An approximation for large-scale brain activity
Rashat Faizullin, Vladislav V. Melnikov · Matematičeskie struktury i modelirovanie · 1999
Finite element method and networking techniques are realized for the simulation of complex behavior of the co-operative brain activity. The electroactivity on the cortex surfaces and other brain structures can be decomposed on the two co-ordinated components. We can say the «charges» neuron’s spikes and about «potential fields» more slow activity. Saccadic imaging can be transformed to the impulsation along cortex layers, motor reaction can be considered as complex sum of interactioned information. There is tally with the rhythms of the cortex and first eigenvalues of associated operator, there is EEG desynchronization.