| ID |
Title |
Abstract |
First name |
Last name
|
| O1.2 |
The EUCLID archive system: a data-centric approach to big data |
30763 |
Sara |
Nieto |
| O1.3 |
Towards a Self-Healing Archive |
30788 |
Stephan |
Witz |
| O2.1 |
Instantaneous Archives |
30834 |
Walter |
Landry |
| O2.2 |
The JCMT SCUBA-2 Legacy Release: Unexpected Benefits and Lessons Learned |
30786 |
Sarah |
Graves |
| O2.3 |
ESASky: A simple/performant interface on massive astronomical data |
30774 |
Jesús |
Salgado |
| O2.4 |
Next generation Firefly for web application |
30764 |
Wu |
Xiuqin |
| O3.2 |
Long-term management of 1000s of All-Sky reference data sets using the HiPS network |
30293 |
Pierre |
Fernique |
| O3.3 |
What is SIMBAD, and what is it not? |
30265 |
Cécile |
Loup |
| O3.4 |
Linking the Literature to the Data |
30777 |
Karen |
Levay |
| O4.2 |
The AGILE pipeline for Gravitational Waves events follow-up |
30836 |
Andrea |
Zoli |
| O4.3 |
CLEOPATRA: Connecting Locations of ESFRI Observatories and Partners in Astronomy for Timing and Real-time Alerts |
26999 |
Arpad |
Szomoru |
| O4.4 |
Optimised workspaces enhance time-critical astronomy |
30288 |
Bernard |
Meade |
| O5.2 |
COTS software in science operations, is it worth it? |
30740 |
William |
O`Mullane |
| O5.3 |
The Research Data Alliance: building bridges to enable scientific data sharing |
30046 |
Francoise |
Genova |
| O5.4 |
Extending Support for Large Distributed Projects through Interoperability |
30779 |
Séverin |
Gaudet |
| O6.1 |
The FRIPON project or Pride and Prejudice in Citizen Sciences |
30820 |
Chiara |
Marmo |
| O6.2 |
Designing modular software for template fitting photo-z estimation |
30774 |
Nikolaos |
Apostolakos |
| O6.3 |
Optimization of Multi-band Galaxies Cataloguing: Description of the Data Mangement Pipeline |
30195 |
María José |
Márquez |
| O7.1 |
The Challenges of a Public Data Release: behind the scenes of SDSS DR13 |
30784 |
Anne-Marie |
Weijmans |
| O7.2 |
Hosting astronomical data in sharded SQL databases |
30769 |
Anastasia |
Galkin |
| O7.3 |
Spatial indexes in PostgreSQL for astronomy |
30751 |
Alexander |
Korotkov |
| O8.1 |
Separating detection and catalog production: a step towards Algorithms for Large Databases and Vice-versa |
30309 |
Mohammad |
Akhlaghi |
| O8.3 |
An Enhanced Multiwavelength Photometric Catalog for the Spitzer Extragalactic Representative Volume Survey |
30765 |
Kristina |
Nyland |
| O8.4 |
Crossmatching variable objects with the Gaia data |
30333 |
Lorenzo |
Rimoldini |
| O8.5 |
Euclid near-infrared imaging reduction pipeline: astrometric calibration, resampling and stacking |
30825 |
Ronaldo |
da Silva |
| O9.1 |
Application of Compressive Sensing to Gravitational Microlensing Data and Implications for Miniaturized Space Observatories |
30178 |
Asmita |
Korde-Patel |
| O9.2 |
Machine Learning Variability Classification in the OGLE Project |
30800 |
Michal |
Pawlak |
| O10.3 |
The Common Archive Observation Model: Inside the Data Centre |
30742 |
Patrick |
Dowler Donovan |
| O10.4 |
A Provenance Data Model for Astronomy |
30804 |
Kristin |
Riebe |
| O11.2 |
JOVIAL: Jupyter OVerrIde for Astronomical Libraries |
30759 |
Mauricio |
Araya |
| O11.3 |
Sherpa, Python, and Astronomy. A successful co-evolution |
30838 |
Omar |
Laurino |
| O11.4 |
ADMIT: ALMA Data Mining Toolkit |
30827 |
Peter |
Teuben |
| O12.2 |
Massive Scientific Workloads: Lessons Learned From Petaflop-Scale Weather Simulations |
30818 |
Francesco |
Pierfederici |
| O12.3 |
HPC Development for the ALMA Pipeline |
30798 |
Sandra |
Castro |
| O12.4 |
FACT-Tools – Processing High-Volume Telescope Data |
30557 |
Jens |
Buss |
| O13.2 |
Using CernVM-FS to deploy Euclid processing S/W on Computing Centres |
30796 |
Maurice |
Poncet |
| O13.3 |
3 New Trends in HPC and Distributed Computing |
30840 |
Andre |
Schaaff |
| O14.1 |
Building a community of tech savvy astronomers in the era of “big-data" and "data science" |
30287 |
Arna |
Karick |
