We will show an overview of the O3 LIGO-Virgo low-latency multi-messenger program and the main strategies and the ongoing implementations for working with a gravitational-wave sky localization in the context of the ESCAPE project.
Using sing SPLAT, Topcat, SAMP in docker containers. How to do it, advantages and disadvantages, problems to solve, how to go on?
A short study about how to propose its service(s) through EOSC
The data explosion in astronomy requires the development of new techniques both from the infrastructure and from the analysis side. In particular, the increase of the data complexity demands a parallel effort to deliver efficient and standardized solutions for accessing and managing data, tools and software. The aim of the ESCAPE project is to build a huge European collaboration to face the...
STMOC -Space-Time MultiOrder Coverages - offer an unify solution for handling spatial and temporal coverages. This is one of the keys for efficient and fast interoperability tools. We will briefly present the principles of STMOC, the existing implementations, and some scientific use-cases.
The provenance data model proposed as a recommendation to the IVOA is now the base of several implementations. I focused on the capture of relevant provenance information within data processing packages like gammapy and ctapipe, and the job execution tool OPUS.
In this presentation, an overview is given over the efforts of the KM3NeT collaboration to include the requirements for FAIR data already at the early stages of the construction of the high-energy neutrino experiment. Producing scientific results both in the fields of particle physics and astrophysics, the KM3NeT software and data management build both on HEP technologies and move towards the...
