Pinned Repositories
crowdsource
DES Crowd Source Web Application
intro2ds
Introduction to Data Science Class Material
mat-genome
Machine learning applied to materials physics for the Material Genome effort.
ml-sims
Machine Learning applied to Cosmological Simulations
prob-tpacf
Probabilistic fast two-point correlation code
rc3-pipeline
Make digital images of RC3 galaxies by using final, calibrated SDSS images
rp-pdm15
Research Park, University of Illinois, Practical Data Mining, Summer/Fall 2015 Course
rp-pds15
Practical Data Science course notes offered at the University of Illinois, Research Park in Spring 2015
rp-pdss15
Research Park, University of Illinois, Practical Data Science, Summer Review Course 2015.
tpacf
Fast two-point correlation code
ProfessorBrunner's Repositories
ProfessorBrunner/ml-sims
Machine Learning applied to Cosmological Simulations
ProfessorBrunner/crowdsource
DES Crowd Source Web Application
ProfessorBrunner/rc3-pipeline
Make digital images of RC3 galaxies by using final, calibrated SDSS images
ProfessorBrunner/rp-pdm15
Research Park, University of Illinois, Practical Data Mining, Summer/Fall 2015 Course
ProfessorBrunner/rp-pds15
Practical Data Science course notes offered at the University of Illinois, Research Park in Spring 2015
ProfessorBrunner/tpacf
Fast two-point correlation code
ProfessorBrunner/mat-genome
Machine learning applied to materials physics for the Material Genome effort.
ProfessorBrunner/prob-tpacf
Probabilistic fast two-point correlation code
ProfessorBrunner/rp-pdss15
Research Park, University of Illinois, Practical Data Science, Summer Review Course 2015.
ProfessorBrunner/intro2ds
Introduction to Data Science Class Material
ProfessorBrunner/make-lens-cutouts
This code finds known lenses in fits files and makes cutouts.
ProfessorBrunner/aps
Angular Power Spectrum code
ProfessorBrunner/bayes-detect
Bayesian Source Detection and Modeling
ProfessorBrunner/iot-traffic
Internet of Things project employing roads, cars, and sensor networks
ProfessorBrunner/astro-toolbox
Set of useful tools both on their own and as part of other projects.
ProfessorBrunner/bayes-astro-classifier
An implementation of the Henrion et al. Bayesian source classification for astronomical data sets.
ProfessorBrunner/cloud-tpacf
Cloud-based two point correlation code
ProfessorBrunner/db-sgl-search
Search for Strong Gravitational Lenses in astronomy SQL databases
ProfessorBrunner/DSResearch
ProfessorBrunner/image-pz
Estimate Photometric Redshifts for sources by using image pixels
ProfessorBrunner/info-course
Material for new Informatics course
ProfessorBrunner/lcdm-info
Information for LCDM Projects
ProfessorBrunner/lcdm-pelican
Custom Pelican Theme for the LCDM website
ProfessorBrunner/lcdm-website
The content files for the LCDM website at the University of Illinois.
ProfessorBrunner/ml4synopticastro
Machine Learning applied to Synoptic Astronomy
ProfessorBrunner/Python-for-Probability-Statistics-and-Machine-Learning
Jupyter/IPython Notebooks for Springer book "Python for Probability, Statistics, and Machine Learning"
ProfessorBrunner/sgl-model-detect
Strong Gravitational Lens Model & Detect
ProfessorBrunner/sgl-timedelay
Code to work not the strong gravitational lens time delay challenge
ProfessorBrunner/testit