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Hierarchical Bayesian Estimation for Cognitive Models using Particle Metropolis within Gibbs (PMwG): A tutorial

Authors
Dr. Scott Brown
University of Newcastle ~ School of Psychology
Caroline Kuhne
University of Newcastle ~ Department of Psychology, Newcastle Cognition Lab
Niek Stevenson
University of Amsterdam ~ Brain & Cognition
Mr. Gavin Cooper
University of Newcastle ~ School of Psychology
Guy Hawkins
University of Newcastle ~ School of Psychological Sciences
Jon-Paul Cavallaro
University of Newcastle, Australia
Reilly Innes
University of Newcastle ~ School of Psychology
Abstract

Estimating quantitative cognitive models from data is a staple of modern psychological science, but can be difficult and inefficient. Particle Metropolis within Gibbs (PMwG) is a robust and efficient sampling algorithm which supports model estimation in a hierarchical Bayesian framework. This talk will provide an overview of how cognitive modelling can proceed efficiently using PMwG, a new open-source package for the R language. PMwG, and the PMwG package, has the potential to move the field of psychology ahead in new and interesting directions, and to resolve questions that were once too hard to answer with previously available sampling methods.

Tags

Keywords

PMwG
Particle Metropolis within Gibbs Sampling
Cognitive Modelling
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Cite this as:

Brown, S., Kuhne, C., Stevenson, N., Cooper, G., Hawkins, G., Cavallaro, J.-P., & Innes, R. (2023, July). Hierarchical Bayesian Estimation for Cognitive Models using Particle Metropolis within Gibbs (PMwG): A tutorial. Abstract published at MathPsych/ICCM/EMPG 2023. Via mathpsych.org/presentation/1072.