Boundary integral formulation and semi-implicit scheme coupling for modeling cells under electrical stimulation

Keyphrases

• Electrical Stimulation 100%
• Boundary Integral Formulation 100%
• Semi-implicit Scheme 100%
• External Stimuli 50%
• Nonlinear Dynamics 50%
• Biological Cells 50%
• Lower Order 50%
• Boundary Integral Operators 50%
• Galerkin Scheme 50%
• Dirichlet 50%
• Electrical Activity 50%
• Neumann Trace 50%
• Electric Potential 50%
• Ordering Time 50%
• Numerical Discretization Scheme 50%
• Intra-domain 50%
• System of Ordinary Differential Equations 50%
• Semi-implicit 50%
• Order Basis 50%
• Potential Jump 50%
• Space Discretization 50%
• Extracellular Domain 50%
• Electrostatic Approximation 50%
• Ionic Channels 50%
• Cell Boundary 50%

INIS

• space 100%
• stimulation 100%
• potentials 100%
• coupling 100%
• modeling 100%
• membranes 100%
• dynamics 50%
• stability 50%
• volume 50%
• stimuli 50%
• approximations 50%
• differential equations 50%
• nonlinear problems 50%
• dirichlet problem 50%
• electrostatics 50%

Mathematics

• Discretization 100%
• Coupling Scheme 100%
• Nonlinear 50%
• Time Step 50%
• Basis Function 50%
• Integral Operator 50%
• System Of Ordinary Differential Equations 50%
• Integral 50%