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Electromagnetic Environment Situational Awareness

Electromagnetic Environment Situational Awareness
Electromagnetic Environment Situational Awareness
Military radio, EW and RF sensor systems operate in a congested and contested electromagnetic environment. The NATO Science and Technology Organization established the Research Task Group 069 in order to take charge of the IST-146 project on Electromagnetic Environment Situational Awareness. The project was aimed at evaluating the operational benefits for NATO in line with the Electromagnetic Spectrum Strategy and at evaluating the Radio Environmental Map (REM) technology. The paper describes the military scenario considered for the study. Its operational analysis establishes the importance of Electromagnetic Spectrum Command and Control integrated with other C2 processes. The description of the data sources, models, and representation is done. Key user benefits are highlighted. Then proposals for possible evolution of electromagnetic operations and spectrum management within NATO are made. The paper further describes the proposed reference architecture based on the Internet of Things (IoT). It establishes how the relationships between the REM elements have been validated through the project scenario. Tests and simulations, carried out for the construction of measurement-based REMs and transmitter localization, are presented. The paper finally describes the proposed demonstration, which enables understanding through visualization of an interference situation and de-confliction by dynamically re-assigning frequencies.
IEEE
Livran, Yvon
71efea4b-0426-4f38-8351-3b3f47a5e3f0
Le nir, Ir. vincent
33701f1a-b1a8-4b3b-8acd-e184e4f663e9
Couturier, Stefan
ddcd9e9c-44ac-49d1-8918-c89e0621b8cd
Suchanski, Marek
5fd6e841-4d86-4fac-8b3e-f02c660f8bfd
Kaniewski, Pawel
2a21ceb3-9945-49a6-b925-656132769a21
Romanik, Janusz
5b3d3717-0c16-43ee-a507-a82a5d6c7bab
Hamilton, Alexander
73418485-6e91-4151-9a21-d6219807a2d7
Howland, Paul
e2c89a71-5e8d-4201-b727-498629865556
Tracy, Mark d.
be7ffb4c-bf07-497a-bd03-3e31eefe39a3
et al.
Livran, Yvon
71efea4b-0426-4f38-8351-3b3f47a5e3f0
Le nir, Ir. vincent
33701f1a-b1a8-4b3b-8acd-e184e4f663e9
Couturier, Stefan
ddcd9e9c-44ac-49d1-8918-c89e0621b8cd
Suchanski, Marek
5fd6e841-4d86-4fac-8b3e-f02c660f8bfd
Kaniewski, Pawel
2a21ceb3-9945-49a6-b925-656132769a21
Romanik, Janusz
5b3d3717-0c16-43ee-a507-a82a5d6c7bab
Hamilton, Alexander
73418485-6e91-4151-9a21-d6219807a2d7
Howland, Paul
e2c89a71-5e8d-4201-b727-498629865556
Tracy, Mark d.
be7ffb4c-bf07-497a-bd03-3e31eefe39a3

Livran, Yvon, Le nir, Ir. vincent and Couturier, Stefan , et al. (2021) Electromagnetic Environment Situational Awareness. In 2021 International Conference on Military Communication and Information Systems (ICMCIS). IEEE. 8 pp . (doi:10.1109/ICMCIS52405.2021.9486420).

Record type: Conference or Workshop Item (Paper)

Abstract

Military radio, EW and RF sensor systems operate in a congested and contested electromagnetic environment. The NATO Science and Technology Organization established the Research Task Group 069 in order to take charge of the IST-146 project on Electromagnetic Environment Situational Awareness. The project was aimed at evaluating the operational benefits for NATO in line with the Electromagnetic Spectrum Strategy and at evaluating the Radio Environmental Map (REM) technology. The paper describes the military scenario considered for the study. Its operational analysis establishes the importance of Electromagnetic Spectrum Command and Control integrated with other C2 processes. The description of the data sources, models, and representation is done. Key user benefits are highlighted. Then proposals for possible evolution of electromagnetic operations and spectrum management within NATO are made. The paper further describes the proposed reference architecture based on the Internet of Things (IoT). It establishes how the relationships between the REM elements have been validated through the project scenario. Tests and simulations, carried out for the construction of measurement-based REMs and transmitter localization, are presented. The paper finally describes the proposed demonstration, which enables understanding through visualization of an interference situation and de-confliction by dynamically re-assigning frequencies.

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More information

e-pub ahead of print date: 20 July 2021
Venue - Dates: 2021 International Conference on Military Communication and Information Systems (ICMCIS), The Hague, Netherlands, 2021-05-04 - 2021-05-05

Identifiers

Local EPrints ID: 489113
URI: http://eprints.soton.ac.uk/id/eprint/489113
PURE UUID: bee565b7-ac90-45f9-8a58-3094218875df
ORCID for Alexander Hamilton: ORCID iD orcid.org/0000-0003-0604-6563

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Date deposited: 15 Apr 2024 16:36
Last modified: 16 Apr 2024 01:48

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Contributors

Author: Yvon Livran
Author: Ir. vincent Le nir
Author: Stefan Couturier
Author: Marek Suchanski
Author: Pawel Kaniewski
Author: Janusz Romanik
Author: Alexander Hamilton ORCID iD
Author: Paul Howland
Author: Mark d. Tracy
Corporate Author: et al.

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