Ingo Bojak's Page

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meysam hashemi joined Ingo Bojak's group
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Neural Masses & Mean Fields

This group focuses on modeling the activity of neural masses, rather than of individual neurons. Of particular interest are "mean field" type of methods: their mathematical analysis, numerical computation, and "real world" application.
Oct 31, 2013
Vera Dadok joined Ingo Bojak's group
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Neural Masses & Mean Fields

This group focuses on modeling the activity of neural masses, rather than of individual neurons. Of particular interest are "mean field" type of methods: their mathematical analysis, numerical computation, and "real world" application.
Jun 14, 2013
Ingo Bojak posted an event
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Data Assimilation & Inverse Problems - From Weather Forecasting to Neuroscience at Centre for Integrative Neuroscience and Neurodynamics (CINN)

July 22, 2013 to July 26, 2013
Data Assimilation is concerned with the reconstruction of the state of a dynamical system from measured data. It is usually employed in a cycled way, where data are used to correct or guide the dynamical system step by step, while forecasts are generated on a desired time grid. This is a key ingredient for important applications, for example for Numerical Weather Prediction (NWP) or predictions of Climate Change, but it is also increasingly employed in medical and industrial applications.The…See More
Mar 7, 2013
Ernesto Pereda De Pablo joined Ingo Bojak's group
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Neural Masses & Mean Fields

This group focuses on modeling the activity of neural masses, rather than of individual neurons. Of particular interest are "mean field" type of methods: their mathematical analysis, numerical computation, and "real world" application.
Sep 7, 2012
Lennaert van Veen commented on Ingo Bojak's group Neural Masses & Mean Fields
"Hi Ingo, you invited me three years ago. Better late then never. I invited Kevin Green, my PhD student and two students in Andrew Szeri's lab in Berkeley, who I met at the latest OCNS meeting in Atlanta."
Aug 2, 2012
Lennaert van Veen joined Ingo Bojak's group
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Neural Masses & Mean Fields

This group focuses on modeling the activity of neural masses, rather than of individual neurons. Of particular interest are "mean field" type of methods: their mathematical analysis, numerical computation, and "real world" application.
Aug 2, 2012
Jonathan Touboul joined Ingo Bojak's group
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Neural Masses & Mean Fields

This group focuses on modeling the activity of neural masses, rather than of individual neurons. Of particular interest are "mean field" type of methods: their mathematical analysis, numerical computation, and "real world" application.
Mar 6, 2012
Robert Eendebak joined Ingo Bojak's group
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Neural Masses & Mean Fields

This group focuses on modeling the activity of neural masses, rather than of individual neurons. Of particular interest are "mean field" type of methods: their mathematical analysis, numerical computation, and "real world" application.
Jan 20, 2012
Faten MINA joined Ingo Bojak's group
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Neural Masses & Mean Fields

This group focuses on modeling the activity of neural masses, rather than of individual neurons. Of particular interest are "mean field" type of methods: their mathematical analysis, numerical computation, and "real world" application.
Nov 28, 2011
Andrew Reid joined Ingo Bojak's group
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Neural Masses & Mean Fields

This group focuses on modeling the activity of neural masses, rather than of individual neurons. Of particular interest are "mean field" type of methods: their mathematical analysis, numerical computation, and "real world" application.
Sep 10, 2011
Etienne B Roesch joined Ingo Bojak's group
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Neural Masses & Mean Fields

This group focuses on modeling the activity of neural masses, rather than of individual neurons. Of particular interest are "mean field" type of methods: their mathematical analysis, numerical computation, and "real world" application.
Aug 23, 2011
Björn Friedrich joined Ingo Bojak's group
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Neural Masses & Mean Fields

This group focuses on modeling the activity of neural masses, rather than of individual neurons. Of particular interest are "mean field" type of methods: their mathematical analysis, numerical computation, and "real world" application.
Jul 6, 2011
Ingo Bojak updated their profile
May 23, 2011
Ingo Bojak updated their profile photo
May 23, 2011
Julien Modolo joined Ingo Bojak's group
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Neural Masses & Mean Fields

This group focuses on modeling the activity of neural masses, rather than of individual neurons. Of particular interest are "mean field" type of methods: their mathematical analysis, numerical computation, and "real world" application.
Apr 27, 2011
Tamara Knutsen joined Ingo Bojak's group
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Neural Masses & Mean Fields

This group focuses on modeling the activity of neural masses, rather than of individual neurons. Of particular interest are "mean field" type of methods: their mathematical analysis, numerical computation, and "real world" application.
Jan 25, 2011

Profile Information

Main areas of research:
computational neuroscience
neural mass activity
neural / mean field models
multimodal neuroimaging
cortical connectivity
multi-electrode arrays
Interests/keywords:
local field potentials
co-registered EEG / fMRI
diffusion tensor imaging
numerical methods
multi-parallel computing
graph theory
Current title/position:
Senior Lecturer @ Birmingham
Research Fellow @ Donders
Current affiliation/employer:
Centre for Computational Neuroscience and Cognitive Robotics
School of Psychology
University of Birmingham
UK
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Centre for Neuroscience
Donders Institute for Brain, Cognition and Behaviour
Radboud University Nijmegen Medical Centre
The Netherlands
Collaborators:
Stephen Coombes
Gaute Einevoll
Stan Gielen
Marc de Kamps
Rolf Kötter (deceased)
David T.J. Liley
Thom F. Oostendorp
Andrew T. Reid
Dirk Schubert
PhD Advisor and University:
Prof. Ewald Reya, Universität Dortmund
Postdoc Advisor and University:
Prof. David T.J. Liley, Swinburne University of Technology
Publications:
http://www.researcherid.com/rid/E-9759-2010

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