Bristol Is Open. Dimitra Simeonidou Prof. of High Performance Networks CTO, Bristol Is Open 17/03/15

Transcription

1 Bristol Is Open Dimitra Simeonidou Prof. of High Performance Networks CTO, Bristol Is Open 17/03/15

2 The first Joint Venture between the Council & the University Why are we doing this? How are we doing this?

3 Bristol Is Open (BIO) The aim is to build a research network integrating optical, wireless, IoT and computing to provide a unique open and programmable experimental platform in the centre of Bristol BIO will offer the test-bed as utility for experimentation BIO will support City-driven research and innovation

4 A Test-bed for Diverse Requirements Users Applications Media Transport ehealth... Demand Services Clouds IMS Service Delivery Platforms... Enabling Technology Infrastructures Wireless / Sensors Fixed/ Wired Compute/ Storage Peripherals/ Device

5 Who is this for? TMT businesses & academia Culture & creative content Ggj People, community, service delivery Better city management

6 Our philosophy of innovation, co-creation, enabled by a JV

7 The Network Infrastructure

8 A city-region test-bed

9 With evolving technology

10 Where the sky is the limit

11 Laying cables in rivers, modifying lamp posts

12 Phase I, Bristol City Centre, live Q2 2015

13 Connected & dynamic local host partners At-Bristol Hi-Def, 3D, visualisation in a Dome Watershed pervasive media - experience design at scale, impacting 100,000s EngineShed Business incubation & regional collaboration

14 Phase II, wider City-Region, live in stages

15 Core Network Node User Boxes OpenStack Managed DC in a Box SDN enabled L2 Switch 10 G/40G/100G SDN enabled L1/L0 Optical Switch 100G

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17 The Experimental Framework

18 Develop Experimental Capabilities

19 Minimize the Barriers for User Interaction with the Infrastructure 1 2 BIO Have an idea/application Log on to the OPRC network portal 3 Configure your own network 4 Run your experiment!!! BIO Controller (Intelligence) Application 1 Application 2 Application 1 Network as a Service (NaaS ) Firewall, Load Balancer Data Center Services Application 2

20 The Network Emulator HPC - Exascale Computing Quantum Computing Wireless Networking Optical Network research Programmable hardware platform Farm FPGA DSP Network Processor General Processor Network & IT Emulation Platform SDN Backplane

21 The Service Platform

22 Smart City OS (NetOS ) end-user services core services experimental services App 1 App 2 App 3 App N NetOS Mgmt Platforms management Exp 1 Service Development Kit Enhanced SDK Data Presentation Layer Data Pre-Processing Services service 1 service N Platform Virtualization/Slicing Information Models Data Collection Engine sync async OpenStack, OpenStack etc. City Network(s) SDN Controller Gateway /Driver Gateway /Driver Gateway /Driver Gateway /Driver Gateway /Driver Gateway /Driver parking traffic gates smart grid public transport smartphones cars HPC Optical CCTV public buildings weather sensors... home meters sensors Wireless city resources citizen resources aux resources

23 Vendor-specific OpenFlow Agent Extended* OpenFlow v1.03 (v1.4 to be released in Dec 14) *Extensions to OpenFlow support network impairments & constraints Wireless Sensors Extended OpenFlow Channel Capability Abstraction (Resource Model) Technology-specific Interface OpenFlow Agent Raw Socket SNMP TL1 Ethernet Frame Flex-grid ROADM WDM ROADM Space Switch Optical NIC 23

24 Virtualization: How does it work

25 City Applications City OS API City Experimentation as a Service (CEaaS) City Test-bed as service City Test-bed as service Virtual City Control Network Slicing Compute Slicing Multi-tenant & Usage Policy Compute Control Net Traffic Stats Knowledge User Behavior City Slices City HyperVisor City Virtualization Network Devices Control Knowledge Building Mobility Patterns Virtual City Control Assets Control API Knowledge User defined Knowledge SDN Enabled Virtual Infrastructure Control SDN Enabled Virtualization Knowledge SDN Enabled Infrastructure Technology Agnostic

26 The Applications

27 I see Bristol as a laboratory for change Mayor George Ferguson

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29 Eight types of network user Societal why? Academic urban researchers Large Corporations that work in cities Small companies - e.g connecting objects Micro users apps, games & creative Technical how? Academic technology researchers Large technology corporations Small technology companies Things connecting to other things (M2M)

30 When will it work for who? Societal why? Academic urban researchers Large Corporations that work in cities Small companies & communities Micro users apps, games & creative Technical how? June 2015 Sept 2015 Nov 2015 Nov 2015 April 2015 April 2015 Nov 2015 Nov 2015 Academic technology researchers Large technology corporations Small technology companies Things connecting to other things (M2M)

31 Thank you

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