Conveners
FAIR data management: FAIR Data Management
- Stuart Campbell (Brookhaven National Laboratory)
FAIR data management: FAIR Data Management
- Majid Ounsy (Synchrotron SOLEIL)
FAIR data management: FAIR Data Management
- Alun Ashton (Paul Scherrer Institute)
ince its launch in August 2020, the ESRF’s Extremely Brilliant Source (ESRF-EBS) has resulted in a notable transformation in data management, driven by the heightened volume and complexity of data. The ESRF data policy [1] has been aligned in 2024 by the inclusion of processed data.
The ongoing development of the ESRF data portal [2] based on the ICAT metadata catalogue [3], initiated in...
Providing users with remote and random access to structured data is emerging as an important challenge for user facilities in the next decade. Our peers in industry and in other scientific areas are building such services. Tiled is a solution tuned to the requirements of user facilities, applying web standards and widely-adopted technologies in numerical computing to address search, random...
In today’s research facility’s landscape, experimental data management, metadata catalogue and access are playing a vital role on enabling the full research lifecycle, allowing the users communities and scientific institutions to collaborate, transfer and share data on a well-defined collaborative platform.
Following the community best practices on delivering and exporting data, SESAME is...
SOLEIL Information System has a 20-year legacy characterized by non-uniform and siloed IT solutions that have been continuously evolving in response to changing business requirements, thereby increasing its complexity. A redesign of our information system architecture was deemed necessary to address this challenge, requiring a new, homogeneous, and flexible approach.
Currently, we are in...
In recent years, China's advanced light sources have entered a period of rapid construction and development. As modern X-ray detectors and data acquisition technologies advance, these facilities are expected to generate massive volumes of data annually, presenting significant challenges in data management and utilization. These challenges encompass data storage, metadata handling, data...
SciCat is an open-source data catalog providing data management, annotation, and publishing features for scientific facilities (https://scicatproject.github.io/). It enables tracking of data provenance, annotation with metadata, and publication of datasets with a unique DOI. SciCat is built on a flexible microservice architecture, allowing easy configuration for diverse use cases. The adoption...
In the ever-expanding landscape of data management, navigating the diverse array of metadata catalogs such as SciCat, data publications on Invenio derivatives, and internal archives presents a formidable challenge. However, with the right strategies, this mosaic of data can be effectively combined and represented to unlock its full potential. In this talk, we delve into the intricacies of data...
ALBA Synchrotron [1] is actively implementing FAIR data management principles [2] across all operational beamlines. Data is cataloged in ICAT, [3] preferably using the NeXus data format [4], alongside metadata sourced from various information systems.
To ensure all metadata is accessible for data interpretation and reuse, gathering beamline and experimental conditions during data collection...
ESS was born with open and reusable data in mind. Based on lessons
learned from other research infrastructures, the data pipeline for
experiments at the European Spallation Source ERIC (ESS) was outlined
from the very beginning and designed to allow for FAIR data and real time
data processing and analysis. In this presentation we will present the
integrated data pipeline at the ESS,...
Ensuring the accessibility of FAIR data within the scientific community is crucial, especially given the vast volume of generated data and its potential for future reprocessing. While findability is often perceived as the simplest aspect of FAIR, achieving it necessitates robust ontology harmonization within an open science framework. Without it, scientists may struggle to efficiently locate...
The Dresden laser acceleration source (DRACO) is a state-of-the-art high-power ultra-short pulse laser system[1,2], that uses an Amplitude Technologies Pulsar architecture to form main and diagnostics beams at different focal lengths and target density conditions. The setup can deliver from 6J to 45J of pulse energy at a typical pulse duration of 30fs and a typical frequency of 1Hz. During the...
