Update on ESCAPE-wise projects funded by the first
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Update on ESCAPE-wise projects funded by the first OSCARS call Alberto IESS (LAPP, CNRS) Funded 1st call OSCARS projects: ESCAPE Gaia All-Sky Parameters for Stars (GASPS) Service NAPMIX: Nuclear, Astro, and Particle Metadata Integration for
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Update on ESCAPE-wise projects funded by the first OSCARS call Alberto IESS (LAPP, CNRS)<br>
02
Funded 1st call OSCARS projects: ESCAPE Gaia All-Sky Parameters for Stars (GASPS) Service
NAPMIX: Nuclear, Astro, and Particle Metadata Integration for eXperiments
COPLI: Creating a FAIR Open Science Pipeline for high-resolution LOFAR Imaging
Einstein Telescope Analysis Portal - ETAP
MADDEN: Multi-RI Access and Discovery of Data for Experiment Networking
The Astronomy Dark Matter Test Science Project
Federation of Solar Data
Contribution for the FAIRisation of Gammapy: FAIRGamma (not published yet)
Streamlining open data policies in Rucio data management platform (not published yet) ESCAPE-related OSCARS Projects 28/11/24 Alberto Iess<br>
NAPMIX: Nuclear, Astro, and Particle Metadata Integration for eXperiments
COPLI: Creating a FAIR Open Science Pipeline for high-resolution LOFAR Imaging
Einstein Telescope Analysis Portal - ETAP
MADDEN: Multi-RI Access and Discovery of Data for Experiment Networking
The Astronomy Dark Matter Test Science Project
Federation of Solar Data
Contribution for the FAIRisation of Gammapy: FAIRGamma (not published yet)
Streamlining open data policies in Rucio data management platform (not published yet) ESCAPE-related OSCARS Projects 28/11/24 Alberto Iess<br>
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Funded 1st call OSCARS projects: ESCAPE Astro-CC: Astronomy Open Science Competence Centre Pilot
OPAL: Ontology Portal for Astronomy Linked-data
CODEMETASOFT Cross-Domain OSCARS Projects 28/11/24 Alberto Iess STARLIGHT: Stereoscopic Telescopes Analysis with Real-time Leading-edge Innovation on Gamma-Ray High-Throughput data Non-OSCARS ESCAPE related Projects<br>
OPAL: Ontology Portal for Astronomy Linked-data
CODEMETASOFT Cross-Domain OSCARS Projects 28/11/24 Alberto Iess STARLIGHT: Stereoscopic Telescopes Analysis with Real-time Leading-edge Innovation on Gamma-Ray High-Throughput data Non-OSCARS ESCAPE related Projects<br>
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Funded 1st call OSCARS projects: ESCAPE Further Details accessible at OSCARS website and in the next slides:
- Principal Investigator
- Summary
- Scientific Objectives
- Partner Institutions
Find Link with ESCAPE Working Groups to provide assistance to the project. 28/11/24 Alberto Iess<br>
Find Link with ESCAPE Working Groups to provide assistance to the project. 28/11/24 Alberto Iess<br>
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Gaia All-Sky Parameters for Stars (GASPS) Service PI: Iain McDonald (UM)
Team Members: Albert Zijlstra (UM), Nick Cox (ACRI-ST), Jeronimo Bernard-Salas (ACRI-ST)
Institutions: University of Manchester (UM), ACRI-ST SAS
ESCAPE WG link: DIOS (WG2), VO (WG4), OSSR (WG3)
Keywords: PySSED, Gaia catalogue, star properties, SED - Spectral Energy Distribution, VO
Summary: GASPS aims to use the PySSED package to automatically combine and analyse stellar data from multiple sources and make it compliant with Open Science standards. GASPS is expected to provide an Open Science service in the form of a custom web-based tool or via API for python scripts, providing a tool to access existing catalogues in a FAIR way. It will align PySSED to VO standards to allow integration into ESCAPE and link within EOSC. 28/11/24 Alberto Iess<br>
Team Members: Albert Zijlstra (UM), Nick Cox (ACRI-ST), Jeronimo Bernard-Salas (ACRI-ST)
Institutions: University of Manchester (UM), ACRI-ST SAS
ESCAPE WG link: DIOS (WG2), VO (WG4), OSSR (WG3)
Keywords: PySSED, Gaia catalogue, star properties, SED - Spectral Energy Distribution, VO
Summary: GASPS aims to use the PySSED package to automatically combine and analyse stellar data from multiple sources and make it compliant with Open Science standards. GASPS is expected to provide an Open Science service in the form of a custom web-based tool or via API for python scripts, providing a tool to access existing catalogues in a FAIR way. It will align PySSED to VO standards to allow integration into ESCAPE and link within EOSC. 28/11/24 Alberto Iess<br>
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NAPMIX: Nuclear, Astro, and Particle Metadata Integration for eXperiments PI: Andrew Kishor Mistry (GSI)
Team Members:
Institutions: GSI Helmholtz Centre for Heavy Ion Research
ESCAPE WG link: DIOS (WG2)
Keywords: cross-domain metadata schema, data management, cross-domain interoperability, Punch4NFDI, DataCite, OpenPMD, NeXus
Summary: The NAPMIX project aims to create a cross-domain metadata schema for the Nuclear, Astro, and Particle Physics communities. The schema will facilitate the sharing and long-term findability of datasets. A front-end generator for user input, producing outputs in both machine and human-readable formats. It will include a multi-layered ‘nodal’ structure to incorporate use cases based on real experimental datasets. Connections to existing ontologies will be established (e.g. DataCite, OpenPMD and NeXus). It will test and deploy the schema with multiple use cases to enhance data FAIRness, and integrate with ESCAPE and EOSC. Moreover, it will train researchers on the importance and use of metadata. 28/11/24 Alberto Iess<br>
Team Members:
Institutions: GSI Helmholtz Centre for Heavy Ion Research
ESCAPE WG link: DIOS (WG2)
Keywords: cross-domain metadata schema, data management, cross-domain interoperability, Punch4NFDI, DataCite, OpenPMD, NeXus
Summary: The NAPMIX project aims to create a cross-domain metadata schema for the Nuclear, Astro, and Particle Physics communities. The schema will facilitate the sharing and long-term findability of datasets. A front-end generator for user input, producing outputs in both machine and human-readable formats. It will include a multi-layered ‘nodal’ structure to incorporate use cases based on real experimental datasets. Connections to existing ontologies will be established (e.g. DataCite, OpenPMD and NeXus). It will test and deploy the schema with multiple use cases to enhance data FAIRness, and integrate with ESCAPE and EOSC. Moreover, it will train researchers on the importance and use of metadata. 28/11/24 Alberto Iess<br>
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COPLI: Creating a FAIR Open Science Pipeline for high-resolution LOFAR Imaging PI: Reinout van Weeren (LU)
Team Members: Jurjen de Jong (LU)
Institutions: Leiden University (LU)
ESCAPE WG link: OSSR (WG3), ESAP (WG5)
Keywords: LOFAR radio telescope, high-resolution LOFAR imaging, automated pipelines
Summary: COPLI will develop an interoperable and sustainable processing pipeline for widefield high-resolution LOFAR imaging. The pipeline will be capable of running in a largely automated fashion on large-scale computing infrastructures. All science-ready data products will be ingested into a FAIR and trusted repository that is federated with EOSC to make them visible and accessible to the global astronomical community. 28/11/24 Alberto Iess<br>
Team Members: Jurjen de Jong (LU)
Institutions: Leiden University (LU)
ESCAPE WG link: OSSR (WG3), ESAP (WG5)
Keywords: LOFAR radio telescope, high-resolution LOFAR imaging, automated pipelines
Summary: COPLI will develop an interoperable and sustainable processing pipeline for widefield high-resolution LOFAR imaging. The pipeline will be capable of running in a largely automated fashion on large-scale computing infrastructures. All science-ready data products will be ingested into a FAIR and trusted repository that is federated with EOSC to make them visible and accessible to the global astronomical community. 28/11/24 Alberto Iess<br>
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ETAP: Einstein Telescope Analysis Portal PI: Paul Laycock (UniGe)
Team Members: Volodymyr Savchenko (UniGe), Hubert Degaudenzi (CERN), Federica Legger (INFN, cross-coordination with MADDEN)
Institutions: University of Geneva (UniGe)
ESCAPE WG link: DIOS (WG2), ESAP (WG5)
Keywords: gravitational waves, multi-messenger science, Einstein Telescope, data lake, VRE, metadata, monitoring, sustainability
Summary: The project will build on the ESCAPE Virtual Research Environment (VRE) to produce the Einstein Telescope Analysis Platform, ETAP, a common computing platform for both ET and citizen scientists. The portal will integrate data from multiple RIs and utilise advanced tools, supporting both simple jupyter notebooks and complex, reproducible analysis workflows in REANA. It aims to extend ESCAPE VRE’s capabilities to work with multiple data lakes. It will build on previous solutions to provide FAIR metadata management for Open Science and grant experiment metadata access using a coherent interface for multiple RIs. Additionally, it will provide computing resource monitoring for Open Science sustainability. 28/11/24 Alberto Iess<br>
Team Members: Volodymyr Savchenko (UniGe), Hubert Degaudenzi (CERN), Federica Legger (INFN, cross-coordination with MADDEN)
Institutions: University of Geneva (UniGe)
ESCAPE WG link: DIOS (WG2), ESAP (WG5)
Keywords: gravitational waves, multi-messenger science, Einstein Telescope, data lake, VRE, metadata, monitoring, sustainability
Summary: The project will build on the ESCAPE Virtual Research Environment (VRE) to produce the Einstein Telescope Analysis Platform, ETAP, a common computing platform for both ET and citizen scientists. The portal will integrate data from multiple RIs and utilise advanced tools, supporting both simple jupyter notebooks and complex, reproducible analysis workflows in REANA. It aims to extend ESCAPE VRE’s capabilities to work with multiple data lakes. It will build on previous solutions to provide FAIR metadata management for Open Science and grant experiment metadata access using a coherent interface for multiple RIs. Additionally, it will provide computing resource monitoring for Open Science sustainability. 28/11/24 Alberto Iess<br>
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MADDEN: Multi-RI Access and Discovery of Data for Experiment Networking PI: Federica Legger (INFN)
Team Members: Andres Tanasijczuk (UCLouvain)
Institutions: Istituto Nazionale di Fisica Nucleare (INFN), Institut de Recherche en Mathématique et Physique - Université catholique de Louvain (UCLouvain)
ESCAPE WG link: DIOS (WG2)
Keywords: Distributed data management (DDM), gravitational waves, gravitational wave research, data lake, multi-RI data lake, Einstein Telescope, Cosmic Explorer, Rucio, RucioFS
Summary: The MADDEN project aims to facilitate data access and sharing across multiple international collaboration RIs, by building a multi-RI data lake managed with Rucio, a solution consistent with ESCAPE distributed data management (DDM) roadmap. It will use separate data lake instances for Einstein Telescope and mock-up Cosmic Explorer future gravitational wave observatories, and extend Rucio authentication features to allow ET users to access both data lakes. The project will update RucioFS to provide a POSIX-like view of the Rucio catalogue and proposes to leverage Rucio metadata capabilities to enable rich metadata queries to filter search results. A demonstrator will be set up for the Virgo collaboration to test the technology. 28/11/24 Alberto Iess<br>
Team Members: Andres Tanasijczuk (UCLouvain)
Institutions: Istituto Nazionale di Fisica Nucleare (INFN), Institut de Recherche en Mathématique et Physique - Université catholique de Louvain (UCLouvain)
ESCAPE WG link: DIOS (WG2)
Keywords: Distributed data management (DDM), gravitational waves, gravitational wave research, data lake, multi-RI data lake, Einstein Telescope, Cosmic Explorer, Rucio, RucioFS
Summary: The MADDEN project aims to facilitate data access and sharing across multiple international collaboration RIs, by building a multi-RI data lake managed with Rucio, a solution consistent with ESCAPE distributed data management (DDM) roadmap. It will use separate data lake instances for Einstein Telescope and mock-up Cosmic Explorer future gravitational wave observatories, and extend Rucio authentication features to allow ET users to access both data lakes. The project will update RucioFS to provide a POSIX-like view of the Rucio catalogue and proposes to leverage Rucio metadata capabilities to enable rich metadata queries to filter search results. A demonstrator will be set up for the Virgo collaboration to test the technology. 28/11/24 Alberto Iess<br>
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The Astronomy Dark Matter Test Science Project PI: Stephen Sergeant
Team Members:
Institutions: The Open University
ESCAPE WG link: DIOS (WG2), ESAP (WG5)
Keywords: Dark Matter, astronomy, astronomical services, ESCAPE data lake, observational astronomy, experimental astronomy VRE, EUCLID, Vera Rubin, gravitational lensing
Summary: Astro-DM TSP will develop essential tools for analysing strong gravitational lensing, and provide insight into dark matter, by utilising existing services from the ESCAPE Science Cluster and ESA, such as the ESCAPE data lake and Virtual Research Environments. Tools developed will support future research across multiple major RIs (HST, JWST, and NASA's Roman space telescope). 28/11/24 Alberto Iess<br>
Team Members:
Institutions: The Open University
ESCAPE WG link: DIOS (WG2), ESAP (WG5)
Keywords: Dark Matter, astronomy, astronomical services, ESCAPE data lake, observational astronomy, experimental astronomy VRE, EUCLID, Vera Rubin, gravitational lensing
Summary: Astro-DM TSP will develop essential tools for analysing strong gravitational lensing, and provide insight into dark matter, by utilising existing services from the ESCAPE Science Cluster and ESA, such as the ESCAPE data lake and Virtual Research Environments. Tools developed will support future research across multiple major RIs (HST, JWST, and NASA's Roman space telescope). 28/11/24 Alberto Iess<br>
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FSD: Federation Of Solar Data PI: Pavol Schwartz (AI SAS)
Team Members: Ján Rybák, (AI SAS), Robbe Vansintjan, (ROB), Ilaria Ermolli (INAF), Svetlana Berdyugina (IRSOL), Renzo Ramelli (IRSOL), Manuel Collados Vera (IAC), Jorge Quintero Nehrkorn (IAC), Nazaret Bello Gonzalez (KIS), Peter Caligari (KIS), Mats Löfdahl (SU), Mats Carlsson (UiO), Stein Vidar Hagfors Haugan (UiO)
Institutions: Astronomical Institute of Slovak Academy of Sciences (AI SAS), Royal Observatory of Belgium (ROB), Istituto Nazionale di Astrofisica (INAF), Istituto ricerche solari Aldo e Cele Daccò (IRSOL), Instituto de Astrofisica de Canarias (IAC), Leibniz-Institut für Sonnenphysik (KIS), Stockholm University (SU), University of Oslo (UiO),
ESCAPE WG link: VO (WG4), ESAP (WG5)
Keywords: Solar data, SOLARNET Virtual Observatory, IVOA standards, astrophysics, geophysics, space physics, meteorology, solar-energy technologies, space technology, VO, metadata
Summary: FSD will ensure accessibility, interoperability and reusability of existing solar datasets and archives from different facilities, integrating solar data into a shared framework accessible to the global astrophysical community, applying SOLARNET and IVOA standards and suitable network solutions to achieve FAIR-compliance. The SVO web client will allow users to easily search for and find data across datasets, and in the Heliophysics Event Knowledge Base (HEK). Web services and clients will also allow scientists in related fields (geophysics, space physics, meteorology, as well as in applied research such as solar-energy technologies, space technology) to search the resulting metadata, review results, and efficiently access solar data. 28/11/24 Alberto Iess<br>
Team Members: Ján Rybák, (AI SAS), Robbe Vansintjan, (ROB), Ilaria Ermolli (INAF), Svetlana Berdyugina (IRSOL), Renzo Ramelli (IRSOL), Manuel Collados Vera (IAC), Jorge Quintero Nehrkorn (IAC), Nazaret Bello Gonzalez (KIS), Peter Caligari (KIS), Mats Löfdahl (SU), Mats Carlsson (UiO), Stein Vidar Hagfors Haugan (UiO)
Institutions: Astronomical Institute of Slovak Academy of Sciences (AI SAS), Royal Observatory of Belgium (ROB), Istituto Nazionale di Astrofisica (INAF), Istituto ricerche solari Aldo e Cele Daccò (IRSOL), Instituto de Astrofisica de Canarias (IAC), Leibniz-Institut für Sonnenphysik (KIS), Stockholm University (SU), University of Oslo (UiO),
ESCAPE WG link: VO (WG4), ESAP (WG5)
Keywords: Solar data, SOLARNET Virtual Observatory, IVOA standards, astrophysics, geophysics, space physics, meteorology, solar-energy technologies, space technology, VO, metadata
Summary: FSD will ensure accessibility, interoperability and reusability of existing solar datasets and archives from different facilities, integrating solar data into a shared framework accessible to the global astrophysical community, applying SOLARNET and IVOA standards and suitable network solutions to achieve FAIR-compliance. The SVO web client will allow users to easily search for and find data across datasets, and in the Heliophysics Event Knowledge Base (HEK). Web services and clients will also allow scientists in related fields (geophysics, space physics, meteorology, as well as in applied research such as solar-energy technologies, space technology) to search the resulting metadata, review results, and efficiently access solar data. 28/11/24 Alberto Iess<br>
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FAIRGamma: Contribution for the FAIRisation of Gammapy PI: Bruno Khélifi (APC, CNRS)
Team Members:
Institutions: APC, CNRS/Université Paris Cité
ESCAPE WG link: VO (WG4), OSSR (WG3)
Keywords: Gamma, gammapy, FAIR data, multi-messenger, VO
Summary: The Gammapy team has undertaken a large program to develop features for multi-wavelength/multi-messenger science data analysis and to generate FAIR astrophysics products understandable by humans and software. The project aims to introduce support for different versions of the common open formats of the VHE (GADF/VODF), propagate and generate metadata (including the IVOA provenance) describing the data and the software, find and access FAIR data into the Virtual Observatory. 28/11/24 Alberto Iess<br>
Team Members:
Institutions: APC, CNRS/Université Paris Cité
ESCAPE WG link: VO (WG4), OSSR (WG3)
Keywords: Gamma, gammapy, FAIR data, multi-messenger, VO
Summary: The Gammapy team has undertaken a large program to develop features for multi-wavelength/multi-messenger science data analysis and to generate FAIR astrophysics products understandable by humans and software. The project aims to introduce support for different versions of the common open formats of the VHE (GADF/VODF), propagate and generate metadata (including the IVOA provenance) describing the data and the software, find and access FAIR data into the Virtual Observatory. 28/11/24 Alberto Iess<br>
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Streamlining open data policies in Rucio data management platform PI: Hugo Gonzalez Labrador (CERN)
Team Members:
Institutions: CERN
ESCAPE WG link: DIOS (WG2)
Keywords: Open data, RUCIO
Summary: The main objective of this project is to introduce native support in Rucio to manage open data, where embargo and public access policies can be defined so a copy of the data is not needed to make it open. 28/11/24 Alberto Iess<br>
Team Members:
Institutions: CERN
ESCAPE WG link: DIOS (WG2)
Keywords: Open data, RUCIO
Summary: The main objective of this project is to introduce native support in Rucio to manage open data, where embargo and public access policies can be defined so a copy of the data is not needed to make it open. 28/11/24 Alberto Iess<br>
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Astro-CC: Astronomy Open Science Competence Centre Pilot PI: Mark Allen (CNRS)
Team Members: Marco Molinaro (INAF), Enrique Solano (INTA), Joachim Wambsganss (UHEI), Baptiste Cecconi (Obs Paris)
Institutions: CNRS Strasbourg Astronomical Observatory, Istituto Nazionale Di Astrofisica, Instituto Nacional de Tecnica Aeroespacial, Observatoire de Paris, Ruprecht-Karls-Universitaet Heidelberg
ESCAPE WG link: VO (WG4), MIND (WG1)
Keywords: Astronomy Open Science Competence Centre, data provider, technology forum, scientific training, Virtual Observatory, RI
Summary: The Astronomy Open Science Competence Centre Pilot project aims at expanding the use of Virtual Observatory standards by astronomy RIs, engaging experts in astronomical data interoperability and accelerating the adoption of FAIR principles in astronomical data access, sharing and management through training events. It will engage students and early career researchers, developers of astronomical software and services, and astronomy data providers in Community Competence Centre events to promote interoperability across diverse astronomical domains. 28/11/24 Alberto Iess<br>
Team Members: Marco Molinaro (INAF), Enrique Solano (INTA), Joachim Wambsganss (UHEI), Baptiste Cecconi (Obs Paris)
Institutions: CNRS Strasbourg Astronomical Observatory, Istituto Nazionale Di Astrofisica, Instituto Nacional de Tecnica Aeroespacial, Observatoire de Paris, Ruprecht-Karls-Universitaet Heidelberg
ESCAPE WG link: VO (WG4), MIND (WG1)
Keywords: Astronomy Open Science Competence Centre, data provider, technology forum, scientific training, Virtual Observatory, RI
Summary: The Astronomy Open Science Competence Centre Pilot project aims at expanding the use of Virtual Observatory standards by astronomy RIs, engaging experts in astronomical data interoperability and accelerating the adoption of FAIR principles in astronomical data access, sharing and management through training events. It will engage students and early career researchers, developers of astronomical software and services, and astronomy data providers in Community Competence Centre events to promote interoperability across diverse astronomical domains. 28/11/24 Alberto Iess<br>
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OPAL: Onthology Portal for Astronomy Linked-data PI: Clement Jonquet (INRAE), Baptiste Cecconi (OBS-Paris)
Team Members:
Institutions: INRAE, Observatoire de Paris-PSL (OBS-Paris)
ESCAPE WG link: VO (WG4)
Keywords: Astronomy vocabularies and ontologies, Semantic Artefact Catalogue (SAC), IVOA, Semantic interoperability, FAIR, OntoPortal Alliance, Semantic Web technologies, Planetary sciences, Heliophysics, interdisciplinary
Summary: The OPAL project’s goal is to advance the semantic infrastructure for astronomy by creating an ontology portal, as a centralised repository for vocabularies and ontologies. It will expand the use of International Virtual Observatory Alliance (IVOA) vocabularies across astronomy and neighbouring fields, enhancing data sharing, reuse, and interdisciplinary collaboration. It will set up a centralised Semantic Artefact Catalogue (SAC) for astronomy, as an OntoPortal instance, to offer a rich description of the metadata of the artefacts, along with various advanced ontology-based services, such as browsing, searching, visualising, computing metrics, annotating, recommending, assessing FAIRness, as well as receiving community feedback and change requests. 28/11/24 Alberto Iess<br>
Team Members:
Institutions: INRAE, Observatoire de Paris-PSL (OBS-Paris)
ESCAPE WG link: VO (WG4)
Keywords: Astronomy vocabularies and ontologies, Semantic Artefact Catalogue (SAC), IVOA, Semantic interoperability, FAIR, OntoPortal Alliance, Semantic Web technologies, Planetary sciences, Heliophysics, interdisciplinary
Summary: The OPAL project’s goal is to advance the semantic infrastructure for astronomy by creating an ontology portal, as a centralised repository for vocabularies and ontologies. It will expand the use of International Virtual Observatory Alliance (IVOA) vocabularies across astronomy and neighbouring fields, enhancing data sharing, reuse, and interdisciplinary collaboration. It will set up a centralised Semantic Artefact Catalogue (SAC) for astronomy, as an OntoPortal instance, to offer a rich description of the metadata of the artefacts, along with various advanced ontology-based services, such as browsing, searching, visualising, computing metrics, annotating, recommending, assessing FAIRness, as well as receiving community feedback and change requests. 28/11/24 Alberto Iess<br>
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CODEMETASOFT PI: Daniel Garijo (UPM) and Thomas Villaume (LAPP)
Team Members: Anas El Hounsrti, Oscar Corcho
Institutions: Universidad Politécnica de Madrid (UPM), Laboratoire d'Annecy de Physique des Particules (LAPP), CNRS
ESCAPE WG link: OSSR (WG3)
Keywords: Research Software, Software Citation Principles, Research Software metadata, CodeMeta
Summary: The CODEMETASOFT project aims to develop a comprehensive framework to streamline the management, enrichment, and propagation of RS metadata, based on the CodeMeta standard. It will feature an Autocomplete CodeMeta Wizard adopting CodeMeta as a common metadata interchange format, to simplify the creation of metadata records and automate the management, enrichment and propagation of RS metadata across RS project files. The project will introduce methodologies to compare metadata records, detect RS metadata gaps and improve the quality and completeness of metadata records and README files. The developed tools will be integrated with both the ESCAPE OSSR and EOSC. 28/11/24 Alberto Iess<br>
Team Members: Anas El Hounsrti, Oscar Corcho
Institutions: Universidad Politécnica de Madrid (UPM), Laboratoire d'Annecy de Physique des Particules (LAPP), CNRS
ESCAPE WG link: OSSR (WG3)
Keywords: Research Software, Software Citation Principles, Research Software metadata, CodeMeta
Summary: The CODEMETASOFT project aims to develop a comprehensive framework to streamline the management, enrichment, and propagation of RS metadata, based on the CodeMeta standard. It will feature an Autocomplete CodeMeta Wizard adopting CodeMeta as a common metadata interchange format, to simplify the creation of metadata records and automate the management, enrichment and propagation of RS metadata across RS project files. The project will introduce methodologies to compare metadata records, detect RS metadata gaps and improve the quality and completeness of metadata records and README files. The developed tools will be integrated with both the ESCAPE OSSR and EOSC. 28/11/24 Alberto Iess<br>
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STARLIGHT: Stereoscopic Telescopes Analysis with Real-time Leading-edge Innovation on Gamma-Ray High-Throughput data PI: Sami Caroff (LAPP) Team Members: Pierre Aubert (LAPP), Vincent Pollet (LAPP) Institutions: LAPP CNRS ESCAPE WG link: OSSR (WG3)
Keywords: real time analysis, gamma ray astronomy Summary: This project aims to significantly enhance the existing CTAO Real-Time Analysis framework by transitioning it into a stereoscopic mode, a pivotal upgrade necessary to improve the scientific capabilities of the CTAO. 28/11/24 Alberto Iess<br>
Keywords: real time analysis, gamma ray astronomy Summary: This project aims to significantly enhance the existing CTAO Real-Time Analysis framework by transitioning it into a stereoscopic mode, a pivotal upgrade necessary to improve the scientific capabilities of the CTAO. 28/11/24 Alberto Iess<br>