|   | 
				
					
	
		  | 
	 
	
		| Paper: | 
		Discover and Access GAPS Time Series Prototyping for Interoperability | 
	 
	
		| Volume: | 
		522, Astronomical Data Analysis Software and Systems XXVII | 
	 
	
		| Page: | 
		703 | 
	 
	
		| Authors: | 
		Molinaro, M.; Benatti, S.; Bignamini, A.; Claudi, R. | 
	 
	
	
		| Abstract: | 
		The GAPS (Global Architecture of Planetary Systems) project is a, mainly
 Italian, effort for the comprehensive characterization of the
 architectural properties of planetary systems as a function of the host
 stars' characteristics by using radial velocities technique.
 Since the beginning (2012) the project exploited the HARPS-N high
 resolution optical spectrograph mounted at the 4-m class TNG
 telescope in La Palma (Canary Islands). More recently, with the upgrade
 of the TNG near-infrared spectrograph GIANO-B, obtained in the
 framework of the GIARPS project, it has become possible to perform
 simultaneous observations with these two instruments, providing
 thus, at the same time, data both in the optical and in the
 near-infrared range.
 The large amount of data obtained in about 5 years of observations
 provided various scientific outputs, and among them, time series of
 radial velocity (RV) profiles of the investigated stellar systems.
 
 This contribution shows the first steps undertaken to deploy the GAPS
 Time Series as an interoperable resource within the VO framework
 designed by the IVOA.
 This effort has thus a double goal. On one side there's the aim at
 making the time series data (from RV up to their originating spectra)
 available to the general astrophysical community in an interoperable
 way. On the other side, to provide use cases and a prototyping base
 to the ongoing time domain priority effort at the IVOA level.
 Time series dataset discovery, depicted through use cases and mapped
 against the ObsCore model will be shown, highlighting
 commonalities as well as missing metadata requirements.
 Future development steps and criticalities, related also to the joint
 discovery and access of datasets provided by both the spectrographs
 operated side by side, will be summarized. | 
	 
	
		| 
			
			
		 | 
	 
	
		  | 
	 
 
					 
				 | 
				  |