astronomical-images
There are 2 repositories under astronomical-images topic.
jeff-regier / Celeste.jl
Scalable inference for a generative model of astronomical images
Language:Jupyter Notebook 182BoostGSoC19 / astronomy
Astronomy Library for C++
Language:C++ 65mommermi / photometrypipeline
automated photometry pipeline for small to medium-sized observatories
Language:Python 61- Language:Python 41
aabdurrouf / piXedfit
piXedfit is a Python package designed for analyzing spatially resolved SEDs of galaxies
Language:Python 39- Language:Python 28
- gpuvmem
miguelcarcamov / gpuvmem
GPU Framework for Radio Astronomical Image Synthesis
Language:Cuda 28 ShikharSahu / NasaApodDesktopWallpaperSetter
Nasa Astronomical picture of the Day Desktop Wallpaper Changer.
Language:Python 11bkataru / galaxy-classifier
A image classifier that classifies whether a galaxy is spiral, elliptical, or irregular. Built using Tensorflow v2 and Google's inception v3 model.
Language:Python 9- starreduction
code2k13 / starreduction
A free and open source tool for star removal in astronomy images. A GAN model implemented in tensorflow and trained to remove stars from astronomical images
Language:Jupyter Notebook 9 - WordpressAstrometry
MattChique / WordpressAstrometry
Wordpress Astrometry.net Plugin
Language:PHP 9 tasymons / photparty
Automatically locates stars and performs square-aperture photometry. FITS files in, magnitudes out.
Language:Python 9Wolfteinter / Pic2Hubble
This project is intended to produce images composed of 16x16 pixel clusters of space images mostly from by Hubble Space Telescope. The algorithm is written in Python using Flask which returns the base 64 image, and the frontend is developed in React JS.
Language:Python 9arjunsavel / SImMER
An open-source & modular reduction pipeline for astronomical images of point sources.
Language:Python 8Siddharth1698 / Image-Processing-to-find-the-brightest-area-in-Astronomical-image-and-video-using-Kadane-s-Algorithm
Using Kadane's Algorithm to find the brightest area in Astronomical images. Using concept of maximum contiguous subarray to find the area with highest sum and thus using opencv and finding the brightest area, applying on image and video.
Language:Jupyter Notebook 8gavin-blakeman / ACL
Astronomy Class Library
Language:C++ 4jmbhughes / noise_gating
reducing shot noise using regional fourier transforms
Language:Python 4pyGuru123 / Python-Space-Science
Applied Space Science with Python
Language:Jupyter Notebook 4shibinjudahpaul / SpaceImageDataProcessing-Projects
Exploratory data analysis and ML projects based on Astronomical data (Space Images)
Language:Jupyter Notebook 4vlas-sokolov / gethigal
A selenium webscraper for automated download of the Hi-GAL data products.
Language:Python 4aileisun / bubbleimg
Python package for imaging extended-emission line regions with astro survey data
Language:Python 3art-den / electra_stacking
Software for stacking astronimical images of deep sky objects
Language:Rust 3gale31 / AstroSpiral
The Astro Spiral project presents an innovative way to compare astronomical images of the sky by building a convex spiral (modification of the Graham Scan algorithm for convex hull) according to the bright objects in a photo. On that purpose, I made an application for Windows and Mac OS X, written in C++ that uses the Cinder toolbox.
Language:C++ 3shilpakancharla / galaxy-image-classification
SDSS telescopes have captured over 40 TB worth of galaxy images and classification of these images is the first step towards obtaining a deeper understanding of physical processes within them, star formation, and the nature of the universe. Since we could not find an easily accessible dataset for galaxy classification, we compiled a dataset for Galaxy classification and provided benchmarks with some of the common learning algorithms that would help in automating the galaxy classification which until recently had to be performed by hand by expert astronomers. We classify the images of galaxies into four classes: spiral, elliptical, irregular, and invalid.
Language:Python 3Empirical PSFs of GALEX, SDSS, and 2MASS
Language:Jupyter Notebook 2BetaGem / FITS-Marker
Inspect and mark your FITS images quickly.
Language:HTML 2carlosmtron / pyreduc
Reducción de Imágenes Astronómicas usando Python
Language:TeX 2- Language:Jupyter Notebook 2
piexpiex / AstroCanvas
Computer application designed for the calibration of astronomical images and their subsequent scientific analysis through a graphical interface.
Language:Python 2- Language:C++ 1
Engineero / fits_proto
Protocol buffer for the FITS astronomical data file format
Language:Jupyter Notebook 1enriquemondragon / nebulae-nn
Neural network implementation from scratch for celestial objects classification
Language:Jupyter Notebook 1anshap1719 / stardetect
An implementation of star detection algorithm based on image-rs crate
Language:Rust 0fischett / WideSkyCartographer
You just upload a Wide-Angle Sky Image, and this tool will Identify the present Stars
Language:Python 0solfra / SonyAutoAstro
Sony Auto astro is a powrful softare for controle and use Sony camera in astronomy.
Language:Python 0
