A framework to solve forward and inverse geophysical problems either using deterministic (optimization) or probabilistic (Monte Carlo) methods in Julia.
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G⁻¹Lab
Forward and inverse geophysical problems (deterministic and probabilistic methods) in Julia.
- 20 followers
- Switzerland
- https://ginvlab.github.io
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Showing 7 of 7 repositories
- InverseAlgos.jl Public
Probabilistic and deterministic inverse algorithms for geophysical problems and beyond.
GinvLab/InverseAlgos.jl’s past year of commit activity - SeismicWaves.jl Public
Acoustic and elastic seismic wave propagation and gradients (using the adjoint method).
GinvLab/SeismicWaves.jl’s past year of commit activity - EikonalSolvers.jl Public
Traveltime computations by solving the eikonal equation in 2D and 3D and related gradients for tomography
GinvLab/EikonalSolvers.jl’s past year of commit activity - MagGravPoly.jl Public
Magnetic and gravity anomaly calculations in 2.75D using polygon-based parameterization
GinvLab/MagGravPoly.jl’s past year of commit activity - .github Public
GinvLab/.github’s past year of commit activity
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