Second Order Phase Transition Describes Maximally Informative Encoding in the Retina
Kastner, David; Baccus, Stephen A.; Sharpee, Tatyana O.
2014

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Abstract

Neurons have limited dynamic ranges. Theoretical studies have derived how a single neuron should place its dynamic range to optimize the information it transmits about the input. However, neural circuits encode with populations of neurons.

Details

Title Second Order Phase Transition Describes Maximally Informative Encoding in the Retina
Author(s) Kastner, David ; Baccus, Stephen A. ; Sharpee, Tatyana O.
Conference COSYNE 2014, Salt Lake City & Snowbird, Utah, USA, February 27 - March 4, 2014
Date 2014
Laboratories LCN
Record Appears in Scientific production and competences > I&C - School of Computer and Communication Sciences > IINFCOM > LCN - Computational Neuroscience Laboratory
Scientific production and competences > SV - School of Life Sciences > BMI - Brain Mind Institute > LCN - Computational Neuroscience Laboratory
Work outside EPFL
Posters
Record creation date 2014-03-07

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