FoMo: A Unifying Theory of Visual Foraging

Abstract excerpt

<p>Visual foraging lies at the intersection of visual perception, decision-making and action planning. An attractive feature of this paradigm is that it generates a rich stream of sequential decision data. However, this presents a number of challenges for analysis. To this end, we have developed FoMo, a robust and flexible generative model for spatial-sequential data. Building upon initial work by Clarke et al. (2...

Topics

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• Cognition
• Eye Movements
• Models, Statistical
• Probability
• Proportional Hazards Models
• Psychomotor Performance
• Reaction Time
• Vision, Ocular

Identifiers and source

Literature Corpus work

f3da1852-4a27-524e-b8ec-88c4733f922b

DOI

10.31234/osf.io/ns8uy_v1