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|Title:||Source localisation in a real human head|
|Citation:||Brain Topography, 2005; 17(4):197-205|
|Publisher:||Kluwer Academic-Human Sciences Press|
|Michael D. Teubner, John B. Nixon, Paul E. Rasser, Murk J. Bottema, C. Richard Clark|
|Abstract:||Neural activity within the human brain produces electrical potentials that are transmitted through the various tissues of the head to the scalp. A three-dimensional finite difference model has been applied to simulate this process and used as the basis for an inverse model, wherein known potentials on the scalp are used to locate sources of neural activity within the brain. The inverse model uses linear and nonlinear response functions, together with nonlinear regression to determine the source location. The model has been applied to three different simulations, and in each case was able to locate the source using a combination of linear and nonlinear response functions.|
|Keywords:||numerical modelling; finite differences; inverse technique; electroencephalography|
|Description:||The original publication can be found at www.springerlink.com|
|Rights:||© Springer, Part of Springer Science+Business Media|
|Appears in Collections:||Applied Mathematics publications|
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