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

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Mechanisms for Human Spatial Competenceies have been proposed about the representation, organization and processing of spatial information by humans. This paper presents a broad account of human spatial competence, integrated with the ACT-R cognitive architecture. Using a cognitive architecture grounds the research in a validated theory

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Interpreting Route Instructions as Qualitative Spatial Actions analysis of empirical studies in human-robot interaction on the navigation task, and can be interpreted as a conceptual representation of the spatial action to be performed by the agent in their navigation space. Furthermore, we sketch out two distinct models of interpretation for these actions in

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Reachability and Dependency Calculi: Reasoning in Network Algebraspendency calculus .  for causal relations [15], but it cannot describe situations in which cycles might occur within a graph. In this paper, refinements of .  meeting all requirements to describe dependencies on networks are investigated with respect to satisfiability problems, construction problems, and tractable subclassses.

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The Role of Users’ Concepts of the Robot in Human-Robot Spatial Instructionthat users do not mindlessly use all clues they can get about their communication partner in order to formulate their spatial instructions. Instead, spatial instruction in human-robot interaction also depends on the users’ models of the communication situation, as well as on external variables, such as gender.

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Sensorimotor Interference When Reasoning About Described Environmentsbodily cues do not exert severe detrimental interference on spatial reasoning from imagined perspective when non-immediate described environments are used. The implications of the findings are discussed.