[ascl:2105.018]
ClaRAN: Classifying Radio sources Automatically with Neural networks
Wu, Chen;
Wong, Oiwei Ivy;
Rudnick, Lawrence;
Shabala, Stanislav S.;
Alger, Matthew J.;
Banfield, Julie K.;
Ong, Cheng Soon;
White, Sarah V.;
Garon, Avery F.;
Norris, Ray P.;
Andernach, Heinz;
Tate, Jean;
Lukic, Vesna;
Tang, Hongming;
Schawinski, Kevin;
Diakogiannis, Foivos I.
ClaRAN (Classifying Radio sources Automatically with Neural networks) classifies radio source morphology based upon the Faster Region-based Convolutional Neutral Network (Faster R-CNN). It is capable of associating discrete and extended components of radio sources in an automated fashion. ClaRAN demonstrates the feasibility of applying deep learning methods for cross-matching complex radio sources of multiple components with infrared maps. The promising results from ClaRAN have implications for the further development of efficient cross-wavelength source identification, matching, and morphology classifications for future radio surveys.
- Code site:
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https://github.com/chenwuperth/rgz_rcnn
- Described in:
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https://ui.adsabs.harvard.edu/abs/2019MNRAS.482.1211W
- Bibcode:
- 2021ascl.soft05018W