P04-3006 represents a new application of bitext mapping algorithms . 1 Introduction In June 2003
P04-3006 on a modification of the SIMR bitext mapping algorithm ( Melamed , 1999 ) . The SIMR
E97-1039 SIMR the mostly widely applicable bitext mapping algorithm to date . SIMR opens up several
E97-1039 map ( TBM ) . The purpose of a bitext mapping algorithm is to produce bitext maps that
J99-1003 of the most widely applicable bitext mapping algorithms published to date . For applications
C96-2129 handconstructed gold standard for evaluating bitext mapping algorithms . Quantitative evaluation on
E97-1039 Injective Map Recognizer ( SIMR ) bitext mapping algorithm advances the state of the art
P04-3006 accuracy . In addition , good bitext mapping algorithms are not limited to documents
J99-1003 them useless for the purposes of bitext mapping algorithms . Fortunately , only one seed
P04-3006 a modified version of the SIMR bitext mapping algorithm , can reliably discriminate between
P04-3006 parallel and comparable texts . Bitext mapping algorithms use a larger set of document
J99-1003 point of view , the success of a bitext mapping algorithm hinges on three tasks : signal
P97-1039 are lower than those of other bitext mapping algorithms by an order of magni - tude .
E97-1039 are lower than those of other bitext mapping algorithms by an order of magni - tude .
P97-1039 algorithm presented in this paper is a bitext mapping algorithm that advances the state of the
P97-1039 halves of a bitext . The ideal bitext mapping algorithm should be fast and accurate ,
E97-1039 algorithm presented in this paper is a bitext mapping algorithm that advances the state of the
E97-1039 halves of a bitext . The ideal bitext mapping algorithm should be fast and accurate ,
E97-1039 SIMR to find TPC chains . Other bitext mapping algorithms mitigate this source of noise
C96-2129 omitted segments . 3 . The SIMI { . bitext mapping algorithm ( Melamed , 1996 ) was used to
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