W09-3529 |
our non-standard runs , we use a
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Web-mining
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module to boost the performance
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D08-1040 |
They support this method with a
|
Web-mining
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technique to improve the performance
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P02-1054 |
4.1 Querying the Web We use a
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Web-mining
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algorithm that considers the
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W09-3529 |
Table 1 . It is confirmed that
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Web-mining
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module boosted the performance
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J05-4003 |
Smith ( 2003 ) . Their STRAND
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Web-mining
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system has a purpose that is
|
W14-0614 |
makes applicable a range of social
|
web-mining
|
approaches on historical text
|
C04-1164 |
ontology performance , a medical
|
web-mining
|
system to search the desired
|
W10-3406 |
the input of a dictionary . Our
|
web-mining
|
approach deals with a cognitive
|
P02-1054 |
the Web ( Mann , 2001 ) . The
|
Web-mining
|
algorithm presented in this paper
|
P15-3005 |
2002 ) . During the last decade ,
|
web-mining
|
approaches have been proposed
|
P13-1157 |
data produced by a variety of
|
Web-mining
|
activities . Evaluation results
|
J03-3006 |
advantage , compared to other
|
Web-mining
|
approaches , of providing a wealth
|
W09-3109 |
( 2003 ) propose their STRAND
|
web-mining
|
based system and show that their
|
E09-1003 |
( 2003 ) propose their STRAND
|
web-mining
|
based system and show that their
|
J03-3006 |
obtained using a high-performance
|
Web-mining
|
algorithm ( Mihalcea and Moldovan
|
D08-1040 |
dialogue processing . By using simple
|
web-mining
|
techniques we described , this
|
W10-3406 |
How to Expand Dictionaries with
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Web-Mining
|
Techniques </title> Nicolas Béchet
|
W12-3714 |
Komuda et al. ( 2010 ) used a
|
Web-mining
|
technique to gather consequences
|
P05-1016 |
researchers have applied text - and
|
web-mining
|
algorithms for automatically
|
P02-1054 |
Estimating pattern consistency The
|
Web-mining
|
module submits three searches
|