Monografia, Moderno

Anno: s.d.Do people understand spatial concepts: The case of first–order primitives, pp. 1
Do people understand spatial concepts: The case of first–order primitives, pp. 1
Do people understand spatial concepts: The case of first–order primitives, pp. 1
Temporal databases, pp. 22
Temporal databases, pp. 22
Temporal databases, pp. 22
People manipulate objects (but cultivate fields): Beyond the raster–vector debate in GIS, pp. 65
People manipulate objects (but cultivate fields): Beyond the raster–vector debate in GIS, pp. 65
People manipulate objects (but cultivate fields): Beyond the raster–vector debate in GIS, pp. 65
Time and space:An economic model, pp. 78
Time and space:An economic model, pp. 78
Time and space:An economic model, pp. 78
The changing language of and persisting patterns in the urban design of Edo/Tokyo, pp. 97
The changing language of and persisting patterns in the urban design of Edo/Tokyo, pp. 97
The changing language of and persisting patterns in the urban design of Edo/Tokyo, pp. 97
Toward a behavioral theory of regionalization, pp. 110
Toward a behavioral theory of regionalization, pp. 110
Toward a behavioral theory of regionalization, pp. 110
Descriptive modeling and prescriptive modeling in spatial data handling, pp. 122-135
Descriptive modeling and prescriptive modeling in spatial data handling, pp. 122
Descriptive modeling and prescriptive modeling in spatial data handling, pp. 122
The geometry of environmental knowledge, pp. 136
The geometry of environmental knowledge, pp. 136
The geometry of environmental knowledge, pp. 136
Spatial reasoning using symbolic arrays, pp. 153
Spatial reasoning using symbolic arrays, pp. 153
Spatial reasoning using symbolic arrays, pp. 153
Using orientation information for qualitative spatial reasoning, pp. 162
Using orientation information for qualitative spatial reasoning, pp. 162
Using orientation information for qualitative spatial reasoning, pp. 162
The observer's point of view: An extension of symbolic projections, pp. 179
The observer's point of view: An extension of symbolic projections, pp. 179
The observer's point of view: An extension of symbolic projections, pp. 179-195
Reasoning about gradual changes of topological relationships, pp. 196
Reasoning about gradual changes of topological relationships, pp. 196
Reasoning about gradual changes of topological relationships, pp. 196
The meaning of GÇ£neighbourGÇØ, pp. 220
The meaning of GÇ£neighbourGÇØ, pp. 220
The meaning of GÇ£neighbourGÇØ, pp. 220
A hierarchical triangle–based model for terrain description, pp. 236-251
A hierarchical triangle–based model for terrain description, pp. 236
A hierarchical triangle–based model for terrain description, pp. 236
A model for expressing topological integrity constraints in geographic databases, pp. 252
A model for expressing topological integrity constraints in geographic databases, pp. 252
A model for expressing topological integrity constraints in geographic databases, pp. 252
Encoding spatial information: The evidence for hierarchical processing, pp. 269
Encoding spatial information: The evidence for hierarchical processing, pp. 269
Encoding spatial information: The evidence for hierarchical processing, pp. 269
Is there a relationship between spatial cognition and environmental patterns?, pp. 288
Is there a relationship between spatial cognition and environmental patterns?, pp. 288
Is there a relationship between spatial cognition and environmental patterns?, pp. 288
Counter–intuitive geographic GÇÿfactsGÇÖ: Clues for spatial reasoning at geographic scales, pp. 305
Counter–intuitive geographic GÇÿfactsGÇÖ: Clues for spatial reasoning at geographic scales, pp. 305
Counter–intuitive geographic GÇÿfactsGÇÖ: Clues for spatial reasoning at geographic scales, pp. 305-317
Spatial–linguistic reasoning in LEI, pp. 318
Spatial–linguistic reasoning in LEI, pp. 318
Spatial–linguistic reasoning in LEI, pp. 318
User models and information theory in the design of a query interface for GIS, pp. 328
User models and information theory in the design of a query interface for GIS, pp. 328
User models and information theory in the design of a query interface for GIS, pp. 328
A conceptual model of wayfinding using multiple levels of abstraction, pp. 348
A conceptual model of wayfinding using multiple levels of abstraction, pp. 348
A conceptual model of wayfinding using multiple levels of abstraction, pp. 348-367
Towards acquiring spatio–temporal knowledge from sensor data, pp. 368
Towards acquiring spatio–temporal knowledge from sensor data, pp. 368
Towards acquiring spatio–temporal knowledge from sensor data, pp. 368
Automatically acquiring knowledge by digital maps in artificial intelligence planning techniques, pp. 379
Automatically acquiring knowledge by digital maps in artificial intelligence planning techniques, pp. 379
Automatically acquiring knowledge by digital maps in artificial intelligence planning techniques, pp. 379
Machine induction of geospatial knowledge, pp. 402
Machine induction of geospatial knowledge, pp. 402
Machine induction of geospatial knowledge, pp. 402
Treatment of qualitative geographic information in monitoring environmental pollution, pp. 418
Treatment of qualitative geographic information in monitoring environmental pollution, pp. 418
Treatment of qualitative geographic information in monitoring environmental pollution, pp. 418