An inverse electrocardiography problem for a different time moment is studied. The realistic 3D geometry of human torso and chest medium with piecewise constant electrical conductivity are considered. A numerical method for solving the inverse electrocardiography problem at a given time moment is suggested. Results of comparison of numerical solutions to the inverse electrocardiography problems for a clinical data on torso surface and a clinical measurement inside of heart are given.
© 2012 by Walter de Gruyter Berlin Boston