P802.1CF within the scope of 5G

Slides:



Advertisements
Similar presentations
(omniran TG) Short introduction into OmniRAN P802.1CF Date: Authors: NameAffiliationPhone Max RiegelNokia.
Advertisements

Omniran TG 1 Cooperation for OmniRAN P802.1CF Max Riegel, NSN (Chair OmniRAN TG)
Omniran CF00 1 P802.1CF NRM Discussions Date: Authors: NameAffiliationPhone Max RiegelNokia Networks
IEEE in 5G ‘5G’ means 5th Generation Mobile Networks not 5 GHz!
Omniran CF00 1 P802.1CF NRM Mapping to real networks Date: Authors: NameAffiliationPhone Max RiegelNokia Networks
Omniran CF CF Network Reference Model Introduction Date: Authors: NameAffiliationPhone Max RiegelNokia Networks+49.
Submission doc.: IEEE /1402r0 November 2015 Joseph Levy, InterDigitalSlide 1 Thoughts on in a 3GPP 5G Network Date: Authors:
Omniran Thoughts about the tenets in IEEE 802.1CF Date: Authors: NameAffiliationPhone Max RiegelNSN
Omniran CF00 1 Fault Diagnosis and Maintenance Date: [ ] Authors: NameAffiliationPhone Hao WangFujitsu R&D
P802.1CF within the scope of 5G
Omniran CF00 1 Key Concepts of Fault Diagnostics and Maintenance Date: [ ] Authors: NameAffiliationPhone Hao WangFujitsu R&D
Omniran CF00 1 VLANs in relation to P802.1CF NRM Date: Authors: NameAffiliationPhone Max RiegelNokia Networks
Omniran CF00 1 CF ToC Refinements Date: Authors: NameAffiliationPhone Max RiegelNSN
Omniran CF00 1 Content and outline considerations for Annex: Applicability to non-IEEE 802 PHY layer technologies Date: Authors:
Omniran CF00 1 Key Concepts of Authentication and Trust Establishment Date: Authors: NameAffiliationPhone Max RiegelNokia Networks+49.
Omniran CF00 1 Key Concepts of Network Selection and Detection Date: Authors: NameAffiliationPhone Max RiegelNokia Networks+49.
Omniran CF00 1 IEEE OmniRAN TG Athens NRM Conclusions Max Riegel, Nokia Networks (OmniRAN TG Chair)
OmniRAN CF00 1 IEEE 802 omniRAN Network Reference Model Amendment Date: Authors: NameAffiliationPhone Yonggang
Omniran CF00 1 Key Concepts of Network Selection and Detection Date: Authors: NameAffiliationPhone Max RiegelNokia Networks+49.
Submission doc.: IEEE arc March 2014 Max Riegel (NSN)Slide 1 Cross-WG cooperation on OmniRAN P802.1CF E.g.: Network Discovery and Selection.
Omniran TG 1 Cooperations for OmniRAN P802.1CF Max Riegel, NSN (Chair OmniRAN TG)
Ec GSG 1 OmniRAN TG perspective on cost and benefits of 5G SC options Max Riegel OmniRAN TG chair
Omniran CF00 1 Key Concepts of Association and Disassociation Date: Authors: NameAffiliationPhone Max RiegelNokia
Omniran CF00 1 Key Concepts of Accounting and Monitoring Date: Authors: NameAffiliationPhone Hao WangFujitsu R&D
OmniRAN omniRAN Network Function Virtualization Date: Authors: NameAffiliationPhone Yonggang FangZTETX Zhendong.
Omniran CF00 1 P802.1CF NRM Ambiguities Date: Authors: NameAffiliationPhone Max RiegelNokia Networks
Key Concepts of Data Path establishment, relocation, and teardown
P802.1CF Information Model Structure
802.1CF perspective on planned Industry Connections activity
Network instantiation
IEEE 802 OmniRAN Study Group: SDN Use Case
IEEE 802 OmniRAN EC SG July 2013 Conclusion
IEEE 802 OmniRAN EC SG July 2013 Conclusion
P802.1CF NRM Mapping to real networks
OmniRAN Introduction and Way Forward
OmniRAN EC SG Proposals towards IEEE 802.1
P802.1CF architectural considerations for EM and NM
IEEE OmniRAN TG Status Report to IETF – IEEE 802 Coordination
omniRAN Network Function Virtualization
Potential OmniRAN contribution to Industry Connections Activity
P802.1CF NRM Refinements Abstract
P802.1CF NRM Discussions Abstract
Network reference model for access network virtualization
Time Sensitive Networking within the scope of P802.1CF
P802.1CF within the scope of 5G
IEEE P802.1CF for vertical applications
Chapter 7.1 Restructuring Proposal
Brief Introduction to IEEE P802.1CF
Date: < yyyy-mm-dd >
Network instantiation
Brief Introduction to OmniRAN P802.1CF
P802.1CF architectural considerations for EM and NM
Max Riegel, Nokia (OmniRAN TG Chair)
P802.1CF Information Model Structure
P802.1CF operational models
omniRAN Network Function Virtualization
P802.1CF within the scope of 5G
Key concepts of authorization, QoS, and policy control
IEEE 802 omniRAN R9c Reference Point
Thoughts on IEEE 802 network integration with respect to P802.1CF
P802.1CF NRM Refinements Abstract
P802.1CF NRM Refinements Abstract
OmniRAN Introduction and Way Forward
Thoughts on IEEE 802 network integration with respect to P802.1CF
IEEE OmniRAN TG February 23rd , 2016 Conference Call
802.1CF ToC Refinements Abstract
OmniRAN SDN Use Case ToC
SDN-based OmniRAN Use Cases Summary
OmniRAN SDN Use Case ToC
IEEE 802 RAN Recommended Practice ToC Proposal
Presentation transcript:

P802.1CF within the scope of 5G Max Riegel (Nokia) 802.1 OmniRAN TG chair 2016-03-15

do What is 5G? Main source of requirements is NGMN 5G White Paper http://ngmn.org/fileadmin/ngmn/content/images/news/ngmn_news/NGMN_5G_White_Paper_V1_0.pdf Table of Contents Executive Summary Introduction 5G Vision Business Context Use Cases Business Models Requirements Technology and Architecture Spectrum IPR Way Forward Conclusions Annexes Mainly spectrum and radio aspects were introduced to 802.11 by https://mentor.ieee.org/802.11/dcn/15/11-15-0547-00-0wng-ngmn-5g-white-paper-overview.pptx This presentation covers networking aspects in relation to the scope of P802.1CF

Participation in 5G/IMT-2020 IEEE 802 radios match 5G requirements 5G Technology Directions IEEE 802 technologies Extreme broadband .. M2M Critical communication Extreme Broadband High throughput, consistent QoE 5G Radio Requirements M2M Low cost, low battery consumption Critical communication Low latency, high reliability

Assumptions about network integration of the various Radio Access Technologies From the NGMN Alliance 5G whitepaper: Fully leveraging capabilities of IEEE 802 technologies capabilities would require that IEEE 802 provides an appropriate network interface to the 5G core.

P802.1CF: Network Reference Model and Functional Description of IEEE 802 Access Network Overview References, definitions, acronyms and abbreviations Conformance Network Reference Model Basic concepts and terminology Overview of NRM Basic, enhanced and comprehensive NRM Deployment scenarios Functional Design and Decomposition Access Network Setup Network Discovery and Selection Association and Disassociation Authentication and Trust Establishment Data path establishment, relocation and teardown Authorization, QoS and policy control Monitoring and statistics Fault diagnostics and maintenance SDN Abstraction Annex: PICS proforma Privacy Engineering Applicability to non-IEEE 802 PHY layer technologies Bibliography

P802.1CF Interface option to 5G IEEE 802 Access Network 5G NW Functions Subscription Service R2 Coordination and Information Service R10 R4 R11 TE Ctrl AN Ctrl AR Ctrl R9 R8 Terminal Interface R5 R7 Access Router Interface NA Backhaul R1 R6 R3 Terminal Access Network Access Router 5G Radio

Conclusion IEEE 802 radio technologies fit to NGMN 5G expectations IEEE 802 radio technologies require an own version of radio access network to fully unleash their capabilities. P802.1CF provides an generic approach to provide an IEEE 802 radio access network. NGMN has demanding expectations on the upcoming mobile networks. P802.1CF can fulfill NGMN expectations and requirements for the 5G radio access network. Except wide area high mobility, which is not in scope

Evaluation of options IEEE 5G IMT-2020 – single technology Benefits: complete set of RAN and Core specs Costs: huge standardization efforts IMT-2020 – single technology Benefits: single RAN profile required, no Core Costs: small standardization efforts IMT-2020 – set of technologies Benefits: multiple RAN profiles, no Core Costs: modest standardization efforts IMT-2020 – external proposal Benefits: potentially no RAN, neither Core Costs: potentially none