A Model of Probability Matching in a Two-Choice Task Based on Stochastic Control of Learning in Neural Cell-Assemblies

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by Roman V. Belavkin , Christian R. Huyck
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5 The Emergence of Rules in Cell–Assemblies of FLIF Neurons – Roman V. Belavkin, Christian R. Huyck
1 A Neuropsychological Framework for Advancing Artificial Intelligence – Christian R. Huyck, Hina Ghalib
Questions Arising from a Proto-Neural Cognitive Architecture – Christian Huyck, Emma Byrne
Do Neural Models Scale up to a Human Brain? – Roman V Belavkin
Processing with Cell Assemblies – Emma Byrne A, Christian Huyck A
4 A Psycholinguistic Model of Natural Language Parsing Implemented in Simulated Neurons – Christian R. Huyck
1 Variable Binding by Synaptic Strength Change – Christian R. Huyck
7 CABot1: a videogame agent implemented in fLIF neurons, in – Christian Huyck
Vision in an Agent based on Fatiguing Leaky Integrate and Fire Neurons – Christian Huyck, Dan Diaper, Roman Belavkin, Ian Kenny
2 The Knowledge-Learning-Instruction (KLI) Framework: Toward Bridging the Science-Practice Chasm to Enhance Robust Student Learning – Kenneth R. Koedinger, Albert T. Corbett, Charles Perfetti - 2010
3 FPGA Implementation of Very Large Associative Memories -- Scaling Issues – Dan Hammerstrom, Changjian Gao, Shaojuan Zhu, Mike Butts
3 A cell assembly model of sequential memory – Hina Ghalib, Christian Huyck - 2007
Integrated Learning in Multi-net Systems – Matthew Charles Casey - 2004
Extensions of Linear Independent Component Analysis: Neural and Information-Theoretic Methods – Petteri Pajunen
7 Failures to learn and their remediation: A Hebbian account – James L. Mcclelland, L. Mcclell, R. S. Siegler (eds - 2001
17 Low Entropy Coding with Unsupervised Neural Networks – George Francis Harpur
57 Face Image Analysis by Unsupervised Learning and Redundancy Reduction – Marian Stewart Bartlett - 1998
15 What can robots tell us about brains? A synthetic approach towards the study of learning and problem solving. – Thomas Voegtlin, Paul F. M. J. Verschure - 1999
31 Learning Processes in Neural Networks – Tom Heskes - 1991