other,1-1-C92-2115,ak without algorithmic additions . The <term> transfer phase </term> in <term> machine translation ( MT
tech,4-1-C92-2115,ak . The <term> transfer phase </term> in <term> machine translation ( MT ) systems </term> has been considered to be more complicated
tech,18-1-C92-2115,ak considered to be more complicated than <term> analysis </term> and <term> generation </term> , since
tech,20-1-C92-2115,ak complicated than <term> analysis </term> and <term> generation </term> , since it is inherently a conglomeration
model,30-1-C92-2115,ak inherently a conglomeration of individual <term> lexical rules </term> . Currently some attempts are being
tech,8-2-C92-2115,ak some attempts are being made to use <term> case-based reasoning </term> in <term> machine translation </term>
tech,11-2-C92-2115,ak <term> case-based reasoning </term> in <term> machine translation </term> , that is , to make decisions on
other,24-2-C92-2115,ak to make decisions on the basis of <term> translation examples </term> at appropriate pints in <term> MT.
tech,30-2-C92-2115,ak examples </term> at appropriate pints in <term> MT. This paper proposes a new type of </term><term> transfer system </term> , called
tech,7-3-C92-2115,ak paper proposes a new type of </term><term> transfer system </term> , called a <term> Similarity-driven
tech,12-3-C92-2115,ak <term> transfer system </term> , called a <term> Similarity-driven Transfer System ( SimTran ) </term> , for use in such <term> case-based
tech,23-3-C92-2115,ak SimTran ) </term> , for use in such <term> case-based MT ( CBMT ) </term> . This paper introduces a robust
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