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Developing an underwater network of ocean observation systems with digital twin prototypes - a field report from the Baltic Sea

Developing an underwater network of ocean observation systems with digital twin prototypes - a field report from the Baltic Sea
Developing an underwater network of ocean observation systems with digital twin prototypes - a field report from the Baltic Sea

During the research cruise AL547 with RV ALKOR (October 20-31, 2020), a collaborative underwater network of ocean observation systems was deployed in Boknis Eck (SW Baltic Sea, German exclusive economic zone) in the context of the project ARCHES (i.e., Autonomous Robotic Networks to Help Modern Societies). This network was realized via a digital twin prototype approach. During that period, different scenarios were executed to demonstrate the feasibility of digital twins in an extreme environment, such as underwater. One of the scenarios showed the collaboration of stage IV digital twins with their physical counterparts on the seafloor. In this article, we address the research question of whether digital twins represent a feasible approach to operate mobile ad-hoc networks for ocean and coastal observation.

Baltic Sea, Digital Twins, Field Report, Ocean Observation, Prototyping, Robotic Networks
1089-7801
33-42
Barbie, Alexander
c567ce7d-cf04-472a-a203-00070f06f97e
Pech, Niklas
adc93e57-3d0d-462b-a223-275636614cbc
Hasselbring, Wilhelm
ee89c5c9-a900-40b1-82c1-552268cd01bd
Flögel, Sascha
5e2e8c11-4976-4885-8c70-9e0e6322a76f
Wenzhöfer, Frank
ac24b784-8c96-4740-80cf-f8cd903ad4ea
Walter, Michael
7cfd8dd4-9feb-47f6-8c0f-079dfc17c4f8
Shchekinova, Elena
24988595-6ba0-4ba7-803c-09e02e2dd9a6
Busse, Marc
481f259d-2203-4326-bba4-02b620fb8c08
Turk, Matthias
d41b2210-3470-4925-9ac0-9bc46061e753
Hofbauer, Michael
ffdf0bd1-e16c-48c0-ba72-b0ccd8b675f7
Sommer, Stefan
bc68ea8f-c71c-471e-8a90-3a0ce74774a0
et al.
Barbie, Alexander
c567ce7d-cf04-472a-a203-00070f06f97e
Pech, Niklas
adc93e57-3d0d-462b-a223-275636614cbc
Hasselbring, Wilhelm
ee89c5c9-a900-40b1-82c1-552268cd01bd
Flögel, Sascha
5e2e8c11-4976-4885-8c70-9e0e6322a76f
Wenzhöfer, Frank
ac24b784-8c96-4740-80cf-f8cd903ad4ea
Walter, Michael
7cfd8dd4-9feb-47f6-8c0f-079dfc17c4f8
Shchekinova, Elena
24988595-6ba0-4ba7-803c-09e02e2dd9a6
Busse, Marc
481f259d-2203-4326-bba4-02b620fb8c08
Turk, Matthias
d41b2210-3470-4925-9ac0-9bc46061e753
Hofbauer, Michael
ffdf0bd1-e16c-48c0-ba72-b0ccd8b675f7
Sommer, Stefan
bc68ea8f-c71c-471e-8a90-3a0ce74774a0

Barbie, Alexander, Pech, Niklas and Hasselbring, Wilhelm , et al. (2021) Developing an underwater network of ocean observation systems with digital twin prototypes - a field report from the Baltic Sea. IEEE Internet Computing, 26 (3), 33-42. (doi:10.1109/MIC.2021.3065245).

Record type: Article

Abstract

During the research cruise AL547 with RV ALKOR (October 20-31, 2020), a collaborative underwater network of ocean observation systems was deployed in Boknis Eck (SW Baltic Sea, German exclusive economic zone) in the context of the project ARCHES (i.e., Autonomous Robotic Networks to Help Modern Societies). This network was realized via a digital twin prototype approach. During that period, different scenarios were executed to demonstrate the feasibility of digital twins in an extreme environment, such as underwater. One of the scenarios showed the collaboration of stage IV digital twins with their physical counterparts on the seafloor. In this article, we address the research question of whether digital twins represent a feasible approach to operate mobile ad-hoc networks for ocean and coastal observation.

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More information

e-pub ahead of print date: 11 March 2021
Keywords: Baltic Sea, Digital Twins, Field Report, Ocean Observation, Prototyping, Robotic Networks

Identifiers

Local EPrints ID: 488792
URI: http://eprints.soton.ac.uk/id/eprint/488792
ISSN: 1089-7801
PURE UUID: 01517c21-8c41-426a-afe7-39e4f6e5c366
ORCID for Wilhelm Hasselbring: ORCID iD orcid.org/0000-0001-6625-4335

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Date deposited: 05 Apr 2024 16:43
Last modified: 10 Apr 2024 02:15

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Contributors

Author: Alexander Barbie
Author: Niklas Pech
Author: Wilhelm Hasselbring ORCID iD
Author: Sascha Flögel
Author: Frank Wenzhöfer
Author: Michael Walter
Author: Elena Shchekinova
Author: Marc Busse
Author: Matthias Turk
Author: Michael Hofbauer
Author: Stefan Sommer
Corporate Author: et al.

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