wangyf

Research Scientist

Verisk Extreme Event SolutionBoston

Pinned Repositories

acoustic_kokkos
Acoustic wave simulation via kokkos
Language:C++0 1 01
AH-RJMCMC
Bayesian inversion of sparse archeomagnetic data
Language:Python1 2 01
build_kokkos
0 1 00
Elastic_stresses_py
Simple coseismic stress and displacement calculator (a mini-Coulomb, but in Python)
Language:Python1 0 00
euler_kokkos
Compressible hydro and magneto-hydrodynamics (2nd order Godunov) implemented with MPI+Kokkos
Language:C++0 0 00
NonergodicSD
Language:Jupyter Notebook0 1 00
Plastic_pulse
Effects of off-fault inelasticity on near-fault directivity pulses
Language:Python2 2 00
Pulselike_rupture_models
Language:MATLAB2 2 00
SCEC-SOURCES-Kokkos
Working directory for SCEC-SOURCES internship
Language:Makefile0 1 00
sordw3
Support Operator Rupture Dynamics
Language:Fortran9 2 02

wangyf's Repositories

wangyf/sordw3
Support Operator Rupture Dynamics
Language:Fortran9 2 02
wangyf/Elastic_stresses_py
Simple coseismic stress and displacement calculator (a mini-Coulomb, but in Python)
Language:Python1 0 00
wangyf/ngmm_tools
Tools for Developing Nonergodic Ground Motion Models
Language:Python1 0 00
wangyf/acoustic_kokkos
Acoustic wave simulation via kokkos
Language:C++0 1 01
wangyf/build_kokkos
0 1 00
wangyf/SCEC-SOURCES-Kokkos
Working directory for SCEC-SOURCES internship
Language:Makefile0 1 00
wangyf/CompPerfWorkshop
ALCF Computational Performance Workshop
Language:Python0 0
wangyf/DeepKriging
wangyf/ecs_tools
Jupyter notebooks for the calculation of event coordinate system (ECS)
Language:Jupyter Notebook0 0
wangyf/euler2d_cudaFortran
2nd order Godunov solver for 2d Euler equations written in CUDA Fortran and stdpar
Language:Fortran0 0
wangyf/FACE
Fortran Ansi Colors (and Styles) Environment
Language:Fortran0 0
wangyf/geopandas-tutorial
Tutorial on geospatial data manipulation with Python
Language:Jupyter Notebook0 0
wangyf/GMMs
A collection of ground motion model functions
Language:MATLAB0 0
wangyf/gpubootcamp
This repository consists for gpu bootcamp material for HPC and AI
Language:Jupyter Notebook0 0
wangyf/GTDef
GTDef: Georgia Tech Ground Deformation Software suite
Language:MATLAB0 0
wangyf/HAZ
PSHA Code
Language:Fortran0 0
wangyf/hypre
Parallel solvers for sparse linear systems featuring multigrid methods.
Language:C0 0
wangyf/IGPP_ShortCourse_2022
Short Course in Computational Methods
Language:Jupyter Notebook0 0
wangyf/jupyterview
VTK Data visualization extension for JupyterLab
Language:TypeScript0 0
wangyf/kokkos-proj-tmpl
A minimal cmake based project skeleton for developping a kokkos application
Language:C0 0
wangyf/okada_jupyter
Okada fault modeling to fit GPS data in Jupyter
Language:Jupyter Notebook0 0
wangyf/piecewise_linear_fit_py
fit piecewise linear data for a specified number of line segments
Language:Python0 0
wangyf/pysph
A framework for Smoothed Particle Hydrodynamics in Python
wangyf/QuakeRates
Code for analysis of long-term earthquake occurrence rates
Language:Python0 0
wangyf/SHERIFS
Seismic Hazard and Earthquake Rates In Fault Systems
Language:Python0 0
wangyf/sordvtk
Convert binary output of SORD to vtk
Language:Fortran2 0
wangyf/spatialCorrelationEstimation
Matlab scripts to estimate spatial correlation and quantify estimation uncertainty
wangyf/StationXML.jl
Parse seismic station information in the FDSN StationXML format, in Julia
Language:Julia0 0
wangyf/strec
STREC stands for SeismoTectonic Regime Earthquake Calculator. It’s purpose is to determine automatically the earthquake type (subduction zone interface, active crustal shallow, stable continental region, etc.) and the earthquake focal mechanism.
Language:Python0 0
wangyf/stress_drop
Ridgecrest Stress Drop Project
Language:Python0 0