2020IEEE Communications MagazineRequires access

Airborne Beyond Line-of-Sight Communication Networks

Michael A. Rupar, Erlend Larsen, H. Sağlam, Julian A. Savin, Berk Gurdil, Thorsten A. Lampe, Nadine Bruck, Sami Peltotalo, Ruben Bascunana Blasco

Open publisher page 11 citations

Abstract

As information technology advances, the need for distributed communications on the battlefield continues to grow. Moreover, NATO activities are multi-nation engagements, and necessitate communications between member countries and from the theater of operations back to command centers. The NATO IST-172 research task group is investigating non-satellite and non-high-frequency methodologies for beyond line-of-sight communications, creating links between disparate battlefield nodes. The study, which has yet to have conclusions and recommendations, is examining existing and emerging capabilities within the NATO member nations, and considering their applicability to six representative communications scenarios. Link budgets, ease of interoperability between member nations, frequency coordination considerations and existing radio hardware are all to be included in the analysis.

About this research paper

What this paper is about

As information technology advances, the need for distributed communications on the battlefield continues to grow. Moreover, NATO activities are multi-nation engagements, and necessitate communications between member countries and from the theater of operations back to command centers. The NATO IST-172 research task group is investigating non-satellite and non-high-frequency methodologies for beyond line-of-sight communications, creating links between disparate battlefield nodes. The study, which has yet to have conclusions and recommendations, is examining existing and emerging capabilities within the NATO member nations, and considering their applicability to six representative communications scenarios. Link budgets, ease of interoperability between member nations, frequency coordination considerations and existing radio hardware are all to be included in the analysis.

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OpenAlex reports 11 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

As information technology advances, the need for distributed communications on the battlefield continues to grow. Moreover, NATO activities are multi-nation engagements, and necessitate communications between member countries and from the theater of operations back to command centers. The NATO IST-172 research task group is investigating non-satellite and non-high-frequency methodologies for beyond line-of-sight communications, creating links between disparate battlefield nodes. The study, which has yet to have conclusions and recommendations, is examining existing and emerging capabilities within the NATO member nations, and considering their applicability to six representative communications scenarios. Link budgets, ease of interoperability between member nations, frequency coordination considerations and existing radio hardware are all to be included in the analysis.

Key concepts: Interoperability, Computer science, Telecommunications, Battlefield, Communications satellite, Sight, Task (project management), Computer security

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