| A94-1016 | Nirenburg 1 INTRODUCTION Current | MT systems | , whatever translation method |
| A00-1004 | will compare it with two existing | MT systems | . Both systems were tested in |
| A94-1016 | - ture . Since the individual | MT systems | operate completely independently |
| A00-2026 | Langkilde and Knight , 1998 ) . The | MT systems | of ( Berger et al. , 1996 ) learn |
| A97-1048 | to judge the quality of current | MT systems | , but they may need help from |
| A00-1004 | with the same quality produced by | MT systems | . <title> PartsID : A Dialogue-Based |
| A94-1016 | uses output from a variety of | MT systems | working on the same text . In |
| A00-2026 | comparison suggests that statistical | MT systems | could also generate text from |
| A97-1048 | interactive support for conventional | MT systems | does n't seem suitable for these |
| A00-1004 | translation model . 4.2 Comparison With | MT Systems | One advantage of a parallel text-based |
| A94-1007 | many possible structures that | MT systems | can not select the correct one |
| A94-1016 | best results from a variety of | MT systems | working simultaneously on the |
| A94-1043 | machine acceptable sentences , | MT systems | for bilingual and monolingual |
| A94-1007 | many possible structures that | MT systems | can not select the correct one |
| A94-1007 | possible structures are produced that | MT systems | can not select the correct one |
| A83-1028 | spectrum -- around 90 % -- for | MT systems | that vary remarkably v.r.t. the |
| A94-1036 | memory systems cost a fraction of | MT systems | ) or they are simply inappropriate |
| A97-1047 | To avoid these problems , the | MT systems | developed recently generally |
| A83-1026 | design . In large general purpose | MT systems | , it is necessary to assume that |
| A00-1002 | into the development of various | MT systems | have been wasted and have not |
