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M. Negrello (Mario) and E. de Schutter (Erik)

2016-10-27

Models of the cortico-cerebellar system

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Publication

Without the cerebellum, organisms are challenged in the learning and execution of accurate and coordinated actions. It has a central position in the nervous system receiving and projecting to the spinal cord, midbrain, and cerebral cortex, implying convergence of sensory and motor streams. Its highly conserved neuroarchitecture would imply it is very good at what it does and that what it does is very general. Here we review theoretical, modeling, and computational work that has attempted to capture the dynamics and/or function of the cerebellum.

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Keywords Adaptive filter model, Adaptive filter model and distributed synaptic plasticity, Bottom-up models, Cerebellar nucleus, Coupled oscillators, Coupled oscillators, Dynamic models, Echo-state machine, Echo-state machine, Forward and inverse models, Functional models, Golgi gating, Golgi gating, Granule cell models, Granule cell models, Inferior olivary models, Information encoding and channel capacity, Marr-Albus type models, Pellionisz and Llinas’s model, Phase resets, Purkinje neuron single cell modeling, Purkinje neuron single cell modeling, Reverberating loops model, Reverberating loops model, Spatiotemporal patterns in cerebellum, Successes and failures, Synchronous groups, Synchronous groups, Tidal wave, Tidal wave hypothesis
Persistent URL doi.org/10.1007/978-1-4939-3474-4_171, hdl.handle.net/1765/99397
Organisation Erasmus MC: University Medical Center Rotterdam
Citation
Negrello, M., & de Schutter, E. (2016). Models of the cortico-cerebellar system. In Neuroscience in the 21st Century: From Basic to Clinical, Second Edition (pp. 3097–3119). doi:10.1007/978-1-4939-3474-4_171


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