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Tutorial 1: Let’s explore ETSI in the world - Part 2: ETSI - a global player

Tutorial 1: Let’s explore ETSI in the world - Part 2: ETSI - a global player
Recorded Sep 14 2021 12 mins
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Gavin Craik, ETSI
Presentation preview: Tutorial 1: Let’s explore ETSI in the world - Part 2: ETSI - a global player

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  • ETSI Standards for Radars – Challenges & Learnings Nov 16 2021 2:00 pm UTC 60 mins
    Michael Andersen, Technical Product Responsible Radar E2E Solutions, Terma A/S
    The webinar will start with a short introduction to radar technology, topologies and latest technological trends. There will be a short presentation of factors in radar detection and signal processing, environmental clutter and interference issues.
    This is all to give the foundation for a look into what is important and relevant to fulfil the requirements of the RED and why radars need different parameters than communication radios.
    Finally there will a presentation of some of the challenges in practical verification testing of the required parameters.
  • Welcome to the exciting world of Management and Charging standardization, Part 2 Nov 2 2021 1:30 pm UTC 60 mins
    Gerald Goermer, Matrixx, SA5 vice-chair and Charging SWG chair, Chen Shan, Huawei, SA5 Charging SWG vice-chair
    Introduction to the exciting world of 3GPP SA5 – “management, orchestration and charging” standardization – Part 2: Charging

    Outline:
    • Introduction to SA5, how we work and our scope of standardization within 3GPP (recap. from Webinar Part 1)
    • An introduction to WG SA5 work on Charging
    • Charging specifics
    o Overview of Charging SBI architecture
    o Presentation of Network Slicing as the driver for the Charging evolution

    In part 1 of the 3GPP SA5 webinar – we had an overview of 5G network service management and orchestration, with a deeper dive into Autonomous Networks work in SA5. This part of the webinar will cover the progress being made on several charging work items, with the extension of Charging management into Network Slicing (NS), bringing in NS lifecycle management and NS Performance and Analytics. We will discuss how these solutions rely on a new Charging Enabler Function (CEF) which consumes services exposed by Management Service (MnS) Producer and Network Data Analytics Function (NWDAF), interacting with the new charging function (CHF).
  • Welcome to the exciting world of Management and Charging Standardization, Part 1 Oct 28 2021 12:30 pm UTC 60 mins
    Thomas Tovinger, Ericsson, 3GPP SA5 chair and Zou Lan, Huawei, 3GPP SA5 vice-chair
    Introduction to the exciting world of 3GPP SA5 – “management, orchestration and charging” standardization – Part 1: OAM

    Outline:
    • Introduction to SA5, how we work and our scope of standardization within 3GPP
    • The effects of the pandemic, statistics of deliverables and specifications
    • OAM specifics
    o Overview of 5G network / service management and orchestration
    o Autonomous Networks in SA5

    TSG SA WG5 (SA5) is responsible for all specification work for management, orchestration and charging of the 3GPP network. This includes aspects such as operation, orchestration, assurance, fulfilment, automation and charging; covering both functional and service perspectives.
    This webinar will discuss how we have provided management support for new services, on autonomous network management and for management of new 5G network features. We will conclude part one with a look at WG SA5 aspects of Autonomous Networks (ANs), with a look at AN levels, Closed-loop SLS assurance, Intent driven management, Self-Organizing Network and Management Data Analytics.

    Part 2 of our Introduction to the exciting world of 3GPP SA5 – “management, orchestration and charging” standardization webinar (scheduled for November 2) will concentrate on Charging aspects – with an overview of the Charging SBI architecture and on Network Slicing as the driver for the Charging evolution.
  • Rehearsal Part 1 + 2 of 3GPP webinars Oct 26 2021 1:30 pm UTC 60 mins
    Thomas Tovinger, Zou Lan, Gerald Goermer and Chenshan
    Rehearsal session
  • Fibre Development Index: Driving Towards an F5G Gigabit Society Oct 20 2021 8:00 am UTC 60 mins
    Jorge Bonifacio, Michael Philpott
    Fibre and fibre-based optical networks are the key technical enablers of our society's twin transitions (green and digital), providing sustainable and cost-effective communication with high bandwidth, stability, reliability, and improved latency. In addition, the fibre evolution enables sustainable economic growth through advanced services and applications for users, businesses, and industries.

    The ETSI White Paper #47 explains the methodology used to define a fibre development index, provides migration path recommendations to countries with different fibre development, and highlights the importance of setting policies to underpin that twin (green and digital) transformation.
    Key takeaways of the ETSI White Paper include:

    • The F5G vision and migration paths
    • The move to a gigabit world is now more critical than ever
    • Fibre has a range of benefits over other broadband technologies
    • The F5G vision is for FTTE (Fibre to Everything)
    • An FDI (Fibre Development Index) is now required to monitor FTTE progress
    • Strong national broadband policies are essential for FTTE development
    • Emerging markets should look to move directly to fibre


    To learn more about F5G, read the full ETSI White Paper on our website.
  • Non-IP Networking: where, why and how Oct 19 2021 2:00 pm UTC 75 mins
    John Grant, Leo Wang, University of Surrey, and Kevin Smith
    ETSI ISG NIN (Non-IP Networking) was formed to support 21st century use cases by standardizing a platform that is not reliant on the TCP/IP suite, though TCP/IP is one of the protocols it supports.
    Speakers will include:
    - John Grant (NIN chair): who will give an outline of the main features; documents published and in preparation;
    - Leo Wang (Birmingham City University) and a speaker from University of Surrey (probably Ning Wang, tbc): outlining previous academic work and new trials;
    - Kevin Smith (NIN vice-chair; Vodafone): Implementing Non-IP networking over 3GPP cellular access.
    The webinar will close with a Q&A session.
  • TUTORIAL 5: Part 5: The essentials when drafting an ETSI deliverable Recorded: Oct 14 2021 8 mins
    ETSI
    TUTORIAL 5: Standardization Development Process at a glance -
    Part 5: The essentials when drafting an ETSI deliverable
  • Tutorial 4: Research & Innovation in ETSI Recorded: Sep 29 2021 11 mins
    David Boswarthick, ETSI, Director NET
    Tutorial 4: Research & Innovation in ETSI
  • Tutorial 3: Stds and Reg - Part 2: HS and the EU New Regulatory Framework Recorded: Sep 27 2021 11 mins
    Michael Sharpe, ETSI
    Tutorial 3: Standards and Regulation - Part 2: Harmonised Standards and the European Union New Regulatory Framework
  • Tutorial 1: Let's explore the ETSI world, Part 4 - Designing tomorrow's world Recorded: Sep 24 2021 10 mins
    Luis Jorge Romero, ETSI Director-General
    Tutorial 1: Let's explore the ETSI world, Part 4 - ETSI Strategy - Designing tomorrow's world
  • Tutorial 2: My ETSI Community - Part 3: Key benefits for small organizations Recorded: Sep 22 2021 11 mins
    Claire d'Esclercs, ETSI
    Tutorial 2: My ETSI Community - Part 3: Key benefits for small organizations
  • Tutorial 1: Let’s explore the ETSI world - Discover the ETSI Environment Recorded: Sep 22 2021 11 mins
    Gavin Craik, ETSI
    Tutorial 1: Let’s explore the ETSI world - Discover the ETSI Environment
  • Tutorial 2: My ETSI Community - Part 2: Benefitting from my ETSI Membership Recorded: Sep 21 2021 11 mins
    Claire d'Esclercs, ETSI
    Tutorial 2: My ETSI Community - Part 2: Benefitting from my ETSI Membership
  • Tutorial 2: My ETSI Community - Part 1: Membership and Funding Recorded: Sep 21 2021 10 mins
    Claire d'Esclercs, ETSI
    Tutorial 2: My ETSI Community - Part 1: Membership and Funding
  • Stds and Regulation - Part 3: ETSI and CEPT - stdization & radio spectrum mgt Recorded: Sep 20 2021 11 mins
    Michael Sharpe, ETSI
    Tutorial 3: Standards and Regulation - Part 3: ETSI and CEPT - equipment standardisation & radio spectrum management
  • Tutorial 3: Standards and Regulation - Part 1: ESO and NSOs Recorded: Sep 20 2021 11 mins
    Michael Sharpe, ETSI
    Tutorial 3: Standards and Regulation - Part 1: ESO and NSOs
  • Tutorial 1: Let’s explore ETSI in the world - Part 3: Rules of the game Recorded: Sep 14 2021 11 mins
    Gavin Craik, ETSI
    Tutorial 1: Let’s explore ETSI in the world - Part 3: Rules of the game
  • Tutorial 1: Let’s explore ETSI in the world - Part 2: ETSI - a global player Recorded: Sep 14 2021 12 mins
    Gavin Craik, ETSI
    Tutorial 1: Let’s explore ETSI in the world - Part 2: ETSI - a global player
  • IPv6 Enhanced Innovation: the IPv6-Only Future in the 5G, IoT & Cloud Era, 2/2 Recorded: Sep 13 2021 105 mins
    Latif Ladid (ISG IPE Chair), Ralph Wallace, Chongfeng Xie, Sebastien Lourdez, Carlos Ralli-Ucen, Mukom Tamon
    In the 1980s, IPv4 became the basic protocol of the Internet and promoted the development of IP networks. In the 2000s, the MPLS technology enhanced the comprehensive bearing capability of voice and video services. After 2010, IPv6 deployment was accelerated. As more and more devices, vehicles, sensors, and home appliances go online, enabling IP on everything becomes a vision and industry trend.
    In this context, all the statistics show that IPv6 is growing constantly and faster than IPv4 in all measures such as number of users, percentage of content, and amount of traffic. For the first time in history, the user–network–content communication chain is ready for IPv6 and this means that the industry has selected IPv6 for the future. On the other hand, the networking field is in constant evolution and all the new use cases and scenarios were not mature or even did not exist when IPv6 was introduced. For this reason, IPv6 started its massive introduction recently and keeps evolving to prepare for the future and meet the new challenges as they arise. Cloud-based everything, Internet of Everything, and industry digitalization posed new requirements on IP networks. The IPv6 enhanced innovation represented by SRv6 emerged.
    ETSI ISG IPE will investigate the IPv6 enhanced innovation as required by the new and evolving applications in order to develop an IPv6 enhanced network, to drive the transformation of network service, stimulating business model innovation.

    Part 2: ISPs/MNOs session

    1 IPv6 Enhanced Innovation (IPE) intro – Latif Ladid, IPE ISG Chair
    2. IPv6 Policy USG – Ralph Wallace, Verizon USA
    3 IPv6-based Cloud and Data Center Networks - Chongfeng Xie, China Telecom
    4 IPv6-based 5G and SRv6 - Sebastien Lourdez, Post Luxembourg
    5 IPv6-based Verticals – Carlos Ralli-Ucendo, Telefonica
  • IPv6 Enhanced Innovation: the IPv6-Only Future in the 5G, IoT & Cloud Era, 1/2 Recorded: Sep 13 2021 100 mins
    Ton Brand, ETSI, Latif Ladid, Jorge Pereira, Chongfeng Xie, Sebastien Lourdez, Robin LI, John Lee
    In the 1980s, IPv4 became the basic protocol of the Internet and promoted the development of IP networks. In the 2000s, the MPLS technology enhanced the comprehensive bearing capability of voice and video services. After 2010, IPv6 deployment was accelerated. As more and more devices, vehicles, sensors, and home appliances go online, enabling IP on everything becomes a vision and industry trend.
    In this context, all the statistics show that IPv6 is growing constantly and faster than IPv4 in all measures such as number of users, percentage of content, and amount of traffic. For the first time in history, the user–network–content communication chain is ready for IPv6 and this means that the industry has selected IPv6 for the future. On the other hand, the networking field is in constant evolution and all the new use cases and scenarios were not mature or even did not exist when IPv6 was introduced. For this reason, IPv6 started its massive introduction recently and keeps evolving to prepare for the future and meet the new challenges as they arise. Cloud-based everything, Internet of Everything, and industry digitalization posed new requirements on IP networks. The IPv6 enhanced innovation represented by SRv6 emerged.
    ETSI ISG IPE will investigate the IPv6 enhanced innovation as required by the new and evolving applications in order to develop an IPv6 enhanced network, to drive the transformation of network service, stimulating business model innovation.

    Part 1: Regulator and ETSI IPE Work session

    0 Openning speech – ETSI (Ton Brand)
    1 IPv6 Enhanced Innovation (IPE) introduction – IPE ISG Chair
    2 IPv6 Regulator Policy – Arcep, French Regulator
    3 IPv6-based Enterprise networks and IoT – Cisco
    4 IPv6 Enhanced Innovation: Gap Analysis - Huawei
    5 IPv6-Only Internet - Internet Associates
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  • Title: Tutorial 1: Let’s explore ETSI in the world - Part 2: ETSI - a global player
  • Live at: Sep 14 2021 2:45 pm
  • Presented by: Gavin Craik, ETSI
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