- Indico style
- Indico style - inline minutes
- Indico style - numbered
- Indico style - numbered + minutes
- Indico Weeks View
Update on the progress of all of the WP4 tasks.
Prepare the ESCAPE input to the May 2021 IVOA Interoperability meeting.
Strengthen the cross-WP activities with WP3, WP5 and WP2.
Planning for the WP4 activities in the 2nd part of the ESCAPE project.
Work together on practicial implementations!
Due to the on-going covid-19 pandemic, this Technology Forum will be held as an on-line event.
The schedule is include below. The presentation sessions are organised in the mornings and hack-a-thon interactions in the afternoons, with the final conlcuding session on Thursday afternoon.
Registration is now closed...
Contributed presentations can be proposed in the registration form, and we also encourage you to propose hack-a-thon topics. Note that you can return to your registration form to add/modify the contributions, and hack-a-thon topics can of course be decided on-the-spot in the meeting according to the needs.
Top level info for WP4 is maintained on the Wiki pages: https://wiki.escape2020.de/index.php/WP4_-_CEVO
ESCAPE project: https://projectescape.eu
Follow-up of the 2020 workshop on Provenance requirements
ESO Web and Programmatic interfaces, using: - ADQL - Aladin Lite - DataLink - HiPS - ObsCore - SAMP - SODA - SSA - STC-S (point, circle, polygon, multi-polygon) - TAP (DALI, VOSI, UWS, UCD, UTYPE, ...) - TOPCAT - VOTable - pyvo
In this contribution the requirements and current status of the integration efforts of high-energy neutrino data in the VO, and more widely, ESCAPE environment, is introduced from the perspective of KM3NeT. A special focus will be given to the requirement of providing probability estimates alongside the data to interpret these low-statistic data samples. If fitting, we can also provide an update on the KM3NeT provenance developments.
We explain what has been achieved this year at the ROB within WP4, Task 2.2 on 'implementing FAIR principles through VO'. Mapping of UCD to solar physics catalogs and FITS keywords is underway, and some extensions of UCD to solar physics are being discussed. We also investigated the interoperability between a solar image browser, JHelioviewer, and the TAP service at ESAC through the use of SAMP protocol. Finally, we began to install a TAP server using the DaCHS software. The goal is to serve FITS files as well as event catalogs.
The presentation will focus on the most relevant aspects of the First science with interoperable data school held on-line on 2021 Feb 8-12, 19
We describe the use of Multi Order Coverage (MOC) maps as a practical way to manage complex regions of the sky for the planning of multi-messenger observations. Using the example of the low-latency gravitational-wave alerts, and a simulated observational campaign with three observatories, we show that the use of MOC maps allows a high level of interoperability to support observing schedule plans.
At JIVE we are working on making data from the European VLBI Network (EVN) archive available through VO protocols. For this purpose we have built a TAP service that serves ObsCore records. To create these records we wrote some special-purpose software in Python that extracts the necessary meta-data from FITS-IDI files. In this presentation I will discuss some of the choices made when writing this software as well as some further improvements we still intend to make before the service goes "live".
We have developed of prototype to deploy DaCHS instances, using docker and openstack, with git version control for server configuration, as well as for services configurations. The prototype was developed with support from EOSC-Hub, and has been tested and CC-IN2P3 and CESNET cloud-compute resources. We also explored the storage of dat and metadata in EUDAT. The framework can also be used locally, e.g., for continuous integration and testing during the service development stage.
I'll present an overview on different possible usages of the data models in the VO
Improve VO service validation statistics: I'd like to get together with willing participants (especially VO service operators/owners) to understand validation failures and maybe improve service compliance or validator behaviour. TAP especially, but also SCS, SIA, SSA - see e.g. https://wiki.ivoa.net/internal/IVOA/InterOpNov2020Ops/20201118-Euro-VOResourcesValidationStatus.pdf
In WP5 we have been implementing the ESAP Gateway, a REST API and a GUI on top of that. So far, it has mostly been geared towards 'data discovery', where institutes were able to configure and query their 'service providers' in a common and generic way. Ideally, this pattern of configuration and API's can be used for integration of other types of services into the ESAP framework also, by the other WP teams.
How we can use the OSSR metadata to register and deploy IVOA software.
How we could use the OSSR metadata to plan task execution in ESCAPE and the IVOA.
Mining the EVN Archive using JupyterLab and the VO At JIVE we are building a JupyterHub based portal to the archive of the European VLBI Network (EVN). The portal will allow users to process any dataset from the EVN archive on hardware at JIVE. As part of this effort we have created a JupyterLab plugin which allows users to query the EVN archive through our recently created TAP service. The plugin can also import the discovered datasets into the user's JupyterLab environment. In this talk I will discuss the implementation of this plugin and the various issues encountered when interacting with the VO through a JupyterLab plugin. I will also briefly discuss our efforts to get the EVN Archive, which contains visibility data rather than images, into the VO.