tbmiller-astro

Pinned Repositories

sbi
Simulation-based inference toolkit
Language:Python568 22 605142
ArtPop
Building artificial galaxies one star at a time.
Language:Python0 0 00
imcascade
imcascade : Fitting astronomical images with a "cascade" of Gaussians
Language:Python13 3 12
MathewsEtAl2023
Language:Jupyter Notebook00
mrf
Multi-Resolution Filtering: a method for isolating faint, extended emission in Dragonfly data and other low resolution images
Language:Python0 0 00
nautilus
Neural Network-Boosted Importance Nested Sampling for Bayesian Statistics
Language:Python0 0 00
sbi
Simulation-based inference toolkit
Language:Python00
silkscreen
Silkscreen: Using artpop and sbi to measure distance to galaxies directly from their images
Language:Python5 3 01
silkscreen_paper
Language:Jupyter Notebook0 1 00
tbmiller-astro.github.io
Personal Website
Language:Ruby00

tbmiller-astro's Repositories

tbmiller-astro/imcascade
imcascade : Fitting astronomical images with a "cascade" of Gaussians
Language:Python13 3 12
tbmiller-astro/silkscreen
Silkscreen: Using artpop and sbi to measure distance to galaxies directly from their images
Language:Python5 3 01
tbmiller-astro/ArtPop
Building artificial galaxies one star at a time.
Language:Python0 0 00
tbmiller-astro/MathewsEtAl2023
Language:Jupyter Notebook00
tbmiller-astro/mrf
Multi-Resolution Filtering: a method for isolating faint, extended emission in Dragonfly data and other low resolution images
Language:Python0 0 00
tbmiller-astro/nautilus
Neural Network-Boosted Importance Nested Sampling for Bayesian Statistics
Language:Python0 0 00
tbmiller-astro/sbi
Simulation-based inference toolkit
Language:Python00
tbmiller-astro/silkscreen_paper
Language:Jupyter Notebook0 1 00
tbmiller-astro/tbmiller-astro.github.io
Personal Website
Language:Ruby00