@InProceedings{Kybic-Biosignal2004,
  IS = { zkontrolovano 13 Jan 2005 },
  UPDATE  = { 2004-11-27 },
  title =       {Accurate Boundary Element Method for the Electro-
                  and Magnetoencephalography Forward Problem},
  author =      {Jan Kybic and Maureen Clerc and Olivier Faugeras and
                  Geoffray Adde and Renaud Keriven and Th{\'e}o
                  Papadopoulo},
  year =        {2004},
  month =       {June},
  booktitle =   {BIOSIGNAL 2004: Analysis of Biomedical Signals and Images},
  publisher =   {VUTIUM Press},
  address =     {Brno, Czech Republic},
  isbn =        {80-214-2633-0},
  book_pages =  {447},
  day =         { 23-25 },
  venue =       {Brno, Czech Republic},
  pages =       {121--123},
  authorship =  {85-6-6-1-1-1},
  isbn =        {80-214-2633-0},
  psurl =       { [Pdf,125KB], 
[Poster Pdf,280 KB]},
  project =      {LN00B096},
  keywords = { MEG, EEG, symmetric BEM, integral method},
  editor = { Jan, Ji{\v{r}}{\'\i} and Kozumpl{\'\i}k, Ji{\v{r}}{\'\i} and Probvazn{\'\i}k, Ivo},
  annote = { The forward E/MEG problem consists of finding a surface
    potential from the Poisson equation, given the sources and the
    head geometry.  We describe a novel symmetric boundary element
    method (BEM) for solving the forward problem using a realistic
    meshed surface head model with generalized topology.  We found
    that this new method is more accurate and less computationally
    expensive than the classical double layer method},
}