Pinned Repositories
cme211-notes
Notes for CME 211
cme213_project_neuralnetwork
final project for cme213 at stanford spring 2016. starter code written by prof eric darve and course TAs. neural network.
DGS-for-Cores
The Digital Grain Size Project: Automated Estimates of Grain Size from Images of Sediment. GUI designed for sediment images where vertical variation of grain size is important, such as cores :camera:
DGS-for-Cores1D
1D implementation of DGS-for-Cores
DGS-NON-GUI
The Digital Grain Size Project: Automated Estimates of Grain Size from Images of Sediment. A non-GUI version of DGS, useful for batch processing images within several folders. Operates from matlab command line :camera:
DGS-python
Digital Grain Size algorithm in Python (command line, no graphical user interface). Includes both serial and parallel versions of the code.
enelx_l2rpn
Code for L2RPN competition by Enel X team
probabilistic_energy_forecast
Probabilistic forecasting of energy time-series data
TsuSedMod
Inverse model for calculating tsunami tsunami hydrodynamic flow parameters using characteristics of tsunami sand deposits. Model published by Dr. Bruce Jaffe and Dr. Guy Gelfenbaum of the US Geological Survey.
understanding_the_amazon
231n final project: kaggle challenge to label satellite image chips with atmospheric conditions and various classes of land cover/land use.
blunghino's Repositories
blunghino/enelx_l2rpn
Code for L2RPN competition by Enel X team
blunghino/understanding_the_amazon
231n final project: kaggle challenge to label satellite image chips with atmospheric conditions and various classes of land cover/land use.
blunghino/TsuSedMod
Inverse model for calculating tsunami tsunami hydrodynamic flow parameters using characteristics of tsunami sand deposits. Model published by Dr. Bruce Jaffe and Dr. Guy Gelfenbaum of the US Geological Survey.
blunghino/probabilistic_energy_forecast
Probabilistic forecasting of energy time-series data
blunghino/cme211-notes
Notes for CME 211
blunghino/cme213_project_neuralnetwork
final project for cme213 at stanford spring 2016. starter code written by prof eric darve and course TAs. neural network.
blunghino/DGS-for-Cores
The Digital Grain Size Project: Automated Estimates of Grain Size from Images of Sediment. GUI designed for sediment images where vertical variation of grain size is important, such as cores :camera:
blunghino/DGS-for-Cores1D
1D implementation of DGS-for-Cores
blunghino/DGS-NON-GUI
The Digital Grain Size Project: Automated Estimates of Grain Size from Images of Sediment. A non-GUI version of DGS, useful for batch processing images within several folders. Operates from matlab command line :camera:
blunghino/DGS-python
Digital Grain Size algorithm in Python (command line, no graphical user interface). Includes both serial and parallel versions of the code.
blunghino/Esri-Deadly-Heatwaves
Deadly Heatwave: Where and when they will occur!
blunghino/ff_plot_w
blunghino/GS_tools
tools to work with grain size data
blunghino/numa_plotting_tools
python tools to plot output from tsunami inundation simulations in numa
blunghino/point_count_core
point_count_core.py: Software to make regular manual measurements of grains in an image of sediment
blunghino/pydelft
Python tools for working with Delft3d FLOW.
blunghino/pyDGS
Wavelet-based digital grain size analysis
blunghino/readcsvdata
class to hold generic csv data. creates an attribute for every row or column.
blunghino/save-the-ping-pong-balls
Experiments with sensors on raspberry pi to monitor fridge temperature.
blunghino/swe_xz
solve the 2D-V non-hydrostatic shallow water equations
blunghino/TsuDB
Program to read in, process, analyze, and plot data from a Tsunami Deposit Database