Toward Practical Federal Spectrum Sharing for Advanced Wireless Technologies
NJ Kaminski, RW Smith, JM Beck… - 2024 IEEE International …, 2024 - ieeexplore.ieee.org
NJ Kaminski, RW Smith, JM Beck, A Bhuyan
2024 IEEE International Symposium on Dynamic Spectrum Access …, 2024•ieeexplore.ieee.orgWireless communications have become critical to modern society as the foundation of vital
services, business interactions, and social connections. As technology develops and new
scenarios emerge, wireless communications become increasingly entrenched as a
foundation for modern life. The materialization of 5 G has been especially impactful as an
enabler for a wide range of new scenarios and increased dependence. With increasing
demand for wireless communications comes increasing demand for the radio frequency …
services, business interactions, and social connections. As technology develops and new
scenarios emerge, wireless communications become increasingly entrenched as a
foundation for modern life. The materialization of 5 G has been especially impactful as an
enabler for a wide range of new scenarios and increased dependence. With increasing
demand for wireless communications comes increasing demand for the radio frequency …
Wireless communications have become critical to modern society as the foundation of vital services, business interactions, and social connections. As technology develops and new scenarios emerge, wireless communications become increasingly entrenched as a foundation for modern life. The materialization of 5 G has been especially impactful as an enabler for a wide range of new scenarios and increased dependence. With increasing demand for wireless communications comes increasing demand for the radio frequency (RF) spectrum necessary to support these communications. This spectrum demand, largely driven by desire to realize ubiquitous 5G networks, both public and private, is currently driving a reconsideration of spectrum assignments and forcing legacy users of spectrum to update their use of spectrum. As one of the largest legacy users of spectrum, the U.S. Government (USG) is particularly impacted by the increasing demand for spectrum for non USG use. Unfortunately, there is no clear pathway for U.S. federal agencies to modernize their spectrum use and instead these agencies are forced to simply react to spectrum repurposing driven by overwhelming demand. Here we present preliminary work toward a roadmap for federal agencies to modernize their spectrum use through practical analysis and leveraging emerging spectrum sharing (SS) technologies. This effort utilizes the example of DOE spectrum use in the context of National Telecommunications and Information Administration (NTIA) and Federal Communications Commission (FCC) repurposing to examine the factors that must be considered to facilitate spectrum sharing by federal agencies. Furthermore, this work provides an initial survey of the SS models and SS technologies of highest relevance to federal use. We particularly examine the emerging capabilities of 5 G itself to enable SS and unlicensed access through transformative capabilities such as new radio unlicensed (NR-U). This work is a step toward translating the large body of academic discussion on SS into a practical roadmap for federal agencies.
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