Bruno S. Silva's starred repositories
teaching-computational-geophysics
Additional material for computational geophysics course
Time-domain-seismic-wave-modeling-using-PINN
This repository gives the codes for numerical solver independent seismic wave simulation using Task-decomposed Physics-informed Neural Networks.
demo_lbfgs_trn
Template for nonlinear optimization using l-BFGS and Newton-CG
jupyter-c-kernel
Minimal Jupyter C kernel
python-fortran
Python-Fortran bindings examples
fortran-vs-julia
Fortran-Julia syntax comparison and Maxwell Solver in 2D using Yee numerical scheme and MPI topology
fortran-vs-python
A cheatsheet of Fortran syntax for Python programmers
python-notebooks
Scientific Computing with Python for beginners.
jupyter-fortran-kernel
Minimal Jupyter Fortran kernel
recreational_mathematics_with_python
Short python samples of recreational mathematics.
vscode-fortran-support
Fortran language support for Visual Studio Code
dlbook_notation
LaTeX files for the Deep Learning book notation
styleguide
Style guides for Google-originated open-source projects
Devito-Examples
Set of seismic modeling and inversion examples using Devito for different wave equations.
Image-Inverse-Problems-Algorithms
Collection of inverse problems in image processing via Alternating Direction Method (ADM), Alternating Minimization Method (AMA), Group Sparse signal denoising and Majorization-Minimization optimization based image/signal processing
ProximalOperators.jl
Proximal operators for nonsmooth optimization in Julia
FirstOrderSolvers.jl
Large scale convex optimization solvers in julia