ubiquitous and carries important information yet it is also time consuming to document . Given
the <term> annotated data </term> shows that , it successfully classifies 73.2 % in a <term>
black-box OCR systems </term> in order to make it more useful for <term> NLP tasks </term> .
target recognition task </term> , but also that it is possible to get bigger performance gains
create a <term> word-trie </term> , transform it into a <term> minimal DFA </term> , then identify
as the <term> cohesion constraint </term> . It requires disjoint <term> English phrases </term>
algorithms </term> . The results show that it can provide a significant improvement in
inflow of multilingual , multimedia data . It gives users the ability to spend their
central to our <term> IE paradigm </term> . It is based on : ( 1 ) an extended set of <term>
Switchboard dialogues </term> and show that it compares well to Byron 's ( 2002 ) manually
</term> of <term> speech understanding </term> , it is not appropriate to decide on a single
statistical machine translation </term> and it uses an <term> English stemmer </term> and
improve the <term> stemmer </term> by allowing it to adapt to a desired <term> domain </term>
manually segmented Arabic corpus </term> and uses it to bootstrap an <term> unsupervised algorithm
English . Typically , information that makes it to a summary appears in many different <term>
training data </term> . We demonstrate that it is feasible to create <term> training material
</term> from <term> Japanese news texts </term> . It is found that the <term> Bayesian approach
<term> summarizer </term> , at times giving it a significant lead over <term> non-Bayesian
version of our method and hypothesize that it can outperform a competitive <term> baseline
</term> of this <term> pronoun </term> , for which it does not make sense to look for an <term>
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