D15-1047 |
we firstly compare the coupled
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bag-ofwords model
|
to the general model in the process
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W13-4101 |
classifier uses a standard unigram
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bag-ofwords model
|
, simply summing the indicator
|
S13-2065 |
Experiments with just a simple unigram
|
bag-ofwords model
|
show that for both the Twitter
|
W11-1721 |
base supervised classifier with a
|
bag-ofwords model
|
. 4.1 Create Initial Training
|
S13-1026 |
similarities obtained from distributional
|
bag-ofwords models
|
( Sec . 2.3.2 ) ; bow-wp500 (
|
D15-1047 |
the words . Unlike the general
|
bag-ofwords model
|
which models document relationship
|
W10-2807 |
word 's context . In a simple
|
bag-ofwords model
|
this might equate to one vector
|
D11-1016 |
Regularization . To prevent overfitting for
|
bag-ofwords model
|
we regularize w . The L2-regularized
|
W15-4637 |
MSS training set , the simple
|
bag-ofwords model
|
with a threshold t = 0.3 produced
|
D15-1161 |
introduce an extension to the
|
bag-ofwords model
|
for learning words representations
|
D15-1161 |
the efficiency underlying the
|
bag-ofwords model
|
, and allowing it to consider
|
W09-4102 |
strictly unigrams in the traditional
|
bag-ofwords model
|
. Our approach to extracting
|
S13-2082 |
conditionals etc and show that along with
|
bag-ofwords model
|
, it gives better sentiment classification
|
P06-1136 |
method to improve the existing
|
bag-ofwords model
|
approach by considering the dependence
|
W10-4164 |
from the word frequency in the
|
bag-ofwords model
|
) The target word is not necessarily
|
W15-1105 |
phrases using context-based ,
|
bag-ofwords models
|
, i.e. , defining the structures
|
P14-1109 |
beyond the standard count-based
|
bag-ofwords models
|
in NLP , and improves previous
|
D12-1047 |
traditional approaches based on
|
bag-ofwords models
|
and word-based TM , because it
|
W15-1502 |
architecture for the continuous
|
bag-ofwords model
|
( Mikolov et al. , 2013 ) is
|
J12-2001 |
leads to an improvement over a
|
bag-ofwords model
|
without negation , Pang , Lee
|