Browsing by Author "Author::Landmark, Lars"

Now showing items 1-5 of 5

    • Autonomous Sensors and Communications Infrastructure 

      Author::Larsen, Erlend; Author::Mathiassen, Kim; Author::Landmark, Lars; Author::Larsen, Martin Vonheim; Author::Kure, Øivind (2019-06-11)
      The future digital battlefield will employ a vast number of sensors, both manned and unmanned. Identifying solutions for efficient interconnection between decision-makers, sensors, and effectors is very important to ...

    • A Flexible and Dynamic Method for Efficient Group Communication in Mobile Military Networks 

      Author::Landmark, Lars; Author::Hauge, Mariann (2018-11-13)
      Group communication will be one of several important services that should be available in the networks for the tactical edge also in the near future. Group communication is used in situations when information is meant ...

    • Information Centric Networking - muligheter for mobile militære kommunikasjonsnettverk 

      Author::Landmark, Lars; Author::Hauge, Mariann; Author::Larsen, Erlend; Author::Kure, Øivind (2019-08-20)
      Militære operasjoner i framtiden vil trolig stille strengere krav til kommunikasjonsnettverkene. Det vil bli et sterkere behov for samhandling på tvers av ulike typer enheter i tillegg til utveksling og innhenting av data ...

    • Information-Centric Networking for mobile military networks 

      Author::Hauge, Mariann; Author::Landmark, Lars; Author::Kure, Øivind; Author::Johnsen Frank Trethan (2019-06-05)
      Summary Modern warfare requires an information infrastructure that facilitates extensive information sharing. It is challenging to build networks that can support this in an efficient manner, particularly for mobile ...

    • Traffic control in a heterogeneous mobile tactical network with autonomous platforms 

      Author::Landmark, Lars; Author::Larsen, Erlend; Author::Kure, Øivind (2018-08-15)
      Future military operations will involve autonomous platforms and systems. In order for these systems to fully achieve their potential, the autonomous platforms need to collaborate. Each platform might have its own ...