Published April 10, 2024
| Version 1.0
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D2.1 Technical Architechture Report
Authors/Creators
-
Atherton, Christopher John
(Work package leader)1
-
Turza, Krzysztof
(Project member)2
- Martin, Krzysztof (Project member)2
-
Vohnout, Rudolf
(Project member)3, 4
-
Landrø, Martin
(Project member)5
-
Koumantaros, Koumantaros
(Project member)6
- Liampotis, Nicolas (Project member)6
- Zamani, Themis (Project member)6
-
Mihai, Hannah
(Related person)7
-
Bozorgebrahimi, Kurosh
(Related person)8
- et al. Show all 11 authors
Authors/Creators
-
Atherton, Christopher John
(Work package leader)1
-
Turza, Krzysztof
(Project member)2
- Martin, Krzysztof (Project member)2
-
Vohnout, Rudolf
(Project member)3, 4
-
Landrø, Martin
(Project member)5
-
Koumantaros, Koumantaros
(Project member)6
- Liampotis, Nicolas (Project member)6
- Zamani, Themis (Project member)6
-
Mihai, Hannah
(Related person)7
-
Bozorgebrahimi, Kurosh
(Related person)8
- Asero, Carmela (Editor)9
-
1.
GÉANT
-
2.
Poznan Supercomputing and Networking Center
- 3. CESNET
- 4. University of South Bohemia in České Budějovice
-
5.
Norwegian University of Science and Technology
-
6.
National Infrastructures for Research and Technology - GRNET S.A
- 7. DeiC
-
8.
Sikt – Norwegian Agency for Shared Services in Education and Research
- 9. European Future Innovation System (EFIS) Centre
Description
This document outlines the current technical architecture of the SUBMERSE system. It covers the principles used to develop the architecture, underlying technologies such as Distributed Accoustic Sensors (DAS) and State of Polarisation (SOP) which acquire data from fibre optic cables, and the supporting services to store, process and make available the data.
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D2.1 Technical Architecture report.pdf
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Additional details
Dates
- Available
-
2024-04-10