Agent-based modelling of cognitive navigation: How spatial knowledge is constructed and used
Farid Karimipour, Alireza Niroo
Abstract
Farid Karimipour, Alireza Niroo
Abstract
Human activities are embedded in the space. People need to know where they are (positioning) and how they can arrive to their destination (wayfinding). Among several navigation aids (e.g., maps and satellite navigation systems), they may use their spatial knowledge (i.e., cognitive map) for this aim, especially in familiar spaces. This paper presents an agent-based modelling of how spatial knowledge is constructed and how it is used in positioning and wayfinding. It is a step toward understanding the human spatial behavior, which leads to a more consistent deployment of technology with the human spatial cognition, as well as optimizing the environment to ease the construction of spatial knowledge and navigation in the environment.
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Human activities are embedded in the space. People need to know where they are (positioning) and how they can arrive to their destination (wayfinding). Among several navigation aids (e.g., maps and satellite navigation systems), they may use their spatial knowledge (i.e., cognitive map) for this aim, especially in familiar spaces. This paper presents an agent-based modelling of how spatial knowledge is constructed and how it is used in positioning and wayfinding. It is a step toward understanding the human spatial behavior, which leads to a more consistent deployment of technology with the human spatial cognition, as well as optimizing the environment to ease the construction of spatial knowledge and navigation in the environment.
Key concepts: Computer science, Spatial cognition, Human–computer interaction, Cognition, Software deployment, Cognitive map, Spatial memory, Spatial analysis