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Utility map reconstruction
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DOI：10.1080/136588100750058670.png)
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Abstract
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In this paper we describe a new system for the reconstruction of geometric map elements as developed in the Dutch TopSpin-PNEM project 'Knowledge-based conversion of utility maps'. In the knowledge base map conversion process vectorized map elements coming from an image interpretation system must be reconstructed in a geometrically accurate topographic base map. This is done using a map correspondence between the utility map and the base map based on mutual topography and relational information supplied by a map interpretation module. The map interpretation module uses geometrical inference to deduce the relational information, while applying a novel conflict resolution strategy. The map elements are accurately reconstructed, relationally and geometrically, using the map correspondence, the relations and several object-specific functions.
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