D12-1018 |
by Guyon et al. ( 2003 ) . In
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feature ranking
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methods , features are ranked
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E03-1059 |
weighting function . Table 1 lists the
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feature ranking
|
functions that we used in our
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E03-1059 |
model . We introduce a family of
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feature ranking
|
functions for feature selection
|
H94-1048 |
putative features , and use a
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feature ranking
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criterion which incrementally
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J10-1005 |
We refer to this method as the
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feature ranking
|
approach . We also use a machine
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J09-3004 |
Qualitative Observations The problematic
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feature ranking
|
noticed at the beginning of Section
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E03-1059 |
Selection in the Multinomial used
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feature ranking
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functions of the form in ( 10
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C04-1036 |
indication of the problematic
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feature ranking
|
is revealed by examining the
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E03-1059 |
E-mail corpora . We used several
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feature ranking
|
functions for feature selection
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C04-1036 |
suggest that the desired behavior of
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feature ranking
|
is that the common features of
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E03-1059 |
Results For each event model and
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feature ranking
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func - tion , we determined the
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D12-1004 |
. We also explore alternative
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feature ranking
|
and feature selection procedures
|
E14-1043 |
cross-validation process . We do not show
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feature ranking
|
derived from the RR models as
|
I05-2045 |
feature selection based on different
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feature ranking
|
criterion ( ' 2 , Frequency and
|
E03-1059 |
multivariate Bernoulli model and three
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feature ranking
|
functions in the multinomial
|
D12-1018 |
entailment . To that end , we employ
|
feature ranking
|
methods as suggested by Guyon
|
D12-1018 |
Section 4.2 , we followed the
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feature ranking
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method proposed by Guyon et al.
|
E06-2019 |
model selection phase , we perform
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feature ranking
|
on each representation of an
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D14-1009 |
higher . Upon inspection of our
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feature ranking
|
this KL measure ranked 5th out
|
J10-1005 |
informed baseline in which the
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feature ranking
|
approach is applied using just
|