<term> Communicator </term> participants are using . In this presentation , we describe the
elicited from duplicating the experiment using <term> machine translation output </term> .
<term> word string </term> has been obtained by using a different <term> LM </term> . Actually ,
combiner </term> with <term> hard decisions </term> using the <term> reference </term> . We provide experimental
mimics the behavior of the <term> oracle </term> using a <term> neural network </term> or a <term> decision
surprisingly close to what can be achieved using conventional <term> word-trigram recognition
performance gains from the <term> data </term> by using <term> class-dependent interpolation </term>
NIST score </term> demonstrated the effect of using an out-of-domain <term> bilingual corpus </term>
bilingual corpus </term> and the possibility of using the <term> language model </term> . We describe
<term> Named Entity ( NE ) tagging </term> using <term> concept-based seeds </term> and <term>
<term> source interval projections </term> using an underlying <term> word alignment </term>
subcategorization frame ( SCF ) </term> distributions using the <term> Information Bottleneck </term> and
derived by <term> decision tree learning </term> using real <term> dialogue data </term> collected
proprietary <term> Arabic stemmer </term> built using <term> rules </term> , <term> affix lists </term>
</term> . <term> Task-based evaluation </term> using <term> Arabic information retrieval </term>
</term> based on the results . The evaluation using another 23 subjects showed that the proposed
of a <term> term aggregation system </term> using each author 's text as a coherent <term>
</term> in <term> unannotated text </term> by using a fully automatic sequence of <term> preprocessing
patterns </term> in <term> translation data </term> using <term> part-of-speech tag sequences </term>
sense disambiguation performance </term> , using standard <term> WSD evaluation methodology
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