5g: state of standardization and normalization tsb_bilel jamoussi.pdf · itu-t studies for 5g area...
TRANSCRIPT
Dr. Bilel Jamoussi
Chief SGD/TSB/ITU
March 2018
5G: state of standardization
and normalization
Fixed-Mobile Hybrid Networks
5G Year 2020
Fixed Networks
Mobile Networks
M.2083-03
User experienceddata rate(Mbit/s)
100
Spectrumefficiency
IMT-2020
3´
500
1106
10
20
100´Mobility(km/h)
Latency(ms)
Connection density
(devices/km )2
Networkenergy efficiency
Area trafficcapacity
(Mbit/s/m )2
Peak data rate(Gbit/s)
10
1´
400350
10105
10´1´
10.1
1
IMT-advanced
5G Service & Technical Features
Staff Assembly Room K, 20.02.2018 5G is much more than a new radio interface
ITU-R WP 5D timeline for IMT-2020
Detailed specifications for the terrestrial radio interfaces
2014 2015 2016 2017 2018 2019 2020
Recommendation: Vision of
IMT beyond 2020 (M.2083)
Report: IMT feasibility above
6 GHz (M.2376)
Circular Letters &
Addendum
Technical
performance
requirements
(M.2410)
Modifications of
Resolutions 56/57
Evaluation criteria &
method (M.2412)
Work
shop
Proposals IMT-2020
Evaluation
Consensus building
Outcome &
decision
IMT-2020
specifications
Requirements,
evaluation criteria, &
submission templates
(M.2411)
Report:
Technology trends
(M.2320)
Background & process
WRC-15 WRC-19
5D
#32
5D
#18
5D
#19
5D
#20
5D
#21
5D
#22
5D
#23
5D
#24
5D
#25
5D
#26
5D
#27
5D
#28
5D
#29
5D
#30
5D
#31
5D
#33
5D
#34
5D
#35
5D
#36
5D
#31bis
Development plan
Market/services
view
Technology/
research kick off
Vision - IMT for
2020
Name
< 6 GHz Spectrum
view
Process
optimization
Spectrum/band
arrangements
Decision & radio
framework
Detailed IMT-2020
radio
specifications
Future
enhancement/
update plan &
process
Spectrum/band
arrangements
(post WRC-15)
Technical
performance
requirements
Evaluation criteria
Invitation for
proposals
Sharing study
parameters (IMT-
WRC-19)
Sharing studies
(WRC-19)
2012-2015 2016-2017 2018-2019 2019-2020
Setting the stage for the future:
vision, spectrum, and
technology views
Defining the
technology
Proposals
Evaluation
Consensus
building
CPM Report (IMT-
WRC-19)
Sharing study
reports (WRC-19)
IMT-2020 standardization process
IMT-2020 early trials of candidate technologies
There will now be a number of early technical trials, market trials and deployments of 5G technologies based on the foreseen developments for IMT-2020.
These technologies may not provide the full set of capabilities envisaged for IMT-2020, but the results of these early activities will flow forward into and assist the development of the final complete detailed specifications for IMT-2020.
The scope of IMT-2020 is much broader than previous generations of mobile broadband communication systems
ITU-R Working Party 5D is well on schedule to produce technical specifications for 5G in early 2020.
Most of the innovation to deliver 5G
needs to happen in the fixed network
6
ITU-T’s workshops and demos on network aspects of IMT-2020
(5G) – Geneva, December 2016 & July 2017
ITU-T Studies for 5G
Area Full title of document Status
(Nov.)
Approved/
Planned
Terms & definitions Y.3100, “Terms and definitions for IMT-2020 network” Published 13 September 2017
Management framework Y.3111, “IMT-2020 Network Management Framework” Published 13 September 2017
Management requirements Y.3110, “IMT-2020 Network Management Requirements” Published 13 September 2017
Activity report – NW SWarisation
Supplement
Y.3100-series Supplement 44, “Standardization and open source activities related to network
softwarization of IMT-2020” Published 14 July 2017
Requirements Y.3101, “Requirements of IMT-2020 network” Consented 17 Nov-2017
Potential directions Y.3150, “High level technical characteristic of network softwarization for IMT-2020” Consented 17 Nov-2017
Requirements for FMC Y.3130, “Requirements of IMT-2020 fixed- mobile convergence” Consented 17 Nov-2017
Data Aware Networking Y.3071, “Data Aware Networking (Information Centric Networking) - Requirements and
Capabilities” Published 29 March 2017
ITU-T Focus Group: ML for 5G
How to design (network architectures, interfaces, protocols, algorithms, data
format)
to make best use of ML?
ITU-T Standards to support non-radio aspects of 5G
• Softwarization: Designing, implementing,
deploying, managing and maintaining
networks using software
• Slicing, e.g. separate slices for
• voice communications
• automated driving
• wide range of other use cases
• Fixed Mobile Convergence: Network
architecture to support fixed / mobile
convergence, with seamless user
experience
Softwarization, Slicing, and FMC
9
Network softwarization Enabling the (re-)design of network and services architectures, optimizing costs and processes, enabling self-management.
Design, implementation, deployment, management
and maintenance of network equipment and/or network
components by software programming
NFV SDN
Cloud Computing
Use of emerging technologies
Towards deep programmability
Terms & Definitions: ITU-T Y.3100 (2017/9)
IMT-2020 Softwarization Ecosystem
10
Standardization
• ITU-T
• 3GPP
• ETSI
• OIF
• IEEE
• IETF
• ….
Open Source
• O3 project
• OpenAirInterface
• OPNFV
• ONOS
• OPEN-O and
• ONAP
• …
Prototypes
• NICT
• CTTC
• …
Research
• H2020
• 5G3ALT
• …
1
1
Network slicing general principles
Network slice [ITU-T Y.3100 (2017/9)]: A logical network that provides specific network capabilities and network characteristics.
5G Network Slice
12
• management: In the context of IMT-2020, the processes aiming at fulfilment, assurance, and billing of services, network functions, and resources in both physical and virtual infrastructure including compute, storage, and network resources.
• orchestration: In the context of IMT-2020, the processes aiming at the automated arrangement, coordination, instantiation and use of network functions and resources for both physical and virtual infrastructure by optimization criteria.
5G Network Management and Orchestration
5G Network Orchestration vs Management
14
Orchestration Management
Monitoring purpose Availability Healthiness
Action purpose Provisioning Maintaining
Representative
actions
Control/Configuration
Create/Destroy/Move
Monitor/Alarm for event
Detection/Isolation/Resolve
for fault
Target resources Dissimilar devices Similar devices
1. Independent orchestration and
management
2. Management/orchestration includes
the other
3. Orchestration and management with an
intersection
New networking technology: Data Aware
Networking (DAN) (aka Information Centric
Networking (ICN))
15
ITU-T Y.3071 on
requirements and
capabilities of ICN
(2017/3)
ICN capabilities
• Data
• Control
• Security
• Management
• Application
(network
service)
2
DAN element
DAN element
DAN element
DAN element
3
Named Data
Object (NDO)
DAN element DAN
element
NDO
1
IMT2020/ 5G transport aspects (ITU-T Study Group
15)
16
Studies related to transport layer of IMT20207 5G networks including application of slicing techniques in the transport
Source: China Mobile
17
ITU-T assesses the quality and performance of
networks, terminals, video, voice and multimedia
applications QoS work on:
• Virtual reality
• Crowdsourcing (P.CROWD)
• Quality measurement frameworks
• Virtual performance measurement
systems
• Quality aspects of digital financial
services, SIM-boxing, VoLTE and
ViLTE (related to consumer
protection)
Machine Learning for 5G
How to design
• network architectures,
• interfaces,
• protocols,
• algorithms,
• data format
to make best use of ML
20
Cooperation among standards development
organizations
Exchange of information and collaboration among organisations is essential for
5G (given its large spectrum of technologies, services, stakeholders)
ITU-T SG13 “Joint Coordination Activity on IMT2020”
(JCA-IMT2020) • To promote high-level coordination in IMT2020 standardization
• A global IMT2020 standards roadmap (for non-radio aspects) will be
maintained via regular exchanges with relevant external entities. Open
to ITU Members and designated representatives of relevant Standards
Development Organizations and Forums
• There is a mailing list for discussion and information
sharinghttps://www.itu.int/en/ITU-T/jca/imt2020/Pages/subscription.aspx
References
• ITU-T SG13 Chairman Blog
• IMT-2020 Focus Group Reports
• Machine Learning for 5G
21
Thank you