Massive Multiple Input Massive Multiple Output for 5G Wireless Backhauling

Phan-Huy, D. -T.; Ratajczak, P.; D'Errico, R.; Järveläinen, J.; Kong, D.; Haneda, K.; Bulut, B.; Karttunen, A.; Beach, M.; Mellios, E.; Castaneda, M.; Hunukumbure, M.; Svensson, T.

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Massive Multiple Input Massive Multiple Output for 5G Wireless Backhauling

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Title:	Massive Multiple Input Massive Multiple Output for 5G Wireless Backhauling
Author(s):	Phan-Huy, D. -T. ; Ratajczak, P. ; D'Errico, R. ; Järveläinen, J. ; Kong, D. ; Haneda, K. ; Bulut, B. ; Karttunen, A. ; Beach, M. ; Mellios, E. ; Castaneda, M. ; Hunukumbure, M. ; Svensson, T.
Date:	2017
Language:	en
Pages:	6
Department:	Orange S.A. CEA Department of Electronics and Nanoengineering University of Bristol Huawei Technologies Samsung Chalmers University of Technology
ISBN:	978-1-5386-3920-7
Series:	2017 IEEE GLOBECOM WORKSHOPS (GC WKSHPS), IEEE Globecom Workshops
ISSN:	2166-0069
DOI-number:	10.1109/GLOCOMW.2017.8269171
Keywords:	5G, high carrier frequency, millimeter wave, Massive MIMO, short range, Line-Of-Sight MIMO
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Citation: Phan-Huy , D -T , Ratajczak , P , D'Errico , R , Järveläinen , J , Kong , D , Haneda , K , Bulut , B , Karttunen , A , Beach , M , Mellios , E , Castaneda , M , Hunukumbure , M & Svensson , T 2017 , Massive Multiple Input Massive Multiple Output for 5G Wireless Backhauling . in 2017 IEEE GLOBECOM WORKSHOPS (GC WKSHPS) . IEEE Globecom Workshops , IEEE , IEEE Global Communications Conference , Singapore , Singapore , 04/12/2017 . https://doi.org/10.1109/GLOCOMW.2017.8269171
Abstract: In this paper, we propose a new technique for the future fifth generation (5G) cellular network wireless backhauling. We show that hundreds of data streams can be spatially multiplexed through a short range and line of sight "massive multiple input massive multiple output" (MMIMMO) propagation channel thanks to a new low complexity spatial multiplexing scheme, called "block discrete Fourier transform based spatial multiplexing with maximum ratio transmission" (B-DFT-SM-MRT). Its performance in real and existing environments is assessed using ray-tracing tools and advanced antenna models. 1.6 kbits/s/Hz of spectral efficiency is attained, corresponding to 80% of Singular Value Decomposition performance, with a transmitter and a receiver that are 200 and 10,000 times less complex, respectively.

Permanent link to this item: http://urn.fi/URN:NBN:fi:aalto-201812106018 Email this Export to RefWorks QR Code Print BibTex Tweet