The SPHERE data center: a reference for high contrast imaging processing
arXiv:1712.06948
Abstract
The objective of the SPHERE Data Center is to optimize the scientific return of SPHERE at the VLT, by providing optimized reduction procedures, services to users and publicly available reduced data. This paper describes our motivation, the implementation of the service (partners, infrastructure and developments), services, description of the on-line data, and future developments. The SPHERE Data Center is operational and has already provided reduced data with a good reactivity to many observers. The first public reduced data have been made available in 2017. The SPHERE Data Center is gathering a strong expertise on SPHERE data and is in a very good position to propose new reduced data in the future, as well as improved reduction procedures.
SF2A proceedings
Cited by in corpus (11)
- A dusty veil shading Betelgeuse during its Great Dimming
- A wide-orbit giant planet in the high-mass b Centauri binary system
- Spirals, shadows & precession in HD 100453 -- I. The orbit of the binary
- Mapping of shadows cast on a protoplanetary disk by a close binary system
- Exoplanet Imaging Data Challenge: benchmarking the various image processing methods for exoplanet detection
- A new white dwarf companion to the star GJ 3346
- A multi-wavelength study of the debris disc around 49 Cet
- Multiwavelength high-resolution polarimetric imaging of second-generation disc around post-AGB binary IRAS 08544-4431 with SPHERE
- Lessons learned from SPHERE for the astrometric strategy of the next generation of exoplanet imaging instruments
- Low-mass stellar and substellar candidate companions around massive stars in Sco OB1 and M17
- Improving the RSM map exoplanet detection algorithm: PSF forward modelling and optimal selection of PSF subtraction techniques