University of Birmingham
Psychology Title

Psychology

CPL


Computational Psychology Lab

Members


Head
Dietmar Heinke d.g.heinke@bham.ac.uk

Collaborators
Howard Bowman (UoB), Wieske van Zoest (UoB), Alan Wing (UoB), Chris Miall (UoB), Andrew Schofield (Aston Uni, UK), Carmel Mevorach (UoB), Shan Xu (Beijing Normal, China), Ahmad Abu-Akel (Lausanne, Switzerland), Joo-Hyun Song (Brown University, USA), Charles Leek (University of Liverpool, UK), Quanying Liu (Southern University of Science and Technology, China).

PhD students
Chen Wei EEG source localisation using deep neural networks (co-supervision with Quanying Lui) cxw141@student.bham.ac.uk
Jordan Wilson Modelling of visual search tasks JXW1172@student.bham.ac.uk

Previous lab members
Fan Zhang Computational modelling of visual attention and reaching
Dominic Standage Computational neuroscience
Jordan Deakin The effect of perceptual noise on Eriksen flanker effect: Insights from Bayesian parameter estimation & model comparison
Julia Wolska Automatic processing of Navon-stimuli
Vilius Narbutas Computational modeling of visual search
Zorieh Yousefi Agent-based modelling
Shan Xu Affordance and Awareness
Yishin Lin Bayesian hierarchical modelling
Phil Woodgate Towards understaninding visual selective attention: A choice reaching task approach
Soeren Strauss Cognitive robotics approach to visual guided reaching in a multi-object environment.
Greg Carslaw Agent-based modelling of social processes.
Diana Orghian Social Cognition.
Yuanyuan Zhao The effect of varying luminance on Inhibition of Return.
Giles Anderson Top-down modulation of visual attention by cueing in a conjunction search.
Christoph Bohme Computational stimulation of action-driven visual attention and selection.
Andreas Backhaus Computational modelling of visual search and perceptual learning with the Selective Attention for Identification Model (SAIM).
Martin Kreyling Computational modelling of spiking neurons.  
Erini Mavritsaki Biologically plausible neural networks (spiking neurons), computational modelling of visual attention in time and space.
Yaoru Sun    

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