A97-1048 English to Japanese ) machine translation systems are gaining popularity in Japan
A00-2012 environment for developing machine translation systems . The two-step approach significantly
A00-2011 Abstract Many corpus-based machine translation systems require parallel corpora . In
A00-1003 inclusion of a variety of machine translation systems . None of the systems tested
C00-2145 competence for CBMT . It appears that translation systems can either be designed to have
C00-1079 Japanese , Korean-to-Japanese machine translation systems have been developed under the
A88-1027 applications , such as machine translation systems . At the 1986 ACL meeting , Gary
A00-2026 similar to that of knowledgebased translation systems . We suspect that our statistical
C00-2142 development and deployment of machine translation systems for low-density languages in
A97-1036 integration of various machine translation systems in a multi-engine machine translation
A00-1003 . We used a variety of machine translation systems , none of them high-end and all
A97-1048 conventional automatic machine translation systems developed so far are useful for
C00-1015 multilingual lexica for machine translation systems ( or for people ) , however ,
C00-2142 used to develop several machine translation systems , including a Persian-English
A94-1016 done by speech and statistical translation systems ( Brown et al. , 1990 ) . Statistically
C00-2142 development of automatic machine translation systems for several languages is a complicated
A97-1048 to conventional machine-aided translation systems that force them to work in an
A94-1036 evaluation methods proposed for machine translation systems ( cf. Machine Translation 1993
C00-1078 Abstract 35 " ansfer-based Machine Translation systems re - quire a procedure for choosing
A83-1029 employed . <title> COMPUTER-ASSISTED TRANSLATION SYSTEMS : The Standard Design and A Multi-level
hide detail