Understanding of RF Cloud Interference Measurement and Modeling.

IF 1.5 Q3 TELECOMMUNICATIONS International Journal of Wireless Information Networks Pub Date : 2022-01-01 Epub Date: 2021-12-18 DOI:10.1007/s10776-021-00541-8
Kaveh Pahlavan
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引用次数: 3

Abstract

Importance of spectrum regulation and management was first revealed on May of 1985 after the release of unlicensed ISM bands resulting in emergence of Wi-Fi, Bluetooth and many other wireless technologies that has affected our daily lives by enabling the emergence of the smart world and IoT era. Today, the idea of a liberated spectrum is circulating around, which can potentially direct wireless networking industry into another revolution by enabling a new paradigm in intelligent spectrum regulation and management. The RF signal radiated from IoT devices as well as other wireless technologies create an RF cloud causing co- and cross-interference to each other. Lack of a science and technology for understanding, measurement, and modeling of the RF cloud interference in near real-time results in inefficient utilization of the precious spectrum, a unique natural resource shared among all wireless devices of the universe in frequency, time, and space. Near real time forecasting of the RF cloud interference is essential to pursue the path to the optimal utilization of spectrum and a liberated spectrum management. This paper presents a historical perspective on the evolution of spectrum regulation and management, explains the diversified meanings of interference for different sectors of the wireless industry, and presents a path for implementing a theoretical foundation for interference monitoring and forecasting to enable the emergence of a liberated spectrum industry and a new paradigm in spectrum management and regulations.

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了解射频云干扰测量和建模。
1985年5月,未经许可的ISM频段发布,导致Wi-Fi,蓝牙和许多其他无线技术的出现,从而影响了我们的日常生活,使智能世界和物联网时代的出现,从而首次揭示了频谱监管和管理的重要性。如今,解放频谱的想法正在流传,这有可能通过实现智能频谱监管和管理的新范式,将无线网络行业带入另一场革命。从物联网设备以及其他无线技术发射的射频信号会产生射频云,从而相互产生共干扰和交叉干扰。缺乏对射频云干扰的近实时理解、测量和建模的科学和技术,导致宝贵频谱的利用效率低下,频谱是宇宙中所有无线设备在频率、时间和空间上共享的独特自然资源。射频云干扰的近实时预测对于实现频谱的最佳利用和频谱的自由管理至关重要。本文从历史的角度分析了频谱监管的演进,阐述了无线行业不同部门干扰的不同含义,提出了实现干扰监测和预测的理论基础的路径,使频谱行业得到解放,频谱管理和监管的新范式得以出现。
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来源期刊
CiteScore
6.60
自引率
8.00%
发文量
41
期刊介绍: International Journal of Wireless Information Networks is an international forum for the dissemination of knowledge related to wireless information networks for researchers in the telecommunications and computer industries. This outstanding quarterly publishes high-quality, peer-reviewed original papers on applications such as sensor and mobile ad-hoc networks, wireless personal area networks, wireless LANs, mobile data networks, location aware networks and services, and RF localization and RFID techniques. The journal also covers performance-predictions methodologies, radio propagation studies, modulation and coding, multiple access methods, security and privacy considerations, antenna and RF subsystems, VLSI and ASIC design, experimental trials, traffic and frequency management, and network signaling and architecture. Four categories of papers are published: invited openings (review current and future directions), overview reports (address the philosophy and technical details of the standards and field trials), technical papers (present specific technical contributions of archival value), and letters (present new enhancement of previously published works, statements of open problems, comments on published papers, and corrections). International Journal of Wireless Information Networks aims to fill the needs of academic researchers involved in basic research at universities or research laboratories; telecommunications and computer engineers involved in design, planning, operation, and maintenance of state-of-the-art wireless information networks; and the technical community in telecommunications and computers involved in applied research and standards activities. To view cumulative tables of contents, find details on the latest call for papers, or other information, please visit the http://www.cwins.wpi.edu/journal.html International Journal of Wireless Information Networks Web Site.
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