Key result
A proposed hybrid method provides the accuracy of state variable interpolation while retaining the computational efficiency of ionic current interpolation in cardiac electro-physiological simulations.
Population
Finite element (FE) cardiac electro-physiology solvers and computational cell models
Comparison
State variable interpolation and a proposed… vs Ionic current interpolation (ICI)
Design
Other
Authors
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SVI may improve accuracy in cardiac FE solvers; leaves open clinical validation before routine use.
A novel hybrid interpolation method for cardiac electrophysiology simulations achieves the high accuracy of state variable interpolation without its massive computational burden.
Pathmanathan et al. (2011) studied Cardiac electro-physiological simulations. State variable interpolation (SVI) and hybrid method vs. Ionic current interpolation (ICI) was evaluated on Accuracy and computational efficiency. A proposed hybrid method provides the accuracy of state variable interpolation while retaining the computational efficiency of ionic current interpolation in cardiac electro-physiological simulations.
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