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-RSB- , more complex examples of
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UNIT-to-UNIT interaction
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will be explained . From our
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course of the interpretation ,
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UNIT-to-UNIT interactions
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are performed . Thus a parsed
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order to explain a basic notion of
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UNIT-to-UNIT interaction
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, we showed a very simple example
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JAPAN ABSTRACT : The notion of
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UNIT-to-UNIT interaction
|
is introduced to analyse dependency
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axioms which is used in performing
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UNIT-to-UNIT interactions
|
. The details will be explained
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finally obtained . The notion of
|
UNIT-to-UNIT interaction
|
is feasibly applicable to semantic
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INTERACTION As explained before ,
|
UNIT-to-UNIT interaction
|
usually occurs at each node of
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interpretation - 386 process by
|
UNIT-to-UNIT interaction
|
, provided that the input sentence
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<slot-name> remains unchanged . 5 .
|
UNIT-to-UNIT INTERACTION
|
As explained before , UNIT-to-UNIT
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which relate to each other in
|
UNIT-to-UNIT interaction
|
, are called FILLER and ORIGIN
|
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OMOSA ( weight ) " are related by
|
UNIT-to-UNIT interaction
|
. Two UNITs , which relate to
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OF SEMANTIC INTERPRETATION BY
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UNIT-to-UNIT INTERACTION
|
Let us trace semantic interpretation
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the <sem> - program tree ,
|
UNIT-to-UNIT interaction
|
takes place and the results of
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which relate to each other in
|
UNIT-to-UNIT interaction
|
, are cilled FILLER and ORIGIN
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our experience , we believe that
|
UNIT-to-UNIT interaction
|
gives us a reasonable framework
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or 2 linked by STAIRS <title>
|
UNIT-TO-UNIT INTERACTION
|
AS A BASIS FOR SEMANTIC INTERPRETATION
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SENTENCES </title> Hozumi TANAKA
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UNIT-TO-UNIT INTERACTION
|
AS A BASIS FOR SEMANTIC INTERPRETATION
|