Adaptable underwater networks: the relation between autonomy and communications
Adaptable underwater networks: the relation between autonomy and communications
This paper discusses requirements for autonomy and communications in maritime environments through two use cases which are sourced from military scenarios: Mine Counter Measures (MCM) and Anti-Submarine Warfare (ASW). To address these requirements, this work proposes a service-oriented architecture that breaks the typical boundaries between the autonomy and the communications stacks. An initial version of the architecture has been implemented and its deployment during a field trial done in January 2019 is reported. The paper discusses the achieved results in terms of system flexibility and ability to address the MCM and ASW requirements.
3290
Hamilton, Alexander
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Holdcroft, Sam
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Fenucci, Davide
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Mitchell, Paul
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Morozs, Nils
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Munafò, Andrea
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Sitbon, Jeremy
ba179589-c9bf-4b5e-af4b-b93ed63ee768
10 October 2020
Hamilton, Alexander
73418485-6e91-4151-9a21-d6219807a2d7
Holdcroft, Sam
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Fenucci, Davide
b92d863f-231d-4f00-876a-f575ce966f3e
Mitchell, Paul
56b40648-9c11-455f-bf63-d06f59e91374
Morozs, Nils
31f84acf-caf9-4750-a67f-040537a0b7a9
Munafò, Andrea
cac7d755-d119-49a3-b99f-ca62778ee9bf
Sitbon, Jeremy
ba179589-c9bf-4b5e-af4b-b93ed63ee768
Hamilton, Alexander, Holdcroft, Sam, Fenucci, Davide, Mitchell, Paul, Morozs, Nils, Munafò, Andrea and Sitbon, Jeremy
(2020)
Adaptable underwater networks: the relation between autonomy and communications.
Remote Sensing, 12 (20), .
(doi:10.3390/rs12203290).
Abstract
This paper discusses requirements for autonomy and communications in maritime environments through two use cases which are sourced from military scenarios: Mine Counter Measures (MCM) and Anti-Submarine Warfare (ASW). To address these requirements, this work proposes a service-oriented architecture that breaks the typical boundaries between the autonomy and the communications stacks. An initial version of the architecture has been implemented and its deployment during a field trial done in January 2019 is reported. The paper discusses the achieved results in terms of system flexibility and ability to address the MCM and ASW requirements.
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remotesensing-12-03290
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Accepted/In Press date: 2 October 2020
Published date: 10 October 2020
Identifiers
Local EPrints ID: 489042
URI: http://eprints.soton.ac.uk/id/eprint/489042
ISSN: 2072-4292
PURE UUID: f99f1594-4d74-4e15-9970-137cbb89bd73
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Date deposited: 11 Apr 2024 16:57
Last modified: 12 Apr 2024 01:49
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Author:
Alexander Hamilton
Author:
Sam Holdcroft
Author:
Davide Fenucci
Author:
Paul Mitchell
Author:
Nils Morozs
Author:
Andrea Munafò
Author:
Jeremy Sitbon
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