An adaptive hybridizable discontinuous Galerkin approach for cardiac electrophysiology

Mathematics

• Cardiac Electrophysiology 96%
• Wave Front 67%
• Discontinuous Galerkin 65%
• Discontinuous Galerkin Method 63%
• Higher-order Elements 59%
• Degree of freedom 52%
• Adaptivity 49%
• Higher Order 41%
• Computational Cost 39%
• Mesh 30%
• Interface Element 30%
• Discretization 29%
• Mesh Generation 27%
• Adaptive Strategies 26%
• Element Order 25%
• Cardiac 25%
• Simulation 24%
• Post-processing 23%
• Discontinuous Functions 23%
• Efficient Implementation 23%
• Polynomial 20%
• Resolve 19%
• Propagation 17%
• Simplify 17%
• Function Space 17%
• Cell 14%
• Linear Systems 13%
• Cycle 13%
• Model 12%
• Framework 11%
• Term 10%

Engineering & Materials Science

• Cardiac Electrophysiology 100%
• Galerkin methods 66%
• Polynomials 30%
• Mesh generation 23%
• Linear systems 17%
• Costs 14%

Medicine & Life Sciences

• Cardiac Electrophysiology 87%
• Patient Simulation 21%
• Costs and Cost Analysis 18%