lwwilson1
PhD in Applied Math and Scientific Computing from UMich. HPC Solutions Engineer at Cerebras. Former Northrop Grumman. Roll Tide.
Pinned Repositories
apbs
Software for biomolecular electrostatics and solvation calculations
AdventOfCode2021
apbs
Software for biomolecular electrostatics and solvation calculations
Issues
MD_parallel
Coulomb/ screened Coulomb molecular dynamics with MPI. Working direct summation code and in-progress ORD treecode methods
mesh_routines
This repo is a submodule for APBS, containing meshing routines used by tabipb and pb_sam compiled for Mac, Linux, and Windows. This repo is used when building APBS.
openacc_tutorial
TABIPB
This TABIPB repo serves as a submodule to APBS, and also works as a standalone distribution.
BaryTree
BaryTree is a library for fast computation of N-body interactions on multiple GPUs, based on barycentric Lagrange and Hermite polynomial interpolation treecodes, using OpenACC for GPU parallelization.
TABI-PB
TABI-PB (treecode-accelerated boundary integral) solves the linear Poisson-Boltzmann equation. This TABI-PB repo serves as a submodule to APBS, and also works as a standalone distribution.
lwwilson1's Repositories
lwwilson1/TABIPB
This TABIPB repo serves as a submodule to APBS, and also works as a standalone distribution.
lwwilson1/AdventOfCode2021
lwwilson1/apbs
Software for biomolecular electrostatics and solvation calculations
lwwilson1/Issues
lwwilson1/MD_parallel
Coulomb/ screened Coulomb molecular dynamics with MPI. Working direct summation code and in-progress ORD treecode methods
lwwilson1/mesh_routines
This repo is a submodule for APBS, containing meshing routines used by tabipb and pb_sam compiled for Mac, Linux, and Windows. This repo is used when building APBS.
lwwilson1/openacc_tutorial
lwwilson1/pb_solvers
Analytic and Semi-Analytic solvers for Poisson-Boltzmann equations
lwwilson1/slater_integrator
lwwilson1/Treecode_RISM_CP
lwwilson1/Treecode_RISM_PC_Forces
Particle-cluster treecode for calculating forces, with virtual grid sources and with particle targets