measure(ment),8-3-P95-1027,ak </term> , the <term> accuracy </term> and <term> applicability </term> of each method is quantified , and
measure(ment),20-6-P95-1027,ak individual methods , and compare their <term> performance </term> to the simple methods . The most
tech,3-7-P95-1027,ak simple methods . The most sophisticated <term> complex learning method </term> offers a small , but statistically
measure(ment),14-7-P95-1027,ak , but statistically significant , <term> improvement </term> over the original tests . <term> Large-scale
tech,3-1-P95-1027,ak contextual information </term> . We present a <term> corpus-based study </term> of methods that have been proposed
tech,17-3-P95-1027,ak each method is quantified , and a <term> statistical analysis </term> of the <term> significance </term> of
other,1-3-P95-1027,ak positive term from the pair . Using <term> automatically collected data </term> , the <term> accuracy </term> and <term>
other,26-1-P95-1027,ak semantically unmarked term out of a pair of <term> antonymous adjectives </term> . Solutions to this problem are applicable
measure(ment),21-3-P95-1027,ak <term> statistical analysis </term> of the <term> significance </term> of the results is performed . We
tech,4-6-P95-1027,ak dominates all others . We also apply two <term> generic statistical learning methods </term> for combining the indications of
measure(ment),6-3-P95-1027,ak automatically collected data </term> , the <term> accuracy </term> and <term> applicability </term> of each
other,29-4-P95-1027,ak better than would be attributable to <term> chance </term> . In addition , one of the simplest
measure(ment),9-5-P95-1027,ak addition , one of the simplest methods , <term> text frequency </term> , dominates all others . We also
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