2025 Fink Collaboration Meeting

Session

Technology

16 juil. 2025, 11:00

Hotel Littéraire Alexandre Vialatte

Présidents de session

Technology: Infrastructure

• Il n'a pas de président de session pour ce bloc

Technology: Science Portal

• Il n'a pas de président de session pour ce bloc

Technology: Preparation to LSST

• Il n'a pas de président de session pour ce bloc

Technology: LSST preparation

• Il n'a pas de président de session pour ce bloc

Technology: Visualisation

• Il n'a pas de président de session pour ce bloc

Technology: Classification Graph

• Julius HRIVNAC

Documents de présentation

Graphs

8. Overview of the infrastructure and usage report

Dr Julien Peloton (CNRS-IJCLab)

16/07/2025 11:00

2. Enhancing Real-Time Astronomical Alert Processing with Scalable Kubernetes-Driven Infrastructure and Observability

Fabrice Jammes (CNRS)

16/07/2025 12:00

Fink is a real-time astronomical alert broker designed to process high-throughput data streams from surveys such as ZTF and the forthcoming LSST. To meet the demands of low-latency, high-reliability data classification at scale, we have developed a production-grade Kubernetes-based deployment architecture that integrates continuous delivery (CI/CD), fine-grained observability, and...

9. Science portal session

Dr Julien Peloton (CNRS-IJCLab)

16/07/2025 14:00

New functionalities and discussion on evolution (aka what worked and did not work for ZTF, and what is missing for Rubin)

10. LSST simulations: what to expect for alerts and data

Anais Moller (Swinburne University)

16/07/2025 15:30

12. Manipulating Rubin 1st alerts

Dr Julien Peloton (CNRS-IJCLab)

16/07/2025 16:15

17. Hands on: From ZTF to LSST

Dr Julien Peloton (CNRS-IJCLab), Anais Moller (Swinburne University), Dr Emille Ishida (CNRS/LPC-Clermont)

18/07/2025 09:45

Hands-on examples!

Adapting your current science module and filter to LSST:
- change in schema
- difference of cutouts
- retraining ML models
- scaling for LSST

19. Contest: Science portal visualisation

Dr Anais Möller (Swinburne University)

18/07/2025 11:00

How to visualise LSST light-curves efficiently?

18. Graph?

Julius HRIVNAC