Titlebook: Spatial Cognition V; Reasoning, Action, I Thomas Barkowsky,Markus Knauff,Daniel R. Montello Conference proceedings 2007 Springer-Verlag Ber

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催眠

Collaborative Assistance with Spatio-temporal Planning Problemsspace. Resulting hierarchical organization of the solution space reflects human mental processing of geographic information. To reduce cognitive load during observation of solution space, filtering of certain aspects, set-oriented structuring and case-based reasoning approaches are introduced.

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Modeling Human Spatial Memory Within a Symbolic Architecture of Cognition the experiments. The parameters for the noise in the representation of locations and the parameters for the recall of symbolic memory chunks were set to values in the magnitude quoted in literature. The model satisfyingly reproduces the data from user studies with 30 subjects.

玷污

Updating in Models of Spatial Memory contrasted with two alternative models. Furthermore, results are presented that suggest that interobject spatial relations are preferentially represented when they are aligned with intrinsic reference directions in the environmental subsystem.

物质

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Algorithms for Reliable Navigation and Wayfinding. Furthermore, we develop a variation of this algorithm that balances travel distance and navigational complexity. Simulation results show that traversing a reliable path leads to less navigational errors, which in turn reduces the average travel distance. A further advantage is that reliable paths require simpler instructions.

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978-3-540-75665-1Springer-Verlag Berlin Heidelberg 2007

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Preferred Mental Models: How and Why They Are So Important in Human Reasoning with Spatial Relationse premises. We present a formal framework describing all three phases and testing new predictions about the construction principle humans normally use and about the deduction process itself – the model variation phase. Finally, empirical findings in support of these principles are reported.

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