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Predicting spatial belief reasoning: comparing cognitive and AI models

Authors
Mr. Johannes Mannhardt
University Freiburg ~ Computer Science
Dr. Leandra Bucher
University Siegen
Mr. Daniel Brand
Chemnitz University of Technology ~ Predictive Analytics
Marco Ragni
TU Chemnitz ~ Behavioral and Social Sciences
Abstract

Spatial relational descriptions in everyday life sometimes need to be revised in the light of new information. While there are cognitive models for reasoning about spatial descriptions there are currently no models for belief revision for the spatial domain. This paper approaches this need by (i) revisiting existing models such as verbal model (Krumnack et al., 2010) and PRISM (Ragni and Knauff,2013) and adapt them to deal with belief revision tasks, (ii) evaluate these models by testing the predictive accuracy for the individual reasoner on a previously conducted experiment by Bucher et al.(2013), (iii) provide baseline models and machine learning models, provide user-based collaborative filtering and content-based filtering methods, and provide an analysis on the individual level. Implications for predicting the individual and identifying strategies and shared similar reasoning patterns are discussed

Tags

Keywords

Belief revision
spatial reasoning
cognitive models
AI models
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Cite this as:

Mannhardt, J., Bucher, L., Brand, D., & Ragni, M. (2021, July). Predicting spatial belief reasoning: comparing cognitive and AI models. Paper presented at Virtual MathPsych/ICCM 2021. Via mathpsych.org/presentation/585.