Nonlinear Local Electro-Vascular Coupling . Part II : From Data To Neuronal Masses

@inproceedings{Kawashima2005NonlinearLE,
  title={Nonlinear Local Electro-Vascular Coupling . Part II : From Data To Neuronal Masses},
  author={1 Kawashima},
  year={2005}
}
  • 1 Kawashima
  • Published 2005
In Riera et al. (2006), a Local Electro-Vascular Coupling (LEVC) model was proposed to explain the continuous dynamics of electrical and vascular states within a cortical unit. These states produce certain mesoscopic reflections whose discrete time series can be reconstructed from ElectronEncephaloGram (EEG) and functional Magnetic Resonance Imaging (fMRI). In this paper, we develop a recursive optimization algorithm based on the Local Linearization (LL) filter and the innovation method to make… CONTINUE READING