TIM activities on MEC Grazie - CSCN...
Transcript of TIM activities on MEC Grazie - CSCN...
GrazieTIM activities on MEC
panel on 5G softwarization
Dario Sabella (Telecom Italia)
IEEE 2016 IEEE Conference onStandards for Communications and Networking (CSCN), co-located with 5G Berlin SummitFraunhofer-Forum Berlin, November 1, 2016
2IEEE CSCN 2016 (Berlin, November 1, 2016)
Agenda
• Telecom Italia presentation
• 5G and Mobile Edge Computing
• TIM activities on MEC
• Conclusions and remarks
3IEEE CSCN 2016 (Berlin, November 1, 2016)
Agenda
• Telecom Italia presentation
• 5G and Mobile Edge Computing
• TIM activities on MEC
• Conclusions and remarks
4IEEE CSCN 2016 (Berlin, November 1, 2016)
Telecom Italia group 1/2
Employees
59.000
TIM lines in Italy
29.700.000
Revenues (€)
9.100.000.000
Telecom Italia is the main
telecommunication and ICT
operator in Italy, as well as one
of the most important in Latin
America and among the main
global mobile operators
Italian leader in the ICT market,
active in the following sectors:
fixed and mobile communications,
internet and media, systems and
solutions for business, R&D
Strategic markets: Italy, BrasilValues referred to 1H2016
http://www.telecomitalia.com/tit/en/about-us/profile.html
http://www.telecomitalia.com/tit/it/investors/financials/employees.html
5IEEE CSCN 2016 (Berlin, November 1, 2016)
Telecom Italia group 2/2
The international presence
Italy
Latin america: TIM Brasil Group
International Wholesale services
TI sparkle is an important global service provider, with activites on Voice, IP and data transmission for fixed and mobile operators, ISP and multinational societies (MNCs)
6IEEE CSCN 2016 (Berlin, November 1, 2016)
Focus on TILAB: Wireless Innovation
Main activities of the dept.
R&D activities, scouting, testing, performance evaluation of wireless systems
(e.g. OFDMA), study of innovative radio access technologies
technological trials (e.g. LTE), support to engineering department
Involvement in standardization bodies and fora (3GPP, ETSI, NGMN, …)
And also EU funded projects, collaboration with vendors and academic world.
https://www.ict-earth.eu/ https://www.metis2020.com/http://www.ict-ijoin.eu/
7IEEE CSCN 2016 (Berlin, November 1, 2016)
Agenda
• Telecom Italia presentation
• 5G and Mobile Edge Computing
• TIM activities on MEC
• Conclusions and remarks
8IEEE CSCN 2016 (Berlin, November 1, 2016)
How 5G is taking shape
BOOST IN TECHNICAL PERFORMANCE TO FACE THE KEY CHALLENGES
The ability to continuously provide services for the connected society that
we don’t know a priori
A programmable NW to reduce Time to Market and ease technology
deployment&decommissioning
New Service Creation Cycle (Beta version model), Flexibility, NW
Capability to react quickly
• 5G will be mainly driven by software and by the usage carrier grade virtualizationtechnology for the telecommunication infrastructure, functions and applications.
• Based on a virtualized platform, MEC is also currently recognized by 5G PPP as one of thekey emerging technologies for 5G systems (as well as NFV and SDN).
Source: EU-Japan Symposium on 5G “From challenges
to standardisation”, Tokyo, February 2016
9IEEE CSCN 2016 (Berlin, November 1, 2016)
Operator perspective on MEC
Mobile-Edge Computing can be considered as a technology component for the
evolution towards 5G [1], providing IT service environment and cloud-
computing capabilities within the Radio Access Network (RAN), in close
proximity to mobile subscribers.
“5G will be driven by software. Network functions are expected to run over a unified
operating system in a number of points of presence, especially at the edge of the network
for meeting performance targets.
As a result, 5G will heavily rely on emerging technologies such as Software Defined
Networking (SDN), Network Functions Virtualization (NFV), Mobile Edge Computing
(MEC) and Fog Computing (FC) to achieve the required performance, scalability and
agility.” [1]
Operators can open their RAN edge to authorized third-parties, allowing them
to flexibly and rapidly deploy innovative applications and services towards
mobile subscribers, enterprises and vertical segments.
[1] 5G Infrastructure Association: Vision White Paper, February 2015. Link: http://5g-ppp.eu/wp-content/uploads/2015/02/5G-Vision-Brochure-v1.pdf
10IEEE CSCN 2016 (Berlin, November 1, 2016)
Mobile Edge Computing and 5G
Help satisfying the demanding requirements for the 5G era
in terms of expected throughput, latency, scalability and
automation.
5G Use Cases Families and Related Examples
Source: ETSI - Network Virtualization Forum – Sept 2015
11IEEE CSCN 2016 (Berlin, November 1, 2016)
Agenda
• Telecom Italia presentation
• 5G and Mobile Edge Computing
• TIM activities on MEC
• Conclusions and remarks
12IEEE CSCN 2016 (Berlin, November 1, 2016)
TIM standardization and Experimentation activities in MEC
In the framework of ETSI MEC standardization, Telecom Italia is serving as
vice-chair in the IEG (Industry Enabling Group), which main goal is to drive
the deployment of the Mobile Edge Computing concepts within the industry.
Examples of current IEG activities of a particular interest (TIM point of view):
Proof-of-Concepts (http://mecwiki.etsi.org )
– Industry will have the opportunity to validates the MEC Group Specifications (GSs);
– Results from PoCs can serve also as useful insights and feedback for the ISG
MEC-IEG-006 specification: “MEC Metrics Best Practices and Guidelines”
– Description of the various metrics which can potentially be improved through
deploying a service on a MEC platform.
– Example use cases are used to demonstrate where improvements to a number of
KPIs can be identified in order to highlight the benefits of deploying MEC
– Furthermore, this document describes best practices for measuring such
performance metrics and these techniques are further exemplified with use cases.
13IEEE CSCN 2016 (Berlin, November 1, 2016)
TIM proof-of-concept «RAVEN» 1/3
In December 2015, TIM proposed a PoC [2] on
“Radio aware video optimization in a fully virtualized network”
This PoC (accepted by ETSI) is about Radio aware video optimisation
application implemented in a fully virtualized network, under the
collaboration between TIM, Intel, Eurecom and Politecnico di Torino.
http://mecwiki.etsi.org/index.php?title=PoC_3_Radio_aware_
video_optimization_in_a_fully_virtualized_network
[2] MECIEG(15)000064r1_Radio_aware_video_optimization _in_a_fully_virtualized_networ.docx
14IEEE CSCN 2016 (Berlin, November 1, 2016)
TIM proof-of-concept «RAVEN» 2/3
The PoC demonstrates a video optimisation application aware of the Radio
conditions in the cell, where MEC application is co-located with eNB and
communicating with video content server, and quality of video streams are
adjusted according to radio conditions of the users.
As a result, video streams and the quality perceived by users will be
improved thanks to the usage of MEC video optimization application.
UE3
UE2
UE1
Radio optimization
VirtualizedeNB LTE (VNF)
RNISother
MEC
services
MEC server running on Intel® NEV SDK
(virtualized in the same HW)
Radio measures MEC APIs
MEC app
(video
content
optimiz.)
Videocontent server
Packet
scheduler
Video streamtranscoding
15IEEE CSCN 2016 (Berlin, November 1, 2016)
TIM proof-of-concept «RAVEN» 3/3
The PoC has been demonstrated at the MEC Congress (20-22 Sept 2016, Munich).
The following scheme depicts an overview of the PoC, with all components involved.
Alternative architecture (e.g. more convenient location of the video content server, …)
are also evaluated, for example in order to compare different deployment options
(and related performances).
EPC
eNB +MEC server
UE3
UE2
UE1
Videocontent server
Content optimization
applicationOAI LTE eNB Server and MEC
framework
MEC testbed
application
application
16IEEE CSCN 2016 (Berlin, November 1, 2016)
Agenda
• Telecom Italia presentation
• 5G and Mobile Edge Computing
• TIM activities on MEC
• Conclusions and remarks
17IEEE CSCN 2016 (Berlin, November 1, 2016)
Conclusions and remarks• 5G will be mainly driven by software and by the usage carrier grade
virtualization technology for the telecommunication infrastructure,
functions and applications.
• Based on a virtualized platform, MEC is also currently recognized by 5G
PPP as one of the key emerging technologies for 5G systems (as well
as NFV and SDN).
• TIM is actively involved in ETSI MEC activities both from a
standardization perspective (TIM is serving as vice-chair of Mobile Edge
Computing IEG WG) and experimental activities (proof-of-concept
RAVEN on “Radio aware video optimization in a fully virtualized
network”).
• Software activities (and collaboration with open source initiatives) in
MEC phase 2 will be more important, in the view of future 5G systems.