tech,4-1-P05-3025,ak solving </term> . This paper describes a <term> method of interactively visualizing and directing the process of translating a sentence </term> . The method allows a user to explore
model,8-2-P05-3025,ak method allows a user to explore a <term> model of syntax-based statistical machine translation ( MT ) </term> , to understand the <term> model 's
model,21-2-P05-3025,ak translation ( MT ) </term> , to understand the <term> model 's </term> strengths and weaknesses , and to
tech,33-2-P05-3025,ak weaknesses , and to compare it to other <term> MT systems </term> . Using this <term> visualization method
tech,2-3-P05-3025,ak <term> MT systems </term> . Using this <term> visualization method </term> , we can find and address conceptual
tech,16-3-P05-3025,ak conceptual and practical problems in an <term> MT system </term> . In our demonstration at ACL , new
tech,14-4-P05-3025,ak new users of our tool will drive a <term> syntax-based decoder </term> for themselves . We propose a method
skrij podrobnosti