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학술지 Advanced NOMA-Based RRM Schemes for Broadcasting in 5G mmWave Frequency Bands
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저자
Eneko Iradier, Aritz Abuin, Rufino Cabrera, Inigo Bilbao, Jon Montalban, Pablo Angueira, 권선형, 허남호, 박성익
발행일
202203
출처
IEEE Transactions on Broadcasting, v.68 no.1, pp.143-155
ISSN
0018-9316
출판사
IEEE
DOI
https://dx.doi.org/10.1109/TBC.2021.3128049
협약과제
21HH7400, 초고품질 UHD (UHQ) 전송 기술 개발, 허남호
초록
A relevant solution for the high demand for new multimedia applications and services is millimeter wave (mmWave) frequency band in 5G. However, in order to face the technological challenges of the present and those that will appear in the short-term future, it is necessary to improve the spectral efficiency of 5G systems. In particular, the Radio Resource Management (RRM) module is considered an essential component. Nevertheless, resource allocation techniques that combine orthogonal multiplexing (OMA) schemes, such as Time Division Multiple Access (TDMA), with Non-Orthogonal Multiple Access (NOMA) techniques have not been studied in-depth. Therefore, this article designs and evaluates different RRM models that combine TDMA with NOMA for innovative applications in the 5G mmWave frequency bands. To this end, the advantages and challenges associated with mmWave frequency bands and potential future applications are introduced. An innovative use case has been designed to test the RRM models. The use case is based on the on-demand distribution of multimedia content in high-density environments, such as museum halls. The on-demand content aims at offering Augmented Reality (AR) services to unicast users in order to provide personalized services. The models have been evaluated in terms of throughput, capacity, and availability. According to the results, the combined RRM techniques offer up to 50% more capacity than the single multiplexing technology models and can provide video-on-demand service to practically the entire cell.
KSP 제안 키워드
5G system, Augmented reality(AR), Future applications, High-density, Innovative applications, Multimedia contents, Multiplexing technology, Non-orthogonal multiple access(NOMA), Personalized service, Spectral efficiency(SE), Technology models