Negative filter
semantic, frame 20
(640.3 per million)
other,27-3-H92-1060,ak
</term>
a set of
<term>
phrases
</term>
and
<term>
clauses
</term>
, and 2 ) gluing them together to
#24385Robust parsing is applied only after a full analysis has failed, and it involves the two stages of 1) parsing a set of phrases andclauses, and 2) gluing them together to obtain a single semantic frame encoding the full meaning of the sentence.
other,12-6-H92-1060,ak
performance of the
<term>
system
</term>
on the
<term>
February '92 test sentences
</term>
, and discuss some issues with regard
#24482We also report here on the performance of the system on theFebruary '92 test sentences, and discuss some issues with regard to the evaluation methodology.
tool,7-1-H92-1060,ak
paper describes an extension to the
<term>
MIT ATIS ( Air Travel Information Service ) system
</term>
, which allows it to answer a question
#24312This paper describes an extension to theMIT ATIS ( Air Travel Information Service ) system, which allows it to answer a question when a full linguistic analysis fails.
other,27-4-H92-1060,ak
parsed
<term>
sentences
</term>
on the
<term>
October '91 dry-run test set
</term>
. It was clear that the
<term>
robust
#24434We have assessed the degree of success of the robust parsing mechanism through a breakdown of the performance of robustly parsed vs. fully parsed sentences on theOctober '91 dry-run test set.
other,17-2-H92-1060,ak
components already in place for the
<term>
full linguistic analysis component
</term>
.
<term>
Robust parsing
</term>
is applied
#24353This robust parsing capability was achieved through minor extensions of pre-existing components already in place for thefull linguistic analysis component.
other,25-6-H92-1060,ak
discuss some issues with regard to the
<term>
evaluation methodology
</term>
. The
<term>
CSR ( Connected Speech
#24495We also report here on the performance of the system on the February '92 test sentences, and discuss some issues with regard to theevaluation methodology.
lr,28-5-H92-1060,ak
sentences
</term>
were not covered by the
<term>
grammar
</term>
. We also report here on the performance
#24468It was clear that the robust parser allowed us to answer many more questions correctly, as over a third of the sentences were not covered by thegrammar.
other,47-3-H92-1060,ak
the full
<term>
meaning
</term>
of the
<term>
sentence
</term>
. We have assessed the degree of
#24405Robust parsing is applied only after a full analysis has failed, and it involves the two stages of 1) parsing a set of phrases and clauses, and 2) gluing them together to obtain a single semantic frame encoding the full meaning of thesentence.
tech,21-3-H92-1060,ak
it involves the two stages of 1 )
<term>
parsing
</term>
a set of
<term>
phrases
</term>
and
<term>
#24379Robust parsing is applied only after a full analysis has failed, and it involves the two stages of 1)parsing a set of phrases and clauses, and 2) gluing them together to obtain a single semantic frame encoding the full meaning of the sentence.
tech,5-5-H92-1060,ak
set
</term>
. It was clear that the
<term>
robust parser
</term>
allowed us to answer many more questions
#24445It was clear that therobust parser allowed us to answer many more questions correctly, as over a third of the sentences were not covered by the grammar.
other,25-3-H92-1060,ak
of 1 )
<term>
parsing
</term>
a set of
<term>
phrases
</term>
and
<term>
clauses
</term>
, and 2 )
#24383Robust parsing is applied only after a full analysis has failed, and it involves the two stages of 1) parsing a set ofphrases and clauses, and 2) gluing them together to obtain a single semantic frame encoding the full meaning of the sentence.
tech,26-1-H92-1060,ak
allows it to answer a question when a
<term>
full linguistic analysis
</term>
fails . This
<term>
robust parsing
#24331This paper describes an extension to the MIT ATIS (Air Travel Information Service) system, which allows it to answer a question when afull linguistic analysis fails.
tech,7-3-H92-1060,ak
parsing
</term>
is applied only after a
<term>
full analysis
</term>
has failed , and it involves the
#24365Robust parsing is applied only after afull analysis has failed, and it involves the two stages of 1) parsing a set of phrases and clauses, and 2) gluing them together to obtain a single semantic frame encoding the full meaning of the sentence.
tech,0-3-H92-1060,ak
linguistic analysis component
</term>
.
<term>
Robust parsing
</term>
is applied only after a
<term>
full
#24358This robust parsing capability was achieved through minor extensions of pre-existing components already in place for the full linguistic analysis component.Robust parsing is applied only after a full analysis has failed, and it involves the two stages of 1) parsing a set of phrases and clauses, and 2) gluing them together to obtain a single semantic frame encoding the full meaning of the sentence.
other,44-3-H92-1060,ak
semantic frame
</term>
encoding the full
<term>
meaning
</term>
of the
<term>
sentence
</term>
. We have
#24402Robust parsing is applied only after a full analysis has failed, and it involves the two stages of 1) parsing a set of phrases and clauses, and 2) gluing them together to obtain a single semantic frame encoding the fullmeaning of the sentence.
tech,9-6-H92-1060,ak
report here on the performance of the
<term>
system
</term>
on the
<term>
February '92 test sentences
#24479We also report here on the performance of thesystem on the February '92 test sentences, and discuss some issues with regard to the evaluation methodology.
other,24-4-H92-1060,ak
of robustly parsed vs. fully parsed
<term>
sentences
</term>
on the
<term>
October '91 dry-run test
#24431We have assessed the degree of success of the robust parsing mechanism through a breakdown of the performance of robustly parsed vs. fully parsedsentences on the October '91 dry-run test set.
tech,9-4-H92-1060,ak
assessed the degree of success of the
<term>
robust parsing mechanism
</term>
through a breakdown of the performance
#24416We have assessed the degree of success of therobust parsing mechanism through a breakdown of the performance of robustly parsed vs. fully parsed sentences on the October '91 dry-run test set.
other,1-2-H92-1060,ak
linguistic analysis
</term>
fails . This
<term>
robust parsing capability
</term>
was achieved through minor extensions
#24337Thisrobust parsing capability was achieved through minor extensions of pre-existing components already in place for the full linguistic analysis component.
other,22-5-H92-1060,ak
correctly , as over a third of the
<term>
sentences
</term>
were not covered by the
<term>
grammar
#24462It was clear that the robust parser allowed us to answer many more questions correctly, as over a third of thesentences were not covered by the grammar.