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Michael Spratling

Affiliations: 
King's College London, London, UK 
Area:
computational neuroscience, visual system
Website:
http://www.corinet.org/mike/
Google:
"Michael Spratling"
Mean distance: 14.26 (cluster 29)
 		SNBCP
Cross-listing: Computational Biology Tree

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Parents

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Gillian Hayes grad student Edinburgh
Mark H. Johnson post-doc Birkbeck College

Children

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Lawrence Watling grad student Birkbeck College
Wasif Muhammad grad student 2011-2016 King's College
Qi Wang grad student 2012-2016 King's College
Kris De Meyer post-doc King's College

Collaborators

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Publications

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Muhammad W, Spratling MW. (2017) A neural model for eye–head–arm coordination Advanced Robotics. 31: 650-663
Muhammad W, Spratling MW. (2016) A Neural Model of Coordinated Head and Eye Movement Control Journal of Intelligent & Robotic Systems. 85: 107-126
Muhammad W, Spratling MW. (2015) A neural model of binocular saccade planning and vergence control Adaptive Behavior. 23: 265-282
Sirois S, Spratling M, Thomas M, et al. (2014) Compendio de Neuroconstructivismo: cómo el cerebro construye la cognición Revista Argentina De Ciencias Del Comportamiento. 6: 60-81
De Meyer K, Spratling MW. (2013) A model of partial reference frame transforms through pooling of gain-modulated responses. Cerebral Cortex (New York, N.Y. : 1991). 23: 1230-9
Spratling MW. (2012) Predictive coding as a model of the V1 saliency map hypothesis. Neural Networks : the Official Journal of the International Neural Network Society. 26: 7-28
De Meyer K, Spratling MW. (2011) Multiplicative gain modulation arises through unsupervised learning in a predictive coding model of cortical function. Neural Computation. 23: 1536-67
Spratling MW. (2011) A single functional model accounts for the distinct properties of suppression in cortical area V1. Vision Research. 51: 563-76
Spratling MW, De Meyer K, Kompass R. (2009) Unsupervised learning of overlapping image components using divisive input modulation. Computational Intelligence and Neuroscience. 381457
De Meyer K, Spratling MW. (2009) A model of non-linear interactions between cortical top-down and horizontal connections explains the attentional gating of collinear facilitation. Vision Research. 49: 553-68
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