Electromagnetic Spectrum Contribution in Astronomy, Health, Atmospheric, Geology and Environment Applications
Electromagnetic Spectrum Contribution in Astronomy, Health, Atmospheric, Geology and Environment Applications
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DOI：
10.1007/s10776-022-00558-7
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发表时间：
2022-08
影响因子：
2.5
通讯作者：
S. Zekavat;F. Afghah;R. Askari;J. Delabrouille;Nancy H F French;J. C. Furtado;S. Hanany;V. Lubecke-V.-Lu
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文献类型：
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作者：
S. Zekavat;F. Afghah;R. Askari;J. Delabrouille;Nancy H F French;J. C. Furtado;S. Hanany;V. Lubecke-V.-Lu
频谱技术正在塑造我们的世界连接，通信和功能的方式。无线电节点通过几乎无处不在的其他节点、接入点、卫星和基站的无线网络连接，以支持不断扩展的应用全景，涵盖通信、自主导航和运输、基于雷达的地球科学、土壤科学、可再生能源、空间监视、环境和医疗保健、智能建筑和电网、精准农业、消费和工业物联网（IoT）、以及新兴智能世界的其他元素。本文概述了当前和未来各种应用对无线电频谱的影响。要解决的具体应用包括天文学、健康、大气、地球科学和野火监测。这些应用沿着许多其他新兴应用突出了实现智能无线电和动态频谱接入技术的迫切需要，从而实现有效的频谱管理。
Spectrum technologies are shaping the way our world connects, communicates, and functions. Radio nodes connect through a nearly ubiquitous wireless mesh of other nodes, access points, satellites, and base stations to support an ever-expanding panorama of applications, spanning communication, autonomous navigation and transportation, radar-based geo-sciences, soil-sciences, renewable energy, space surveillance, environment and healthcare, smart buildings and grids, precision agriculture, consumer and industrial Internet-of-Things (IoT), and other elements of the emerging smart world. This paper offers an overview on the impact of the current and future diverse applications on the radio spectrum. Specific applications to be addressed include astronomy, health, atmospheric, geosciences, and wildfire monitoring. These applications along with many other emerging applications highlight the critical need of implementation of Intelligent Radios and dynamic spectrum access techniques that enable efficient spectrum management.