
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W05-0834 |
rest cost estimation . As rest
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cost estimation
|
, the negated logarithm of the
|
W09-1903 |
linear regression for annotation
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cost estimation
|
for Part-Of-Speech ( POS ) tagging
|
S15-1030 |
dimensional vectors ) for the
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costs estimation
|
. Table 4 presents the results
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W05-0836 |
pruning as well as the future
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cost estimation
|
used in the Pharaoh and CMU decoders
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W09-1903 |
as features in the annotation
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cost estimation
|
. A model trained on data from
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N10-1129 |
independent components . 3.1 Future
|
Cost Estimation
|
Despite its lack of sophistication
|
N10-1129 |
Figure 5 ) . As expected , future
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cost estimation
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alone does not increase performance
|
W05-0834 |
translation candidate . + The rest
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cost estimation
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is not ef cient . It has an exponential
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D12-1109 |
parsing strategy and dynamic future
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cost estimation
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for each partial trans - lation
|