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학술대회 On the Optimal Beam Selection with Partial Subcarriers on Wideband mmWave Systems
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저자
박주호, 김지형, 이정훈, 이준환
발행일
201807
출처
International Conference on Communications and Electronics (ICCE) 2018, pp.155-158
DOI
https://dx.doi.org/10.1109/CCE.2018.8465759
협약과제
17HF2100, 5G초고주파 기반 고속이동체 환경에서의 채널특성 및 성능평가 국제 공동연구, 이준환
초록
Utilizing wide bandwidth available in the millimeter wave channel is a promising candidate for the 5G and beyond 5G wireless sytems. To overcome severe channel degradation in millimeter wave channel, adopting massive MIMO with directional beamforming is essential, and base station and user should acquire best analog transmit/receive beam pair to establish a reliable link. The best analog transmit/receive beam pairs are found by maximizing a performance metric over the whole bandwidth. For efficient use of wideband in mmWave channel and to save energy at user, bandwith part (BWP) is adopted in NR which the user can be configured to use only a part of whole bandwith. With BWP, a user cannot use whole frequency information for best analog beam selection. In this paper, we have studied the impact of partial use of sub-carriers on the best analog transmit/receive beam selection.
KSP 제안 키워드
5G and beyond, 5G wireless, Frequency information, MmWave channel, Reliable link, Save energy, Sub-carrier, Wide bandwidth, analog beam selection, base station(BS), channel degradation