P13-2046 Caseli et al. ( 2010 ) developed an alignment-based method for extracting multiword expressions
P06-2111 syntax-based method . The monolingual alignment-based method outperforms the syntax-based
D12-1058 pairs , Pseed . For this purpose , alignment-based methods with bilingual or monolingual
W08-1807 clear from the numbers that the alignment-based method does not provide nearest neighbours
P14-1030 experimental results showed that these alignment-based methods are more effective than syntax-based
P12-3010 translation equivalents in terms of word alignment-based method . ( Jian et al. , 2004 ; Callison-Burch
P13-1132 . Second , we propose a novel alignment-based method for word sense dis ambiguation
P06-2111 combine the syntax-based and the alignment-based methods . Acknowledgements This research
P06-2111 semantically related words whereas the alignment-based method finds synonyms . The reasons
P06-2111 evaluation shows that the synonyms the alignment-based method finds are often missing in EWN
P06-2111 combination of the syntax-based and alignment-based method . Judging from the precision
W09-2901 measure of the MWE candidates . 4.2 Alignment-Based method The second of the MWE extraction
P09-1106 show that the intersection word alignment-based method yields consistent improvements
D12-1058 bilingual parallel corpora by using an alignment-based method . Then , our method collects
D12-1058 2011 ) : similarity - based and alignment-based methods . 2.1 Similarity-based Methods
P06-2111 syntax-based method shows that the alignment-based method is able to extract synonyms with
S12-1089 have combined this with a simple alignment-based method and a word overlap baseline into
P13-1172 Combining Syntax-based Method with Alignment-based Method In this subsection , we try to
P10-1011 over-constrained and inefficient nature of alignment-based methods . We use NAS to eliminate incorrect
E12-1044 and Hara ( 2007 ) proposed an alignment-based method for detecting and disambiguating
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