Key result
An advanced algorithm using operator splitting and adaptive time steps significantly speeds up the integration of reaction-diffusion equations for cardiac conduction while preserving accuracy.
An advanced integration method using operator splitting and adaptive time steps can significantly speed up the solving of reaction-diffusion equations for cardiac conduction while preserving accuracy.
May accelerate cardiac modeling; leaves open validation before clinical workflows.
An advanced integration method for solving reaction-diffusion-type equations for cardiac conduction is suggested. Operator splitting and adaptive time step methods were used in this method, which can significantly speed up integration while preserving accuracy.
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Qu et al. (1999) studied this question. An advanced algorithm using operator splitting and adaptive time steps significantly speeds up the integration of reaction-diffusion equations for cardiac conduction while preserving accuracy.
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