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In this paper, an adaptive network modeling approach and simulations have been used to analyse computationally how soldiers can prevent detection of their electromagnetic signals on the battlefield (e.g., from their cell phones) using tools such as RETRANS and ARCAS. The approach provides a structured framework for understanding and analysing electromagnetic signal management and may be used for predicting various battlefield scenarios. This provides a basis more effective strategies and technologies for electromagnetic signal management, enhancing the safety and effectiveness of soldiers.

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Electromagnetic Signature Management on the Battlefield: Computational Analysis by Adaptive Network Modelling

  • 会议论文

  • 发表日期：

    2025年

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  • Raymon de Jong,
  • Dannah Geerman,
  • Amy Oduber,
  • Bjorn Paterson,
  • Katya Popova,
  • Natalia Zwarts,
  • Debby Bouma,
  • Jan Treur,
  • Peter H. M. P. Roelofsma

摘要

In this paper, an adaptive network modeling approach and simulations have been used to analyse computationally how soldiers can prevent detection of their electromagnetic signals on the battlefield (e.g., from their cell phones) using tools such as RETRANS and ARCAS. The approach provides a structured framework for understanding and analysing electromagnetic signal management and may be used for predicting various battlefield scenarios. This provides a basis more effective strategies and technologies for electromagnetic signal management, enhancing the safety and effectiveness of soldiers.