Research Activity
Modeling, numerical approximation and simulation concerning:
- Approximation and optimal control related to elliptic problems of
mixed type
- Parameter identification in mathematical models related to biomedical problems
- Boundary elements and boundary integral methods
- Oblique dipole layer models, direct and inverse problems in electrocardiology
- Reaction-diffusion systems, nonlinear degenerate evolutive systems
- Singular perturbation of reaction-diffusion systems, geometrical equations
and front propagation
- Singular perturbations of reaction-diffusion systems related to Electrocardiology
and development of eikonal models of the wavefront propagation in anisotropic
excitable media
- Computational electrocardiology: innovative mathematical methods and computational environments for the simulation of electrograms in the normal and pathological cardiac electric activity
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