电磁环境态势感知

Yvon Livran, Ir. Vincent Le Nir, S. Couturier, M. Suchanski, P. Kaniewski, J. Romanik, Alexander Hamilton, P. Howland, M. Tracy
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引用次数: 3

摘要

军用无线电、电子战和射频传感器系统在拥挤和有争议的电磁环境中运行。北约科学技术组织成立了069研究任务小组,以负责电磁环境态势感知的IST-146项目。该项目旨在根据电磁频谱战略评估北约的作战效益,并评估无线电环境图(REM)技术。本文描述了该研究所考虑的军事情景。其作战分析确立了电磁频谱指挥与控制与其他C2过程集成的重要性。完成了对数据源、模型和表示的描述。突出显示了关键用户的好处。然后对北约内部电磁作战和频谱管理的可能演变提出了建议。本文进一步描述了基于物联网(IoT)的参考架构。它建立了如何通过项目场景验证REM元素之间的关系。给出了基于测量的REMs的构建和发射机定位的测试和仿真。本文最后描述了所提出的演示,该演示可以通过可视化来理解干扰情况,并通过动态重新分配频率来消除冲突。
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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.
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