Software

PyFWI M++ HMM-Maxwell

PyFWI

M++

HMM-Maxwell
PyFWI illustrates the propagation of seismic waves and the concept of seismic imaging Some of our numerical methods are realized in the parallel finite element system M++ HMM-Maxwell - A Heterogeneous Multiscale Method for Maxwell's equations

 

LFC-mrLF DLRI SOFI2D

Multirate Leapfrog-Chebyshev iconic image

Dynamical low-rank iconic image

2D Finite-Difference Seismic Wave Simulation
Leapfrog-Chebyshev and leapfrog-type multirate methods Dynamical low-rank integrators 2D Finite-Difference Seismic Wave Simulation

 

AIgRT NMHOP ADI Maxwell

Approximate inversion of generalized Radon transforms

Numerical methods for highly-oscillatory problems

Alternating Direction Implicit methdod for Maxwell equations iconic image
Approximate inversion of generalized Radon transforms Numerical methods for highly-oscillatory problems Alternating Direction Implicit method for Maxwell equations

 

MLLG QuasiWave WaveDynBC

Numerical analysis of the Maxwell-Landau-Lifshitz-Gilbert system

Space discretization and time integration methods for quasilinear wave equations

Wave equation with dynamic boundary conditions iconic image
Numerical analysis of the Maxwell-Landau-Lifshitz-Gilbert system Space discretization and time integration methods for quasilinear wave equations Wave equation with dynamic boundary conditions

 

MonoMeth TiMaxdG openCARP

Monotonicty-based shape reconstruction for inverse scattering problems

Time integration for Maxwell's equation

Cardiac Electrophysiology Simulator
Monotonicty-based shape reconstruction for inverse scattering problems Time integration for Maxwell's equation Cardiac Electrophysiology Simulator