H01-1071 approach in developing an automatic sign translation system . The approach takes advantage
H01-1071 time using limited resources . Sign translation requires sign recognition . A
H01-1071 a prototype system for Chinese sign translation . Section 6 gives experimental
H01-1071 application of EBMT technology into sign translation . Section 5 introduces a prototype
H01-1071 ) technology -LSB- 1 -RSB- in sign translation . Fully automatic extraction
H01-1071 approach in developing an automatic sign translation system . The approach takes advantage
H01-1071 character sizes . 4 . SIGN TRANSLATION Sign translation has some special problems compared
H01-1071 automatic sign detection . We describe sign translation using example based machine translation
H01-1071 our efforts towards automatic sign translation . A system capable of sign detection
H01-1071 our efforts towards automatic sign translation . We discuss methods for automatic
H01-1071 reported progress on automatic sign translation in this paper . Sign translation
H01-1071 have applied EBMT technology for sign translation . We have employed a user-centered
H01-1071 provides a flexible method for sign translation . It can enhance the robustness
H01-1071 With these special features , sign translation is not a trivial problem of just
H01-1071 non-uniform character sizes . 4 . SIGN TRANSLATION Sign translation has some special
H01-1071 sign translation in this paper . Sign translation , in conjunction with spoken
H01-1071 language barriers . A successful sign translation system relies on three key technologies
H01-1071 extract information . A successful sign translation system relies on three key technologies
H01-1071 difficult task , it is crucial for a sign translation system . We use a hierarchical
H01-1071 embedded in the environment . Sign translation has some special problems compared
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