ORGANIZED BY MICHELE GIUGLIANO, ALAIN DESTEXHE, VIKTOR JIRSA
This workshop gathers in an open and interactive forum, the Principal Investigators of the Theoretical Neuroscience “pillar” (SP4) of the Human Brain Project. SP4 provides novel mathematical descriptions for multi-scale representations of the brain and its components, from cellular to network levels. We propose to focus this workshop on how microscopic processes in the brain express themselves parametrically on a higher level of organisation, ranging from populations of neurons, entire brain areas to the whole-brain networks. Individual talks will address and discuss the following research questions:
How can mean-field models achieve a direct faithful integration between mesoscopic and macroscopic signals (e.g. LFP, EEG, fMRI)?
How can building blocks, including different signals of the brain, be incorporated into simplified descriptions of dendrites, generic models, and synaptic plasticity?
What is the state-of-the art of large-scale models of the whole brain?
Which do recent advances in modelling synaptic plasticity and memory tell about computational properties of the neocortex?
How close is our community to the modelling of the whole-brain?
Speakers:
Andrej Bicanski, University College London
Neil Burgess, University College London
Marc De Kamps, University of Leeds
Alain Destexhe, EITN CNRS UNIC
Gaute Einevoll, NMBU
Olivier Faugeras, INRIA
Michele Giugliano, University of Antwerpen
Sonja Grün, FZ Juelich
Moritz Helias, FZ Juelich
Viktor Jirsa, Aix Marseille University
Marja-Leena Linne,Tampère University of Technology
Sacha van Albada, FZ Juelich
Gorka Zamora-López, UPF
Participation to the workshop requires a preliminary registration to the CNS2017 meeting: