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학술대회 Multi-Band/Tier/Space Dynamic Clustering and Transferable Cell Communication assuming High Frequency-Ultra Bandwidth on Road Environment
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저자
박순기, 김준식
발행일
201910
출처
International Conference on Information and Communication Technology Convergence (ICTC) 2019, pp.870-875
DOI
https://dx.doi.org/10.1109/ICTC46691.2019.8939804
협약과제
19HH2800, [전문연구실] 초고주파 이동통신 무선백홀 전문연구실, 김태중
초록
In the 5G mobile communication standard, the use of millimeter wave named frequency region 2 (FR2: 24.2 thru 52.6 GHz) was approved for enhanced Mobile Broad Band (eMBB) scenario. It is expected that future B5G or 6G mobile communications will use higher frequencies and ultra-wide bandwidth (e.g. E-Band, Terahertz) for hyper-eMBB (h-eMBB) supporting 1 Tbps of data rate per terminal in new future services. The use of high frequency and ultra-wide bandwidth will intuitively help to increase capacity, but various problems such as blocking, deafness and implementation arise. This paper proposes a new network architecture based on multi-band/multi-tier/multi-space dynamic clustering and transferable cell configuration in the case of using high frequency and ultra-wide bandwidth in road environment (especially highway scenario).
키워드
6G, architecture, Beyond 5G, communication, E-band, M-BTS, mobile, multi-bands, multi-space, multi-tier, network, Terahertz
KSP 제안 키워드
2.6 GHz, 5G mobile communication, Broad band, Cell communication, Cell configuration, Communication Standards, Dynamic Clustering, High Frequency(HF), Multi-tier, Network Architecture, data rate