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2030技术趋势白皮书.pdf

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1、2030+技术趋势白皮书中国移动通信有限公司研究院2020年11月?1?.3 2?.4 2.1?.4 2.2?.5 2.3 DOICT?.7 2.4?.7 2.5?-?-?.8 3?.9 3.1?MIMO.10 3.2?.11 3.3?.12 3.4?.14 3.5 AI?.16 3.6?.17 3.7?QoS?.18 4?.19 4.1?.19 4.2?.20 4.3?.23 4.4?.24 4.5?.25 4.6?.27 5?.29?.29 1?2030+?6G?5G?1?6G?1000km/h?6G?6G?1?1.6G?2?2.1?6GHz?26GHz?39GHz?5G?THz?4307

2、90THz?380?750nm?2?400THz?0.110THz?30?3000?m?3?10THz?10GHz?10710810910101011101210131014101510161017101810191020mmW?X?Hz?2.?6G?6GHz?THz?6GHz?2.2?3.?6G?4?2.3?6G?AI?6G?DOICT?6G?ICT?DICT?DOICT?DOICT?2.4?6G?6G?2.5?-?-?-?-?5?6G?4.?-?-?-?-?XR?3?Tbps?Gbps?5G?3.1?MIMO?MIMO?4G/5G?MIMO?5?6G?6?5.?MIMO?MIMO?MIMO

3、?E?B?D?C?MIMO?7-9?MIMO?3.2?Reconfigurable Intelligent Surface?RIS?/?6?RIS?RIS?RIS?10?RIS?11?RIS?RF?12?6.RIS?RIS?RIS?RIS?3.3?ISI?Inter-Symbol Interference?ISI?ISI?7?P/Sbb1(i)b2(i)bK(i).?1?2?K?g(t)?g(t)?g(t).h(t)n(t)?g(t).?s1(i)s2(i)sK(i)y(t)b?7.?14?8?4?8.?1516?9?MISO?10dB?40%?9.?Viterbi?OFDM/MIMO?3.4

4、?4G?5G?OFDM?10.?OFDM?-?-?10?OFDM?11.?OFDM?11?500km/h?OFDM?CDL?60kHz?1/3?128?6?OFDM?OFDM?1718?3.5 AI?5G?AI?19?AI?/?AI?CSI?20-22?CSI?CSI?20?21?22?AI?AI?3.6?6G?AI?/AI?12.?AI?3.7?QoS?6G?XR?6G?QoS?QoS?-?QoS?QoS?1.?QoS?AI/?QoS?2.?QoS?QoS?QoS?3.AS?QoS?QoS?QoS?6G?QoS?QoS?4?4.1?2G?3G?4G?5G?6G?6G?6G?AI?6G?13.

5、?-?-?6G?4.2?DOICT?1.?2.?3.?14.?1)?UE?2)?AI?DOICT?15.?20?,?API?Serverless?Serverless?FaaS?BaaS?4.3?6G?23?&?16.?4.4?17.?6G?4.5?IEEE?IEEE 802.1?2007?AVB?HDMI?IEEE 802.1AVB?2012?IEEE 802.1AVB?TSN?TSN?AVB?2015?IETF?(DetNet)?IP?10?1?2?6G?6G?1?6G?2?IEEE TSN?TSN?CNC?3?5G?IP?6G?4.6?6G?P4?POF?FIB?OpenFlow?RIB

6、?BGP?PCEP?OS?CLI?NETCONF/YANG?OVSDB?GBP?NEMO?1)?API?QoS?2)?NewIP?SRv6?QUIC?5G+?6G?3)?4)?5?5G?5G?6G?6G?6G?1.G.Y.Liu,Y.H.Huang,N.Li et al.,“Vision,Requirements and Network Architecture of 6G Mobile Network Beyond 2030”,China Communications,vol.17,no.9,pp.92-104,2020.2.P.Pathak,X.Feng,P.Hu,et al.,“Visi

7、ble light communication,networking,and sensing:a survey,potential and challenges,”IEEE Communications Surveys&Tutorials,2015,17(4):2047-2077.3.H.Song and T.Nagatsuma,“Present and Future of Terahertz Communications,”IEEE Transactions on Terahertz Science and Technology,vol.1,no.1,pp.256-263,Sept.2011

8、.4.?3GPP?6G?,2020.5.W.Saad,M.Bennis and M.Chen,“A vision of 6G wireless systems:applications,trends,technologies,and open research problems,”in IEEE Network,vol.34,no.3,pp.134-142,May/June 2020.6.J.Zhang,S.Chen,Y.Lin,et al.,“Cell-Free Massive MIMO:A New Next-Generation Paradigm,”in IEEE Access,vol.7

9、,pp.99878-99888,2019.7.D.Wang,J.Wang,X.You,et al.,Spectral Efficiency of Distributed MIMO Systems,in IEEE Journal on Selected Areas in Communications,vol.31,no.10,pp.2112-2127,October 2013.8.X.Su,Y.Yuan and Q.Wang,Performance Analysis of Rate Splitting in K-User Interference Channel Under Imperfect

10、CSIT:Average Sum Rate,Outage Probability and SER,in IEEE Access,vol.8,pp.136930-136946,2020.9.N.Li,J.Jin,L.Xia,et al.,“Robust Low Complexity Beamforming for Cell-Free Massive MIMO”,to appear in Proc.IEEE VTC2020-Fall,2020.10.W.Tang et al.,“Wireless Communications with Programmable Metasurface:New Pa

11、radigms,Opportunities,and Challenges on Transceiver Design,”in IEEE Wireless Communications,vol.27,no.2,pp.180-187,April 2020.11.Q.Wu,S.Zhang,B.Zheng,et al.,“Intelligent Reflecting Surface Aided Wireless Communications:A Tutorial,”arXiv:2007.02759v1,July 2020.12.C.Liaskos,S.Nie,A.Tsioliaridou,et al.

12、,“A New Wireless Communication Paradigm through Software-Controlled Metasurfaces,”in IEEE Communications Magazine,vol.56,no.9,pp.162-169,Sept.2018.13.J.E.Mazo,“Faster-than-Nyquist signaling,”Bell Syst.Tech.J.,vol.54,no.8,pp.14511462,1975.14.S.Zhao,Q.Wang,J.Jin and G.Liu,“Performance Analysis of Over

13、lapped Time Division Multiplexing Systems Under Correlated Noise,”to appear in Proc.IEEE GLOBECOM Workshop,2020.15.Q.Wang,Y.Chang and D.Yang,“Deliberately Designed Asynchronous Transmission Scheme for MIMO Systems,”Signal Processing Letters,vol.14,no.12,pp.920-923,Dec.2007.16.D.K.C.So and Y.Lan,“Vir

14、tual Receive Antenna for Overloaded MIMO Layered Space-Time System,”in IEEE Transactions on Communications,vol.60,no.6,pp.1610-1620,June 2012.17.R.Hadani et al.,“Orthogonal Time Frequency Space Modulation,”in Proc.IEEE Wireless Communications and Networking Conference(WCNC),San Francisco,CA,pp.1-6.2

15、017.18.K.R.Murali and A.Chockalingam,“On OTFS Modulation for High-Doppler Fading Channels,”in Proc.Information Theory and Applications Workshop(ITA),San Diego,CA,pp.1-10,2018.19.S.Han,T.Xie,C.-L.I,et al.,“Artificial-intelligence-enabled air interface for 6g:solutions,challenges,and standardization i

16、mpacts,”to appear in IEEE Commun.Mag.,Oct.2020.20.C.Wen,W.Shih,and S.Jin,“Deep learning for massive MIMO CSI feedback,”IEEE Wireless Commun.Lett.,vol.7,no.5,pp.748751,Oct.2018.21.H.Ye,G.Y.Li,and B.Juang,“Power of deep learning for channel estimation and signal detection in OFDM systems,”IEEE Wireles

17、s Commun.Lett.,vol.7,no.1,pp.114117,Feb.2018.22.T.OShea and J.Hoydis,“An introduction to deep learning for the physical layer,”IEEE Trans.Cog.Commun.Netw.,vol.3,no.4,pp.563575,2017.23.Y.Zhang,G.Li,C.Xiong,et al.,“MoWIE:Toward Systematic,Adaptive Network Information Exposure as an Enabling Technique for Cloud-Based Applications over 5G and Beyond,”SIGCOMM 20:Annual conference of the ACM Special Interest Group on Data Communication on the applications,technologies,architectures,and protocols for computer communication.ACM,2020.

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