tool,8-3-C92-4207,ak by an experimental computer program <term> SPRINT </term> , which takes <term> natural language
other,11-1-C92-4207,ak <term> spatial descriptions </term> in <term> Japanese </term> . In order to understand the described
model,27-5-C92-4207,ak information </term> accumulated as the <term> constraints </term> . The <term> interpretation </term> reflects
other,29-4-C92-4207,ak <term> spatial attributes </term> of the <term> entities </term> . This makes it possible to express
other,23-5-C92-4207,ak interpretation </term> from a chunk of <term> information </term> accumulated as the <term> constraints
other,12-3-C92-4207,ak program <term> SPRINT </term> , which takes <term> natural language texts </term> and produces a model of the described
other,10-5-C92-4207,ak possible to express the vagueness of the <term> spatial concepts </term> and to derive the <term> maximally
other,22-2-C92-4207,ak model of the global scene from the <term> scenic descriptions </term> drawing a space . It is done by an
other,16-5-C92-4207,ak spatial concepts </term> and to derive the <term> maximally plausible interpretation </term> from a chunk of <term> information </term>
model,9-4-C92-4207,ak the model , the authors extract the <term> qualitative spatial constraints </term> from the text , and represent them
other,8-1-C92-4207,ak describes the understanding process of the <term> spatial descriptions </term> in <term> Japanese </term> . In order
other,25-4-C92-4207,ak numerical constraints </term> on the <term> spatial attributes </term> of the <term> entities </term> . This
model,21-4-C92-4207,ak the text , and represent them as the <term> numerical constraints </term> on the <term> spatial attributes </term>
other,1-6-C92-4207,ak as the <term> constraints </term> . The <term> interpretation </term> reflects the temporary belief about
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