2030网络架构展望白皮书
下面是小编为大家整理的2030网络架构展望白皮书,供大家参考。
1.
6G
.......................................................................................................... 3
1.1
............................3
1.2
................................3
1.3
OT
DOICT
............................4
2.
...............................................5
2.1
........................................5
2.2
....................................................................6
3.
2030+
............................................................................7
3.1
................................................................8
3.2
........................................................................9
3.3
..................................................10
3.4
..........................................11
3.5
......................12
3.6
..........................................................14
3.7
..............................................15
3.8
..................................................................17
4.
.........................................................................................18
4.1
6G
....................................................18
4.2
2030+
...................................19
...............................................................................................21
...................................................................................................22
1.
6G
1.1
1948
[1]
5G
2030 6G
6G
6G
,
1.2
IT
2.5G
IT
2G
IT
IP
3G 4G IP
IPv6
IP
IT
IT
5G 5G IT
IT
4G
SBA
IT
HTTP/2
NWDAF(Network Data Analytics Function)
5G
6G
Tbps
Gbps 1000km/h
1.3
OT
DOICT
OT
Operation Technology
OT
CT
6G
DICT
DOICT(Data
Operation Information Communication Technology) 6G
DOICT
6G
6G
1 DOICT
2.
2.1
2019 841
20
4G
5G
——
IP
——
2
2
2.2
21
20 1986
1G
2G
1G
5G
3
2021~2025
[2]
6G
AI
6G
6G
DT OT IT
3.
2030+
2030+
2019 2030+
3.1
5G 6G
5G
6G
6G
[3]
6G
2019
6G
100Gbps-1Tbps
5G
10
0.1
6G 6G
6G
4
3.2
6G 5G
6G
6G
6G
Small Cloud Unit
SCU
5
6G
6G
3.3
6G
6
6G
6G
6G
DOICT
6G
3.4
6G
6G
6G
DTN Digital Twin Network
6G
6G
7
6G
7
6G
DOICT
3.5
SDN
Software Defined Networks
8
8
1)
6G
2)
3)
3.6
ICT
OT
TSN
Time
Sensitive
Networking
DetNet
Deterministic
Networking
DIP
Deterministic
IP
1
TSN
2
DetNet
TSN
TSN
TSN
TSN
3
DIP
1
2
QoS(Quality
of
Service)
QoS
3
(4)
9
6G
6G
6G
6G
6G
IP
3.7
6G
10
6G
10
6G
3.8
6G
6G
11
6G
4.
4.1
6G
6G
12
12
6G
AI
6G
4.2
2030+
1
6G
6G
6G
2
5G
6G
6G
3
6G
4
6G
6G 6G
5
6G
6G
2025
6G
AI Artificial Intelligence
CT Communication Technology
DetNet Deterministic Networking
DIP Deterministic IP
DOICT Data
Operation
Information
Communication Technology
GPRS General packet radio service
IP Internet Protocol
IT Information Technology
OT Operation Technology
QoS Quality of Service
SCU Small Cloud Unit
SDN Software Defined Network
TSN Time Sensitive Networking
[1] .
[M]
, 2015. [2] . [J]
2012(10):4-8 [3] Behnaam A. et al. Key drivers and research challenges for 6G ubiquitous wireless intelligence (white paper), 6G Wireless Summit,2019. [4] ,
,
, .
Ubiquitous-X:
6G
[J].
:
, 2020, v.50(06):139-156. [5] B. Zong, C. Fan, X. Wang, X. Duan, B. Wang, and J. Wang, “6G Technologies: Key
Drivers,
Core
Requirements,
System
Architectures,
and
Enabling Technologies,” IEEE Veh. Technol. Mag., vol. 14, no. 3, pp. 18–27, 2019. [6] E. C. Strinati, S. Barbarossa, J. L. Gonzalez-Jimenez, D. Kténas, N. Cassiau, and C. Dehos, “6G: The Next Frontier,” pp. 1–16, 2019. [7] F.
Tariq
et
al.
A
Speculative
Study
on
6G[J].
IEEE
Wireless
Communications, 2020, 27(4):118-125. [8] W.
Saad,
M.
Bennis,
and
M.
Chen,
“A
Vision
of
6G
Wireless
Systems: Applications, Trends, Technologies, and Open Research Problems,” 2019. [9] Per
Enge.
Satellite
Navigation:
Present
and
Future[J].
URSI
Radio
Science Bulletin, 2012, 2012 (341): 5-9. [10] ,
,
.
[J].
, 2015(03):5-12. [11] CISCO.
The
Internet
of
Things:
How
the
Next
Evolution
of
the
Internet
is Changing Everything. White Paper[R]. 2011. [12] Ahokangas
P,
Yrjola
S,
Matinmikko-Blue
M,
et
al.
Antecedents
of
Future
6G Mobile Ecosystems[C]// 2020 2nd 6G Wireless Summit (6G SUMMIT). 2020. [13] Aazhang B, Ahokangas P, Alves H , et al. Key drivers and research challenges for 6G ubiquitous wireless intelligence (white paper)[M]. 2019. [14] G. Charbit, D. Lin, K. Medles, L. Li and I. Fu, "Space-Terrestrial Radio Network Integration
for
IoT,"
2020
2nd
6G
Wireless
Summit
(6G
SUMMIT),
Levi, Finland, 2020, pp. 1-5, doi: 10.1109/6GSUMMIT49458.2020.9083854.
[15] S.
Wang,
T.
Sun,
H.
Yang,
X.
Duan
and
L.
Lu,
"6G
Network:
Towards
a Distributed
and
Autonomous
System,"
2020
2nd
6G
Wireless
Summit
(6G SUMMIT), Levi, Finland, 2020, pp. 1-5. [16] Grieves
M.
Digital
twin:
Manufacturing
excellence
through
virtual
factory replication. White paper, 2014; Available: http://www. apriso.com. [17] , , , . 6G [J].
, 2020,44(6): 3-9. [18]
6G
2020,26 3
61-70. [19]
B5G/6G
Mobile
Communications, 2020,44(6),90-95. [20] Shafin R, Liu
L, Chandrasekhar V, et al. Artificial intelligence-enabled cellular networks:
A
critical
path
to
beyond-5G
and
6G[J].
IEEE
Trans.
Wireless Commun.,2020,27(2):212-217. [21]
2030+
2019. [22]
5G
5
, 2014. [23] S.
Han,
T.
Xie,
C.-L.
I,
L.
Chai,
Z.
Liu,
Y.
Yuan,
and
C.
Cui,
“Artificial Intelligence
Enabled
Air
Interface
for
6G:
Solutions,
Challenges,
and Standardization
Impacts,”
IEEE
Communications
Magazine,
vol.58,
no.10, pp.73-79, Oct. 2020
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