W98-1421 |
section 5 ) . Additionally , the
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plan processor
|
draws more global inferences
|
W00-1420 |
partly shown in figure 4 . The
|
plan processor
|
interprets ( currently about
|
W00-1420 |
together with the output of the
|
plan processor
|
, interpreted to produce the
|
W00-1420 |
about sentences computed by the
|
plan processor
|
to full semantic representations
|
W00-1420 |
transformed into a VIT by the
|
plan processor
|
described below . In the absence
|
W98-1421 |
The Plan Processor We use the
|
plan processor
|
\ -LSB- Alexandersson and Reithinger
|
W98-1421 |
the figure shows just one . The
|
plan processor
|
uses a set of plan operators
|
W00-1420 |
step approach consists of : * A
|
plan processor
|
whose task it is to split the
|
W00-1420 |
Finally these are processed by the
|
plan processor
|
as described below . 4.2 Sentence
|
W98-1421 |
of the turn is preserved . The
|
plan processor
|
performs this operation on two
|
W00-1420 |
is to convert the output of the
|
plan processor
|
into full fledged semantic descriptions
|
W00-1420 |
into more than one sentence , the
|
plan processor
|
uses an anaphora to the meeting
|
W00-1420 |
second meeting . In addition to the
|
plan processor
|
, the semantic constructor also
|
W00-1420 |
as a robust fall-back : If the
|
plan processor
|
does not succeed in obtaining
|
W00-1420 |
constructor are based on a comparison of
|
plan processor
|
output VITs occurring within
|
W98-1421 |
languages are stored . 4.1 The
|
Plan Processor
|
We use the plan processor \ -LSB-
|
W00-1420 |
course of the generation , the
|
plan processor
|
incrementally constructs a context
|
W98-1421 |
the current implementation , the
|
plan processor
|
performs two operations on the
|
W00-1420 |
complete specification . Input to the
|
plan processor
|
( Alexandersson and Rei - thinger
|
W00-1420 |
While the local context of the
|
plan processor
|
is based on the propositional
|