sdss

There are 0 repository under sdss topic.

• sdss / marvin

  Data access and visualization for MaNGA. http://sdss-marvin.readthedocs.io/en/latest/

  astronomymangamarvinsdss
  Language:Python 53
• SDSS2019

  zhiiiyang / SDSS2019

  Materials for SDSS 2019, Bellevue WA

  sdssconference-talk
  52

• jwuphysics / galaxy-cnns

  Using SDSS imaging to predict galaxy metallicity. Maintained by @jwuphysics @boada

  machine-learningsdssconvolutional-neural-networksgalaxy-evolutiondeep-learning
  Language:Jupyter Notebook 10

• jwuphysics / HI-convnets

  Estimating galaxy gas mass fractions using SDSS imaging

  pytorchconvolutional-neural-networksastronomygalaxygalaxy-evolutionfastaicomputer-visionalfalfaconvnetsdss-imagingsdssconvnets
  Language:Jupyter Notebook 10

• RiskChanges / RiskChanges

  Risk Changes SDSS development page

  pythonriskchangessdss
  Language:Python 10

• behrouzz / sdss

  Retrieve and analysis data from SDSS (Sloan Digital Sky Survey)

  astronomyastrophysicsdeep-sky-objectssdssspectroscopyspectrumpython
  Language:Python 8

• sdss / python_template

  The SDSS Python template and coding standards.

  sdssastronomycoding-standardstemplatepython
  Language:Python 5

• albireox / boson

  SDSS observer graphical interface

  reacttypescriptmaterial-uisdssguielectronreactjs
  Language:TypeScript 3

• AnnikaLindh / DBNTensorFlow

  TensorFlow implementations of a Restricted Boltzmann Machine and an unsupervised Deep Belief Network, including unsupervised fine-tuning of the Deep Belief Network.

  deep-belief-networkastronomysdsstensorflowpaper-implementationsresearchmachine-learningastroinformaticsrandom-forest-classifiermulticlass-classification
  Language:Python 3

• sdss / marvin_brain

  The Brain™ of Marvin.

  astronomysdssmangamarvin
  Language:Python 3

• spyphyz / curve_fit

  Curve fitting routines for astrophysical (SDSS) spectrographs

  curve-fittingspectrographastronomyastrophysicssdsspowerlawgaussiansherpaastropyscipypython
  Language:Jupyter Notebook 3

• tjmetivier / illustrisvirtualobservatory

  The Illustris Virtual Observatory is an expanded iteration of the Sunpy module(ptorrey) for creating synthetic SDSS, HST, or JWST images of galaxies from the Illustris simulation. For instructions on how to install/use this program, please go to this address:

  sunpyillustrisnasactspacegrantconsortiumhstsdsscosmologysimulationsynthetic-imagesmock-observationgalaxies
  Language:Python 3

• aabdurrouf / empPSFs_GALEXSDSS2MASS

  Empirical PSFs of GALEX, SDSS, and 2MASS

  empirical-psfsgalexsdss2massastronomical-images
  Language:Jupyter Notebook 2

• AndrewWren / Quasar-mass-machine-learning

  Using machine learning to predict the mass of quasar supermassive black holes

  machine-learningquasarssdss
  Language:Jupyter Notebook 2
• GaMorNet

  aritraghsh09 / GaMorNet

  GaMorNet is a CNN based on AlexNet to classify galaxies morphologically

  astrophysicsastronomygalaxiesconvolutional-neural-networkstflearntensorflowmorphological-analysismachine-learningneural-networkssdsscandels
  Language:Jupyter Notebook 2

• jbirky / apogee_tools

  Modeling tools for SDSS/APOGEE spectra

  apogeesdssastronomy
  Language:Python 2

• mofokeng-chaka / Classification-Photo-z_Regression_Demo

  A tutorial on classification and photometric redshift regression of astronomical sources using supervised machine learning techniques.

  quasarssdsswise-surveymachine-learninggalaxiesclassificationregression
  Language:Jupyter Notebook 2

• sdss / tree

  Product for managing the SDSS environment tree

  astronomysdss
  Language:Python 2

• spyphyz / sdss

  A selection of workbooks to analsyse SDSS data

  sdssastronomyastrophysicssklearnscikit-learnmachine-learningcurve-fittingbig-data
  Language:Jupyter Notebook 2

• ThecoderPinar / Stellar-Sleuth

  This repository contains the code and data for the Astronomical Object Classification Project. The project focuses on classifying celestial objects (stars, galaxies, and quasars) based on their spectral characteristics using data from the Sloan Digital Sky Survey (SDSS).

  astronomyclassificationdata-sciencedata-visualizationgalaxy-classificationgithubmachine-learningopen-sourcesdsssky-surveyspace-explorationspectral-analysis
  Language:Jupyter Notebook 2

• berres2002 / ToolieforMarvin

  Repo for a Data analysis project to find Distances, Luminosities, Fluxes, Star Formation Rates, and WISE image processing for galaxies in the MaNGA survey.

  sdssastronomymangamarvin
  Language:Python 1

• lewisfish / PawlikMorph-LSST

  Translation and optimisation of SEDMORPH's PawlikMorph IDL code for analysing images of galaxies from SDSS data release 7

  asymmetry-calculationanalysing-imagesgalaxieslsstmorphologypythonnumpysdsshscoptimisation
  Language:Python 1

• NoahRuhmer / AMLS-Star-Galaxy-Classification

  This project is a full machine learning pipeline for Star/Galaxy classification using the SDSS dataset. It also contains a detailed report on the development and a DockerFile to easily replicate the results.

  binary-classificationdockermachine-learningml-pipelinesdss
  Language:TeX 1

• ridha-mm / intro-agn

  Tutorial notebooks of the course "Introduction to AGNs" at the University of Belgrade in Spring 2023. Instructors: Dragana Ilic, Isidora Jankov

  astronomycloudysdssfantasy-agn
  Language:Jupyter Notebook 1

• salmanhiro / SDSS-Imaging-API

  Image API implementation for acquiring SDSS image based on location

  astronomysdsssdss-imagingphotometryastrophysics
  Language:Python 1

• xquery / sdss_asteroid_detect

  asteroid detection from Sloan Digital Sky Survey (SDSS) images (ALPHA - unstable under development)

  asteroiddetectionsdss
  Language:CMake 1
• GOTHIC

  anuwu / GOTHIC

  Double Nuclei Galaxy Finder from SDSS. Check https://arxiv.org/abs/2011.12177

  sdssastronomyastrophysicsastroinformaticsimage-processingimage-classificationrare-object-detection
  Language:Python 0

• kushaljain007 / ASP2023-24

  Repository for ASP Undergraduate Thesis

  astronomyastrophysicsblack-holesgalaxyintergalactic-mediuminterstellar-mediumradio-astronomyx-ray-astronomycomputational-astrophysicsundergraduate-thesisagn-feedbacksdss
  0

• lalalabox / Metallicity-deviation

  Calculate Anomalously Low Metallicity (ALM) spaxels and galaxies using MaNGA data. Find the relation between HI gas and ALM.

  mangaalfalfapythongalaxy-formationmetallicityhi-gassdssalmastronomygalaxy
  Language:Jupyter Notebook 0

• patrickRauer / Phosphorpy

  Phosphorpy is python package to mine multiple databases with astronomical data

  astronomydata-analysisdata-mininggaiadr2sdsswisepanstarrspython
  Language:Python 0

• RiskChanges / riskchanges-docs

  This repo is for the documentation of the SDSS project

  riskchangessdss
  0

• Soumyajit2709 / AN-APPROACH-TO-CLASSIFY-ASTRONOMICAL-OBJECT-USING-IMBALANCED-SLOAN-DIGITAL-SKY-SURVEY-DATA

  Classify stars, galaxies, and quasars with SDSS DR16 data. Balanced dataset using resampling techniques improves AdaBoost classifier's performance, enhancing astronomical object classification accuracy.

  astronomyclassificationimbalanced-dataimbalanced-learningmachine-learningpythonresampling-methodssdss
  Language:Jupyter Notebook 0

• Csogeza / Photoz

  photometricemissionlinecontinuagalaxysdss
  Language:Jupyter Notebook

• ctkstarcraft / test

  sdss

• sidchaini / MWKinematicsFGKM

  All code to reproduce results from "Validation of the Bond et al. (2010) SDSS-derived kinematic models for the Milky Way's disk and halo stars with Gaia Data Release 3 proper motion and radial velocity data"

  astronomygaiadr3milky-waysdss
  Language:Jupyter Notebook

• Tasemo / dipp

  Dipp - distributed image processing pipeline with various distribution methods

  big-datadippdistributed-computingimage-processingsdssthrill
  Language:C++