D08-1010 decoder perform context-dependent rule selection during decoding . For integration
D08-1010 decoder to perform context-dependent rule selection during decoding . We incorporate
C00-1020 context , therefore we need a rule selection strategy . Suppose one wants
D08-1010 rules , a maximum entropy based rule selection ( MERS ) model is built . Thus
D08-1010 we propose a novel solution for rule selection for syntax-based SMT . We use
D08-1010 a novel maximum entropy based rule selection ( MERS ) model for syntax-based
D08-1010 features to help the decoder perform rule selection . Table 4 shows the effect of
D08-1010 are believed to be helpful for rule selection . Recent research showed that
D08-1010 selection in phrase-based SMT , rule selection is more generic and important
C90-2004 the problem of nondeterminism in rule selection . Rule selection generates several
C69-6101 then a distinguished role in the rule selection . Whatever method one applies
D08-1010 that the TAT model faces serious rule selection problem during decoding . 5.3
D08-1010 more contextual information for rule selection . In the MERS model , P , .3
D08-1010 model perform contextdependent rule selection . We consider the rule selection
D08-1010 call this rule selec - tion . Rule selection is of great importance to syntaxbased
D08-1010 to perform a context dependent rule selection . Although Lynx uses language
C90-2004 to constrain the operation of rule selection and reduce this non determinism
D08-1010 • Word penalty I . In Lynx , rule selection mainly depends on translation
D08-1010 rule selection . We consider the rule selection task as a multi-class classification
D08-1010 ) are determined . Therefore , rule selection affects both lexical translation
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