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most important features for the
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task . For the major/minor classi
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H05-1031 |
20-fold cross validation for both
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tasks . The results are shown
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what features we used for our two
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tasks ( cf. list of features
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C04-1035 |
categories described be - low . The
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was done by 3 expert annotators
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C04-1035 |
part-of-speech tagging , or to dialogue act
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. We formulate our typing constraints
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C04-1035 |
solid foundation for the current
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. It also indicates that it is
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C04-1035 |
techniques to extract rules for sluice
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in dialogue . In Section 2 we
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C04-1035 |
learning approach to bare sluice
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in dialogue using corpus-based
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H01-1001 |
author The activities used for
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are those of the semi-naive coder
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C04-1035 |
well suited to the task of sluice
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classi cation
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in dialogue on the basis of these
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C04-1061 |
been mapped from the more complex
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in DiMLex under kat ( German
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H01-1001 |
rithm . The features used for
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are words the 50 most frequent
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C04-1113 |
also semantic change and verb
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, and to determine where irregularities
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C04-1128 |
be the best contributor to the
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task . But , when the number
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H05-1031 |
feature 13 ) . As in the minor-major
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, the syntactic choices for reference
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C04-1133 |
corpus analysis for verb sense
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. 1.2 Word Sense Disambiguation
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C04-1013 |
rarely available . Even in a binary
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problem , there will often be
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C04-1128 |
described above . Ripper outputs a
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model for predicting the class
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C04-1128 |
contribution of a single feature to the
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classi cation
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task may not be intuitively apparent
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C04-1035 |
suited to the task of dialogue act
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classi cation
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for fragments on the basis of
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