wbinventor
Computational scientist with expertise in deep learning, computer vision, physics simulation, and high-performance computing.
ApplePortland, OR
Pinned Repositories
OpenMOC
A method of characteristics code for nuclear reactor physics calculations.
PINSPEC
A Monte Carlo code for simple spectral calculations in nuclear reactor applications.
openmc
OpenMC Monte Carlo Code
18.335-Final-Project
A Jacobian Free Newton Krylov solver with geometric multigrid preconditioning for the 2D LRA neutron diffusion benchmark problem.
22.106-Course-Project
22.211-Course-Project
Monte Carlo code for solutions to my problem sets for MIT's 2012 22.211 course
22.211-SN
A 2D discrete ordinates code for homework 8 of the 2013 22.212 reactor physics course at MIT.
ANE-Single-Step-MGXS
LaTeX source for "A Single-Step Framework to Generate Spatially Self-Shielded Multi-Group Cross Sections from Monte Carlo Transport Simulations" published in the Annals of Nuclear Energy (2019).
Design-A-Reactor
Interactive nuclear reactor simulator GUI for educational outreach and demos.
OpenMC-MGXS
LaTeX source for "Multigroup Cross-Section Generation with the OpenMC Monte Carlo Particle Transport Code" published in Nuclear Technology (2019)
wbinventor's Repositories
wbinventor/18.335-Final-Project
A Jacobian Free Newton Krylov solver with geometric multigrid preconditioning for the 2D LRA neutron diffusion benchmark problem.
wbinventor/Design-A-Reactor
Interactive nuclear reactor simulator GUI for educational outreach and demos.
wbinventor/22.211-Course-Project
Monte Carlo code for solutions to my problem sets for MIT's 2012 22.211 course
wbinventor/22.211-SN
A 2D discrete ordinates code for homework 8 of the 2013 22.212 reactor physics course at MIT.
wbinventor/OpenMC-MGXS
LaTeX source for "Multigroup Cross-Section Generation with the OpenMC Monte Carlo Particle Transport Code" published in Nuclear Technology (2019)
wbinventor/22.106-Course-Project
wbinventor/ANE-Condensation-Errors
LaTeX source for "An Analysis of Condensation Errors in Multi-Group Cross Section Generation for Fine-Mesh Neutron Transport Calculations" published in the Annals of Nuclear Energy (2018).
wbinventor/gnuplot-c-wrappers
A collection of C++ function calls which wrap around the gnuplot plotting utility
wbinventor/install-scripts
installation scripts
wbinventor/logger
A collection of C++ calls for formatted output to the console
wbinventor/NodalDiffuser
A 1D nodal diffusion code for HW9 of the 2013 22.212 reactor physics course at MIT.
wbinventor/openmc
OpenMC Monte Carlo Code
wbinventor/OpenMOC
A method of characteristics code for nuclear reactor physics calculations.
wbinventor/timer
A C++ class to represent a stopwatch to use to time your code
wbinventor/ANE-Single-Step-MGXS
LaTeX source for "A Single-Step Framework to Generate Spatially Self-Shielded Multi-Group Cross Sections from Monte Carlo Transport Simulations" published in the Annals of Nuclear Energy (2019).
wbinventor/data-science-ipython-notebooks
Continually updated Data Science Python Notebooks: Spark, Hadoop MapReduce, HDFS, AWS, Kaggle, scikit-learn, matplotlib, pandas, NumPy, SciPy, and various command lines.
wbinventor/Detectron
FAIR's research platform for object detection research, implementing popular algorithms like Mask R-CNN and RetinaNet.
wbinventor/git-squash
Tool to squash the current branch/HEAD into a single rebased commit
wbinventor/humanhash
Human-readable digests.
wbinventor/ipynbhpc
Use IPython notebook interactively on a HPC system
wbinventor/ndpp
Nuclear Data PreProcessor - Performs analytical integration of neutron scattering and fission data to enable deterministic scoring of multi-group cross-sections in Monte Carlo neutron transport codes.
wbinventor/nuts-n-bolts-python
An interactive seminar on Python for the 2017 MIT NSE Nuts & Bolts of Scientific Computing seminar series..
wbinventor/pyxmeans
Quick implementation of xmeans in python and C
wbinventor/SSGAN
Source Site GAN (SSGAN) for uncorrelated source site sampling from GANs for OpenMC.
wbinventor/starcluster-tools
Fun tools built upon StarCluster.
wbinventor/yolov3
YOLOv3 in PyTorch > ONNX > CoreML > TFLite