DOCSLIB.ORG

Understanding ONF's Curated Portfolio of Projects

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Understanding ONF's Curated Portfolio of Projects Understanding ONF’s Curated Portfolio of Projects Timon Sloane, VP, Marketing & Ecosystem ONF’s Far Reaching Mission ONF Operators have tasked our community with a massive undertaking Transformation of Creation of Transformation of Technology Platforms Ecosystem • Disaggregation • White Box • New supply • SDN • Open source chain ready to deliver on this • Virtualization mission • Cloudification 2 Can Open Source Pursue Such An Agenda? • Over 7 years, we have learned • IncumBents have trouBle pursuing such a disruptive agenda • Miscellany of open source pieces are too hard for operators to assemBle and consume on their own • IncumBents (to date) only package them into proprietary solutions • Disruptive agenda requires committed focus We Need a Special Model 3 A New Open Source Model NEW Consensus Model Operator Led Curated Open Source 1. Build Broad community first 1 1. Identify disruptive end-goal 2. Find consensus • Backed By multiple operators 3. Build common pieces that 2 2. Partners fund seed creation of technology different participants can all use • Requires dedicated engineering team of experts • IncumBents have expertise, hence … • IncumBents play a majority role 3 3. Attract a small handful of supplier partners 4. Lends itself to infrastructure 4 4. Ultimately - Critical mass will attract Broad plays community • NFVI … ONF is executing this 4 step plan 4 Step 1: 1 Operators Come Together with Common Disruptive End Goal 5 March 2018, Operators Expanded ONF Direction Eight Tier-1 Operator Committed to: • Create “Curated Open Source” Model • Operator Build consensus on ‘ exemplar platforms” using selected components • Operators to jointly create common Reference Designs for access/edge • “Gold Standards” for what’s to Be deployed in production networks • Operators committing resources from Architecture, Design & Ops teams • Operators to craft RFPs Based on these designs • Form Keiretsu ecosystem of operators and aligned supply chain partners • Operators committed to reconstitute a new supply chain • Aligned with leveraging open source & white Box for production deployments 6 Partners Craft RDs Plan & Path to Deployment + Supply Chain Partners Reference Designs Become “gold standards” for Basis of RFPs Reference Designs RFP Exemplar Solutions Trials Deployments Platforms Open Source Components Components to Reference Designs & Reference Designs: SEBA-RD Exemplar Platforms Trellis-RD UPAN-RD ODTN-RD Reference Designs Become “gold standards” for Basis of RFPs Reference Designs RFP Exemplar Solutions Trials Deployments Platforms Open Source Components Exemplar Platforms: 1. SEBA: Software Enabled BroadBand Access 2. Trellis: A Leaf-Spine Fabric Components: 3. UPAN: Unified Programmable Autonomous Network XOS 4. ODTN: Open Disaggregated Transport Network ONOS Stratum VOLTHA Reference Designs Drive Procurement via Phased Development ONF Member Operator Procurement Partners Create RDs Participation Operators join together General ONF RDs Become puBlic. By mutual commitment MemBership asked to deploy a Common RD to review and Operators refer to and procure + comment on RDs Based on Reference Designs Aligned supplier partners participate MemBership shares in in RD creation RAND-Z licensing Reference Draft Final Design Reference Reference Creation Design Design Plus additional operators Active Reference Designs Operators* Reference Designs Trailblazing Projects & Emerging Reference Designs SEBA SDN Enabled BroadBand Access CORD Access & Edge Cloud Trellis NFV Fabric M-CORD SDN Spine Leaf Fabric vRAN & 5G MoBile UPAN Unified Programmable Automated Network ODTN Open Disaggregated Transport Network * These are the operators truly investing. Broader sets of operators are modestly investing & puBlicly support the work Step 2 Create Common Components & Platforms 11 Reference Designs’ Relation to Exemplar Platforms Exemplar Platforms Open Source Platforms Assemblies of Specific Components Virtualized BroadBand, a profile of the SEBA CORD platform Virtualized Fabric, leveraging components: Trellis ONOS, Fabric Apps & OpenFlow® Switches Next-Generation SDN UPAN Components: Stratum, ONOS-NG ODTN Virtualized Optical Transport M-CORD MoBile 5G (virtualized RAN & Core) Multi-Access Edge Cloud (MAEC) CORD® ComBines all ONF work in common platform Reference Designs’ Relation to Exemplar Platforms Reference Designs Exemplar Platforms Open Source Platforms Specifications & Reference for Procurement Assemblies of Specific Components SEBA-RD Virtualized BroadBand, a profile of the SDN Enabled BroadBand Access SEBA CORD platform Virtualized Fabric, leveraging components: NFV Fabric-RD Trellis ONOS, Fabric Apps & OpenFlow® Switches UPAN-RD UPAN Next-Generation SDN Unified Programmable Automated Network Components: Stratum, ONOS-NG ODTN-RD Virtualized Optical Transport Open Disaggregated Transport Network ODTN Trailblazing M-CORD MoBile 5G (virtualized RAN & Core) Projects On path to becoming Multi-Access Edge Cloud (MAEC) Reference Designs CORD® ComBines all ONF work in common platform ONF Open Source Software Stack for Access and Edge Mobile Enterprise Residential Open Source Software Stack MoBile Leaf-Spine Fabric White Box Packet Switches Enterprise WAN Disaggregated Disaggregated Disaggregated Shared Virtualized Servers: VMs & Containers ROADM Radio Units PON OLTs PON OLTs (To Core) Residential 14 ONF Open Source Software Stack for Access and Edge MoBile Enterprise Residential Services Services Services Mobile Enterprise Residential XOS Trellis ONOS xRAN VOLTHA Stratum ODTN Disaggregated Disaggregated Disaggregated Shared Virtualized Servers: VMs & Containers ROADM Radio Units PON OLTs PON OLTs (To Core) 15 Each Platform is a Profile built by pulling specific components from the common CORD project 16 Virtualized Broadband Access - SEBA Exemplar Platform MoBile Enterprise Residential Services Services Services Mobile EnterpriseNEM Residential Network Edge Mediator XOS Built on XOS, and adds OSS SEBA mediation & FCAPS support Trellis for operationalization ONOS ORAN VOLTHA Stratum ODTN Radio PON PON ROADM Units OLTs OLTs Shared Cloud Infrastructure (Core) 17 Trellis: A Leaf-Spine Fabric for NFV MoBile Enterprise Residential Services Services Services Mobile Enterprise Residential XOS Trellis NFV Fabric Leaf-Spine Fabric ONOS White Box Packet Switches ORAN VOLTHA OF-DPA, ONL & OCP Stratum ODTN OpenFlow Switch Disaggregated Disaggregated Disaggregated Shared Virtualized Servers: VMs & Containers ROADM Radio Units PON OLTs PON OLTs (To Core) 18 Next-Gen SDN: Unified Programmable Autonomous Network (UPAN) MoBile Enterprise Residential Services Services Services Mobile Enterprise Residential XOS UPAN Trellis-NG Leaf-Spine Fabric ONOS-NG White Box Packet Switches xRAN VOLTHA Stratum ODTN Disaggregated Disaggregated Disaggregated Shared Virtualized Servers: VMs & Containers ROADM Radio Units PON OLTs PON OLTs (To Core) 19 ODTN: Open Disaggregated Transport Network MoBile Enterprise Residential Services Services Services Mobile Enterprise Residential XOS Trellis ODTN Leaf-Spine Fabric ONOS White Box Packet Switches xRAN VOLTHA Stratum ODTN Disaggregated Disaggregated Disaggregated Shared Virtualized Servers: VMs & Containers ROADM Radio Units PON OLTs PON OLTs (To Core) 20 M-CORD Platform MoBile Enterprise Residential Services Services Services Mobile Enterprise Residential XOS M-CORD Trellis ONOS ORAN VOLTHA Stratum ODTN Radio PON PON ROADM Units OLTs OLTs Shared Cloud Infrastructure (Core) 21 CORD® as Multi-Access Edge Cloud Platform MoBile Enterprise Residential CORD Services Services Services Mobile Enterprise Residential Unifying umBrella project. Edge Cloud XOS Platform Pulls together all the pieces from Services all the exemplar platform tracks, vehicle for MAEC research and Trellis ultimately provides a unified whole. ONOS ORAN VOLTHA Stratum ODTN Radio PON PON ROADM Units OLTs OLTs Shared Cloud Infrastructure (Core) 22 SEBA (and its relation to R-CORD) Lightweight platform supporting a multitude of virtualized access technologies at the edge of the carrier network, including XGS-PON and • SEBA is a follow-on to R-CORD G.Fast, and eventually DOCSIS and more. • Addresses Both residential and Backhaul use cases • Lightweight - Optimized for minimal footprint • KuBernetes Based • OpenStack is optional and only needed to support VM-Based VNFs • High Speed • Default data path does not touch an x86 • Operationalized • FCAPS and OSS integration 23 Legacy ONAP SEBA Exemplar Platform Overview OSS OSAM-Central (Best viewed with animations) OSAM-Local EMS/NMS-adaptor Providing FCAPS SEBA POD Network Edge Mediator (NEM) & Inventory BNG is a workload option vOLT dhcp mcast SR FPM T3 • External physical BNG All control • vBNG in compute software deployed ONOS Cluster • BNG in Agg switches as containers on • BNG in OLT boxes compute nodes OF OF using KuBernetes Redfish Redfish TP TP VOLTHA TP ONU UNI AGG Switch SuBscriBer traffic OLT ‘fast-path’ to Internet NNI AGG Switch Compute NFV Fabric Exemplar: Trellis SDN-native spine-leaf data center fabric optimized for edge Segment Routing DHCP L3 Relay vRouter Multicast T3 services and applications ONOS Cluster OF-DPA NC driver prov. OpenFlow NetConf Silicon Options: OF-DPA OF-DPA • BRCM Qumran • BRCM Tomahawk • BRCM Trident2 OF-DPA OF-DPA OF-DPA 25 Next-Gen SDN: UPAN Exemplar (Trellis + Stratum + P4) Next generation SDN reference design, P4 program deployment leveraging P4 to and pipeline configuration enable flexible Segment Routing DHCP L3 Relay vRouter Multicast T3 SPGW-app data plane programmability and
Load more

Recommended publications
  • ONOS Security and Performance Analysis (Report No. 2)
    ONOS Security and Performance Analysis (Report No. 2) + # ^ Stefano Secci ,​ Sandra Scott-Hayward*, You Wang ,​ Quan Pham Van ,​ Dominique ​ ​ ​ ^ € € $ Verchere ,​ Alpha Sow ,​ Christophe Basquin ,​ Dylan Smyth°, Kamel Attou ,​ Kashyap ​ ​ ​ ​ ​ ​ £ # Thimmaraju ,​ Andrea Campanella ​ ​ + ^ € C​ nam, France. *CSIT, QUB,, U.K. N​ okia Bell Labs, France. A​ irbus, France. ​ $ £ °Nimbus Centre, CIT, Ireland. A​ nevia, France. T​ U Berlin, Germany ​ ​ # O​ pen Networking Foundation, USA. Corresponding author: Stefano Secci ([email protected]) ​ ​ Date: Nov. 2, 2018 © 2018 ONOS. All Rights Reserved. ONF Informational Report ​ ​ 0 TABLE OF CONTENTS Introduction 2 1. Performance Analysis 3 1.1 NETCONF south-bound interface performance evaluation 3 1.2 Controller availability against bundle failure analysis 14 1.3 Network performance and scalability analysis 16 2. Security Analysis 22 2.1 SDN controller hardening guidelines 22 2.2 ONOS configuration issues and vulnerabilities 27 Summary 41 Acknowledgements 42 References 42 About ONOS 43 © 2018 ONOS. All Rights Reserved. ONF Informational Report ​ ​ 1 Introduction This is the second report of the ONOS Security & Performance Analysis (sec&perf) brigade. The goal of sec&perf brigade reports is to raise awareness about weaknesses of the ONOS system, and to provide feedback to ONOS developers on the quality of their code and the impact of pieces of code on the ONOS performance. In the following, we report about major activities of the brigade with ONOS 1.12 and 1.13. Editorial note: the report is not self-contained as a scientific publication could be, i.e., a ​ prior technical knowledge on the various technologies (e.g., NETCONF, OpenFlow message types, etc) is needed to fully understand the content of the report.
    [Show full text]
  • Open Source SDN Platform Toward 5G
    Open Source SDN Platform Toward 5G 차세대개발팀 | Cloud Lab | 박기범 수석 2016.11.18 AGENDA The History of Samsung SDN 01 Open Source SDN and NFV Overview 02 Open Source SDN Controller Projects 03 SDN toward 5G Infrastructure 04 The Introduction to Samsung SDN 05 Demo 06 The History of Samsung SDN Development 2010. Start SDN Development with NOX Controller (DMC R&D Center) 2012. Again Restart SDN Development with Floodlight Controller 2013. Entitled to S/W Architect with SDN Development Project 2014. Start ONOS SDN Controller Development 2015. Successfully Finish Mobile SDN Project with SK Telecom 2016. Get Membership of Open Source SDN Controller Project (ONOS/CORD) 2016. Global SDN Platform Project - Data Center SDN for NFV infrastructure Bucket List of 2016 – Get Open Source Membership Software Defined Networking(SDN) Two Sides of Network Function Virtualization(NFV) “New Business Opportunity” “Impact on H/W Revenue” SDN/NFV Open Source and Open Standard SDN Organization NFV Organization Open Source Based NFV/SDN Solution for Next Generation Infrastructure - Cloud 통합 관리 - Network 관제 및 정책 설정 NFVO SDNO - VNF 관리, Scaling 3rd Party 4G 5G VNFM VNFs VNFs VNFs - 가상 자원/인프라 관리 VIM RHEL / KVM SDNC PIM COTS H/W Legends Cloud Lab. - H/W 장애 및 성능 관리 - 네트워크 자동 제어 Apps 도입 The History of SDN Controller OpenDayLight 다양한 Southbound Interface 수용 Service Abstraction Layer (MD-SAL) CISCO, Ericsson, HP, Brocade 6 개월 마다 Release ONOS 분산 Controller 방식 (Hyper Performance, Hyper Scale) Service Provider (AT&T, Verizon, Google, SKT) Huawei 3.0 Agile Controller, Ciena 3개월마다
    [Show full text]
  • Kavitha Alagesan
    Email Address Eligibility Organization Name [email protected] code committed 126.com Jian Mao [email protected] brigade 126.com Frank Wang [email protected] code committed Accton Macauley Cheng [email protected] code committed Adara Corporate commit account [email protected] code committed Amazon Madan Jampani [email protected] brigade AmLight Humberto Galiza [email protected] brigade AmLight-FIU Jeronimo Bezerra [email protected] code committed AMPEC Dusan Pajin [email protected] code committed Argela Murat Parlakisik [email protected] ONOS Board AT&T Al Blackburn [email protected] code committed AT&T Aritra Saha [email protected] ONOS Board AT&T Tom Anschutz [email protected] code committed AT&T Tom Tofigh [email protected] code committed ATTO Research Heeseong Lee [email protected] code committed ATTO Research Kyuhwi Choi [email protected] brigade Avaya Medha Joshi [email protected] code committed BCSW Chip Boling [email protected] ambassador Beijing University of Posts and TelecommunicationsJianwei Mao [email protected] ambassador Beijing University of Posts and TelecommunicationsWang Zenan [email protected] brigade Blue Box & IBM Company David Mahler [email protected] code committed BTI Damian ONeill [email protected] code committed BTI Kieran Mcpeake [email protected] code committed Calient Aneesha Apailla [email protected] ambassador Calix Parker Evan [email protected] ambassador Calix Vasudeva Sachin [email protected]
    [Show full text]
  • Open Network Operating System (ONOS)
    WHITEPAPER! Software Defined Introducing ONOS - a SDN network operating system for Networking (SDN) Service Providers ! This%whitepaper%describes%ONOS,%a%SDN%network%operating%system%designed%for%high% availability,%performance,%scale=out%and%rich%abstractions.% ! SUMMARY% The% Open% Network% Operating% System% (ONOS)% is% the% first% open% source% SDN% network% operating% system%targeted%specifically%at%the%Service%Provider%and%mission%critical%networks.%ONOS%is%purpose% built%to%provide%the%high%availability%(HA),%scale=out,%and%performance%these%networks%demand.%In% addition,%ONOS%has%created%useful%Northbound%abstractions%and%APIs%to%enable%easier%application% development%and%Southbound%abstractions%and%interfaces%to%allow%for%control%of%OpenFlow=ready% and%legacy%devices.%Thus,%ONOS%will%% • bring%carrier%grade%features%(scale,%availability,%and%performance)%to%the%SDN%control%plane% • enable%Web%style%agility%% • help%service%providers%migrate%their%existing%networks%to%white%boxes% • lower%service%provider%CapEx%and%OpEx% % ONOS%has%been%developed%in%concert%with%leading%service%providers%(AT&T,%NTT%Communications),%% with% demanding% network% vendors% (Ciena,% Ericsson,% Fujitsu,% Huawei,% Intel,% NEC),% R&E% network% operators%(Internet2,%CNIT,%CREATE=NET),%collaborators%(SRI,%Infoblox),%and%with%ONF%to%validate%its% architecture%through%real%world%use%cases.%% THE%SERVICE%PROVIDER%NEED! The%proliferation%of%mobile%devices,%OTT%services%and%distribution%of%content%across%the%cloud%have% pushed%Service%Provider%networks%to%a%point%where%they%are%in%urgent%need%of%reinvention.%Service%
    [Show full text]
  • ONOS(Open Network Operating System) とは
    ONOS(Open Network Operating System) とは NEC ⾦海 好彦 アジェンダ ▌ONOS の概要 ▌ONOS のアーキテクチャと内部構造 ▌Intent とは ▌ONOS 向きシナリオ例 ▌ユースケース ▌デモ 2 © NEC Corporation 2015 ONOSとは、⼀⾔で ONOS, a SDN network operating system designed for high availability, performance, scale-out, and rich abstractions. 抽象化NEモデルを提供し、フローセット アップ性能に注⼒した、 分散SDNコントローラ基盤 3 © NEC Corporation 2015 ON.lab/ONOS ProjectへのNECの関与 1.0 Avocet release Stanford Clean Slate 2007 2012 2014/9 2014/12 4 © NEC Corporation 2015 バージョン毎の⽬標 3ヶ⽉毎のバージョンアップ Emu Drake Enhancements for Lab trial & initial CORD deployment Platform Development deployment at SP Cardinal networks POC Blackbird demonstrati on at Collaborate with other Demonstrate ONS2015 open source projects, Performance, like ONF, OPNFV, etc. Avocet Scale & HA Real world Announce deployments in Open R&E networks Source Grow Community Development partners and community 5 © NEC Corporation 2015 ONOS Partner and Collaborator Partners Collaborators 6 © NEC Corporation 2015 ONOSが考えるSoftware-Define Networking とは Control Apps Config Apps Mgmt Apps Features SDN Network Operating System Control Plane Disaggregation Hardware Agent OS Loader Merchant Silicon Legacy Closed Whitebox 7 © NEC Corporation 2015 ONOSが考える望ましいSDNの姿 telnet, ssh, … “REST”, telnet, ssh, … Features Features SDN対応 Control Plane Control Plane Hardware Hardware 8 © NEC Corporation 2015 ONOSアーキテクチャ概観 Apps ▌SB プロトコル独⽴ なNBI Northbound Application Intent Framework, Global Network View, Flow Objectives (policy enforcement, conflict resolution) ▌論理的に集中した Distributed Core 分散基盤 (scalability, availability,
    [Show full text]
  • ONOS Adds Seven New Collaborators and Surpasses 50 Member Milestone 2016-03-15, 8:45 AM
    ONOS Adds Seven New Collaborators and Surpasses 50 Member Milestone 2016-03-15, 8:45 AM Français About Us Careers Media Partners Blog FacebookTwitterYouTubeLinkedIn Search SITE NEWS PRODUCTS SOLUTIONS NEWSROOM RESOURCES CONTACT US SIGN IN SOURCE: ONOS March 14, 2016 11:00 ET ONOS Adds Seven New Collaborators and Surpasses 50 Member Milestone Growing ONOS Community Unites at Open Networking Summit to Showcase Use Cases, Demos, Best Practices, and Hands-On Workshops SANTA CLARA, CA--(Marketwired - March 14, 2016) - Open Networking Summit (ONS) - The Open Networking Operating System (ONOS), a collaborative effort to advance an open source software defined networking (SDN) technology, today announces ATTO-Research, Cobham Wireless, Corsa, Edgecore Networks, Flex, IEEE SDN Initiative and NoviFlow have joined as collaborators. Recently surpassing the 50-member milestone, the fast-growing ONOS community is also rapidly diversifying. In just one year, the project went from one to five service provider partners and six to eight vendor partners. Additionally, more than 250 registered users are making code software updates. ONOS has quickly established an active community of contributors, members and production use cases, emerging as a leading SDN OS among services providers. These developments, as well as the sixth ONOS platform release, will be showcased at The Linux Foundation-hosted Open Networking Summit and ONOS Mini Summit taking place in Santa Clara, Calif., March 14-17, 2016. "ONOS new member and community growth are pivotal in accelerating adoption of SDN and NFV," said Guru Parulkar, executive director and board member at ON.Lab's ONOS project. "ONOS has evolved so quickly, emerging as the SDN OS of choice by service providers and the foundation for numerous successful use cases such as CORD, packet-optical convergence, SDN-IP peering, and others.
    [Show full text]
  • One-Line Presentation Title
    Guru Parulkar [email protected] Mission Transform network infrastructure and services with SDN, NFV, & Cloudification to bring Capex and Opex efficiencies and innovation to network operators leveraging Open Source Disaggregation White Box 2 The ONF Ecosystem – 160+ Members Strong Vibrant Operator Led Consortium Positioned for Success ONF BOARD CHAIR: Andre Feutsch - CTO Operator Partners Jochen Appel - VP Amin Vahdat - Fellow Vendor Partners Dai Kashiwa - Director Rob Howald - VP Innovator Operators Shao Guanglu - SVP Patric Lopez - VP 70+ Innovator Vendors Firat Yaman Er - CSO Nick McKeown - Prof 70+ Collaborators Guru Parulkar, Exec Dir 3 Comprehensive Open Source Components & A Track Record of Impact EPC VOLTHA ONF Scope: Open Source Components Mobile, Residential, Enterprise Services Network Functions as a Service: EPC functions, BNG, … XOS A Service OS for service management, composition, orchestration EPC A Disaggregated Virtualized EPC Contributed by Intel and Sprint ONOS An SDN OS for control and config designed for scale, performance, HA VOLTHA A software layer creating OF switch abstraction for OLT devices Stratum A Thin Switch OS supporting5 P4, P4RT, OpenConfig/gNMI, gNOI How do these components enable solutions for network operators? 6 Emerging Multi-Tier Cloud with New Edge Edge Cloud Telco Cloud Public Clouds E Edge Processing is Vital E • Subscriber experience dictated from here • Human Reaction time: 210ms Users • Machine to machine interactions < 100ms & E • Latency to Centralized Cloud: 100 – 400ms Devices •
    [Show full text]
  • Deploying SDN Architecture in Open Optical Transport Networks Master Thesis
    Czech Technical University in Prague Faculty of Electrical Engineering Department of Telecommunication Engineering Deploying SDN architecture in Open Optical Transport Networks Master thesis Bc. Ivan Eroshkin Master programme: Electronics and Communication Branch of study: Communication Systems and Networks Author: Bc. Ivan Eroshkin Supervisor: Doc. Ing. LeoˇsBoh´aˇc,Ph.D. Company supervisor: M.Sc. Dominique Verchere, Ph.D. Prague, January 2020 Thesis Supervisor: Company Supervisor: Doc. Ing. LeoˇsBoh´aˇc,Ph.D. M.Sc. Dominique Verchere, Ph.D. Department of Telecommunication En- ENSA Lab gineering Nokia Bell Labs France Faculty of Electrical Engineering 7 Route de Villejust Czech Technical University in Prague 91620 Nozay, France Technick´a2 dominique.verchere@ 160 00 Prague 6 nokia-bell-labs.com Czech Republic [email protected] Copyright © January 2020, Bc. Ivan Eroshkin Declaration I hereby declare that I have written this master thesis independently and quoted all the sources of information used in accordance with methodological instructions on ethical principles for writing an academic thesis. In Prague, January 2020 ...................................................... Bc. Ivan Eroshkin iii ZADÁNÍ DIPLOMOVÉ PRÁCE I. OSOBNÍ A STUDIJNÍ ÚDAJE Příjmení: Eroshkin Jméno: Ivan Osobní číslo: 434675 Fakulta/ústav: Fakulta elektrotechnická Zadávající katedra/ústav: Katedra telekomunikační techniky Studijní program: Elektronika a komunikace Studijní obor: Komunikační systémy a sítě II. ÚDAJE K DIPLOMOVÉ PRÁCI Název diplomové práce: Využití konceptu softwarově definovaných sítí v otevřených optických transportních sítích Název diplomové práce anglicky: Deploying SDN architecture in Open Optical Transport Networks Pokyny pro vypracování: Hlavním cílem této diplomové práce je nastudovat architektury softwarově definovaných sítí a určit, jak mohou napomoci při řešení rostoucích požadavků na širší automatizaci v optických přenosových sítích.
    [Show full text]
  • ONF Intro & Project Overview V1
    Converged Multi-Access Edge and Next-Gen SDN Tutorial Agenda Time Topics Presenters 9:00am – 9:20am Introduction & Updates to ONF Project Portfolio Timon Sloane, ONF 9:20am – 9:45am NG-SDN: Stratum & P4 Project Update, Google’s Use of Brian O’Connor, ONF Stratum & P4Runtime, NG ONOS New Project Launch Devjit Gopalpur, Google Thomas Vachuska, ONF 9:45am – 10:00am Virtualized Broadband: SEBA Reference Design Tom Moore, AT&T 10:00am – 10:20am Mobile & 5G: OMEC Project Overview & COMAC Initiative Lyle Bertz, Sprint Launch Oguz Sunay, ONF 10:20am – 10:35am Break --- 10:35am – 10:45am Optical: ODTN/TIP Collaboration & Cassini White Box Wenyu Shen, NTT Communications 10:45am - 11:00am Edge Cloud Larry Peterson, ONF 11:00am – 11:50am Operator Lightning Talks: Dave Martin, Blackfoot How ONF Projects Are Being Used Wenyu Shen, NTT Communications Lyle Bertz, Sprint Bora Eliacik, Turk Telekom Tom Anschutz, AT&T 11:50am - 12pm Q&A All Transforming Operator Networks with Open Source Timon Sloane VP Marketing & Ecosystem, ONF ONF – Operator Led Consortium With 13+ additional operators at ‘Innovator’ level Collaborating to Address a Common Problem Operators need cloud-like economics and agility Incumbent vendors have not been providing open tools & cloud-like building blocks 4 Operator Led - Curated Open Source Community Partners committed to disaggregation, open source and SDN/NFV/Cloudification ONF BOARD Operator Partners Andre Feutsch – CTO & ONF Chair Vendor Jochen Appel - VP Partners Amin Vahdat - Fellow Innovator Dai Kashiwa - Director Operators
    [Show full text]
  • US Companies Airspan and Altiostar Announce Partnership to Commercialize 4G & 5G Open Virtualized RAN Network Solutions
    COMPILATION OF RECENT OPEN RAN ANNOUNCEMENTS AND DEMONSTRATIONS AIRSPAN US Companies Airspan And Altiostar Announce Partnership To Commercialize 4G & 5G Open Virtualized RAN Network Solutions Airspan To Partner With Rakuten Mobile To Deliver Air5G Openrange28 Mmwave Platform ALTIOSTAR IBM leading system integration for Telefónica Open RAN proof of concept Rakuten Mobile’s 5G network achieves 1.77Gbps throughput using Altiostar Open RAN network O2 and NEC jointly conduct Open RAN trial with Altiostar The Telecom Infra Project inaugurates New Community Lab in Indonesia STC Tests First Live Open RAN Network in MENA Telefonica Deutschland to accelerate O-RAN deployment: Report NEC accelerates commercial-ready 5G ecosystem development at its CoE Open RAN laboratory Keysight’s 5G Test Solutions Selected by Altiostar to Accelerate Deployment of Virtualized Radio Access Network Infrastructure Altiostar and NEC Demonstrated O-RAN Open Fronthaul at Global O-RAN ALLIANCE Plugfest Hosted by Bharti Airtel in India Altiostar Executive Joins FCC Chairman at Forum on 5G Open Radio Access Networks DISH Selects Altiostar O-RAN Solution as Company Leads U.S. in Nationwide, Standalone 5G Network Buildout Altiostar and Mavenir to Deliver OpenRAN Radios for US Market Altiostar Conducting O-RAN Compliant 5G Massive MIMO Technology Interoperability Testing in Cooperation with NEC and Rakuten Mobile Altiostar is Founding Member of Open RAN Policy Coalition 1 Bharti Airtel To Deploy Altiostar vRAN Cisco, Altiostar, WWT Team For Open vRAN Blueprint WWT Develops
    [Show full text]
  • ONOS: SDN Gets Real / Expert's Forum
    ONOS: SDN gets real / Expert's Forum ONOS: SDN gets real The future of telco is software-defined; it’s also open-source. Open Network Operating System (ONOS) is the first carrier-grade operating system that combines both. ONOS is the brainchild of ON.Lab, and its Executive Director, Guru Parulkar, recently sat down with Communicate to discuss the platform itself, the state of SDN in the industry, and the shifting role of telcos. Guru Parulkar Executive Director of ON. Lab It’s no longer academic ommunicate: Tell us a bit about the background of ON.Lab and ONOS. Guru Parulkar: SDN started Coriginally at Stanford University and UC Berkeley. We did a number of things with SDN, including building SDN controllers and OpenFlow-based switches. Three years ago, we started to see that SDN was taking off and the industry was becoming serious about SDN. So at that time, we realized that the industry would need open-source SDN platforms, the use of which can build real products and solutions. To accelerate SDN, we started Open Networking Lab (ON.Lab) as an independent, non-profit networks. What that means is that ONOS is organization to create open-source SDN designed to be scalable, high-performance, platforms and tools for the industry to use and highly available, and has the right kind of build on. abstractions, so network DevOps personnel can As for ONOS, it is, in some way, our write applications and services on top of ONOS first significant open-source SDN platform. It very easily. is an open-source network operating system When we started ON.Lab, SDN was already that is primarily designed for service provider starting to happen in data centers.
    [Show full text]
  • How to Contribute to ONOS David Boswell, ON.Lab @ ONS2016
    How to Contribute to ONOS David Boswell, ON.Lab @ ONS2016 #ONOSProject Outline ● The ONOS Mission ● The ONOS Community ● Where To Start ● Contribution Opportunities ○ Coding ○ Documentation ○ Spreading the word ○ Design ○ And more 2 #ONOSProject The ONOS Mission ONOS is building a better network ● We are pursuing our vision of what networking could be for the public good ● We want to fix closed, proprietary, complex, expensive and inflexible networks ● We want networks that are enabling innovation rather than impeding innovation Join us on our mission! 3 #ONOSProject The ONOS Community ON.LAB SERVICE PROVIDER VENDOR COLLABORATORS COMMUNITY PARTNERS PARTNERS • ON.Lab provides architecture shepherding and core engineering with focus • Leading service providers make ONOS & SDN/NFV solutions relevant to them • Leading vendors help make ONOS and SDN/NFV solutions real: ready for deployment • Collaborating organizations help grow the community and grow the impact 4 #ONOSProject The ONOS Community ● Both organizations and individuals are welcome ● Formal membership is available to organizations at both the Partner and Collaborator tiers ● Membership can include participation in our Board, joint marketing activities and ability to learn from experts in SDN & NFV ● Membership is not required to take part in the community -- any person or organization is welcome to join and participate 5 #ONOSProject The ONOS Community ONOS A Year Ago ONOS Today Partners: Partners: 1 Service Provider and 6 Vendors 5 Service Providers and 8 Vendors Collaborators:
    [Show full text]