The Future of Astronomical Data Infrastructure: Meeting Report

Michael R. Blanton,Janet D. Evans,Dara Norman, William O'Mullane,Adrian Price-Whelan,Luca Rizzi,Alberto Accomazzi, Megan Ansdell,Stephen Bailey,Paul Barrett, Steven Berukoff,Adam Bolton, Julian Borrill,Kelle Cruz,Julianne Dalcanton,Vandana Desai, Gregory P. Dubois-Felsmann,Frossie Economou, Henry Ferguson, Bryan Field, Dan Foreman-Mackey,Jaime Forero-Romero, Niall Gaffney,Kim Gillies,Matthew J. Graham, Steven Gwyn,Joseph Hennawi, Anna L. H. Hughes, Tess Jaffe,Preshanth Jagannathan,Tim Jenness,Mario Jurić,JJ Kavelaars, Kerk Kee, Jeff Kern,Anthony Kremin,Kathleen Labrie,Mark Lacy,Casey Law, Rafael Martínez-Galarza, Curtis McCully, Julie McEnery, Bryan Miller, Christopher Moriarty,August Muench,Demitri Muna, Angela Murillo,Gautham Narayan,James D. Neill,Robert Nikutta, Roopesh Ojha,Knut Olsen,John O'Meara,Ben Rusholme,Robert Seaman,Nathaniel Starkman, Martin Still, Felix Stoehr,John D. Swinbank, Peter Teuben, Ignacio Toledo,Erik Tollerud,Matthew D. Turk,James Turner, William Vacca,Joaquin Vieira,Benjamin Weaver,Benjamin Weiner,Jason Weiss,Kyle Westfall,Beth Willman, Lily Zhao

arXiv (Cornell University)(2023)

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摘要
The astronomical community is grappling with the increasing volume and complexity of data produced by modern telescopes, due to difficulties in reducing, accessing, analyzing, and combining archives of data. To address this challenge, we propose the establishment of a coordinating body, an "entity," with the specific mission of enhancing the interoperability, archiving, distribution, and production of both astronomical data and software. This report is the culmination of a workshop held in February 2023 on the Future of Astronomical Data Infrastructure. Attended by 70 scientists and software professionals from ground-based and space-based missions and archives spanning the entire spectrum of astronomical research, the group deliberated on the prevailing state of software and data infrastructure in astronomy, identified pressing issues, and explored potential solutions. In this report, we describe the ecosystem of astronomical data, its existing flaws, and the many gaps, duplication, inconsistencies, barriers to access, drags on productivity, missed opportunities, and risks to the long-term integrity of essential data sets. We also highlight the successes and failures in a set of deep dives into several different illustrative components of the ecosystem, included as an appendix.
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关键词
astronomical data infrastructure,future
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