W11-1720 |
have been passed to the Weka PART
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rule-induction
|
classifier . The best results
|
W03-2710 |
task , a memory-based one and a
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rule-induction
|
one . For the former we used
|
W01-0719 |
important role . One advantage of the
|
rule-induction
|
algorithms is that their output
|
W08-0406 |
the hand-aligned data used for
|
rule-induction
|
is that it is out of domain compared
|
P05-2020 |
trees ( C4 .5 ) , bagging and
|
rule-induction
|
( Ripper ) machine learning techniques
|
N06-2032 |
question-answering processes . Using a
|
rule-induction
|
algorithm with automatically
|
W02-0221 |
report the results of applying a
|
rule-induction
|
method to train and test DATE
|
P01-1012 |
in human-machine interactions :
|
Rule-induction
|
versus memory-based learning
|
P01-1012 |
For the experiments we used the
|
rule-induction
|
algorithm RIPPER ( Cohen 1996
|
W99-0608 |
decision trees , neural networks ,
|
rule-induction
|
sys - tems , etc. ) . Several
|
C96-2130 |
distribution . We performed a
|
rule-induction
|
experiment using the lexicon
|
S01-1020 |
ingtechniques,viz.memory-basedlearningand
|
rule-induction
|
. Throughoptimizationbycross
|
W03-2710 |
For this purpose we train both a
|
rule-induction
|
and a memory-based learning algorithm
|
J97-3003 |
interesting by-product of the proposed
|
rule-induction
|
technique is the automatic discovery
|
J06-4007 |
eager learning approach : It is a
|
rule-induction
|
algo - rithm , which displays
|
W98-1224 |
e.g. , decision-tree algorithms ,
|
rule-induction
|
, or connectionist-learning algorithms
|