[Neuro-IT] Workshop on Cortical Microcircuits: Structure, Function and Theory at CNS*2007

[Vassilis Cutsuridis]

CORTICAL MICROCIRCUITS: STRUCTURE, FUNCTION AND THEORY
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8:30am-12:30pm on Thursday July 12th, 2007 in Bahen Building. =

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 In conjunction with:
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 Computational Neuroscience Meeting CNS*2007
July 8th - 12th 2007, Toronto, Canada
http://www.cnsorg.org
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Please forward to interested colleagues.
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 INVITED TALKS:
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>  Dr. Stefan Rotter, Relating Structure and Dynamics of Neocortical Networ=
ks =


>  Dr. Hide Cateau, Interplay between a phase response curve and an activit=
y-dependent rewiring rule of neurons leads to wireless clustering =


> Mr. Martin Spacek, Accounting for network states in cortex: are pairwise =
correlations sufficient? =


> Dr. Imre Vida, Synaptic propertis of interneuron networks promote gamma o=
scillations in cortical circuits =


> Dr. Paolo Di Prodi, A working memory model with three factor learning =


> Dr. Markus Butz, Modelling structural plasticity =


> Dr. Lynsey McCabe, Shaping STDP curve by interneuron and CA2+ dynamics
 =

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SCOPE:
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 To understand how perception, action, learning and memory work, =

we need to gather data from multiple levels of complexity and from =

various brain states (normal and diseased). We need to identify the =

neuronal groups involved in these functions, identify their different types =

of neurons, draw detailed circuit diagrams, determine the forms of synaptic =

transmission and plasticity between different neurons and study the =

dynamics of the cortical microcircuits at the cellular and synaptic level t=
hat =

comprise these neuronal groups. Mathematical and computer models are =

then essential in exploring how these microcircuits can account for a given =

function.

The goal of the present workshop is to bring together experts from =

experimental and computational neuroscience in order to review some of the
 ongoing experimental and theoretical research concerning cortical microcir=
cuits =

with particular emphasis on the functional roles of the various inhibitory =
interneurons =

in the pertinent information processing.
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 SPECIFIC AIMS:
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> Microcircuit architectures (neocortex, hippocampus, sensory and motor sys=
tems)
> Cross-comparison of architectures from different brain areas
> Identified functionality of specific microcircuits
> Identified functionality of specific neuronal types
> Plasticity and learning
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ORGANIZERS:
Vassilis Cutsuridis (1), Bruce P. Graham (1)
(1) Dept. of Computing Science and Mathematics, University of Stirling, Sti=
rling, U.K.
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Sincerely,
Workshop organizers
Vassilis Cutsuridis, Bruce P. Graham
Email: vcu at cs.stir.ac.uk, b.graham at cs.stir.ac.uk


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