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Preparing Resource Aggregations for FIRST Future Internet Testbed

Preparing Resource Aggregations for FIRST Future Internet Testbed. Feb. 11 th , 2010 eFIT - Future Internet Testbed WS @ APAN Sydney Meeting Dr. JongWon Kim ( jongwon@gist.ac.kr ) Networked Media Lab., Dept. of Information and Communications Gwangju Institute of Science and Technology.

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Preparing Resource Aggregations for FIRST Future Internet Testbed

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  1. Preparing Resource Aggregations for FIRST Future Internet Testbed Feb. 11th, 2010 eFIT - Future Internet Testbed WS @ APAN Sydney Meeting Dr. JongWon Kim (jongwon@gist.ac.kr) Networked Media Lab., Dept. of Information and Communications Gwangju Institute of Science and Technology

  2. FIRST (Future Internet Research for Sustainable Testbed) Project Overview Development of the core technology and virtualized Programmable platform for Future Internet • Period : March 2009 ~ February 2014 (5 years) • Institutions: ETRI and 5 universities • Project Goal • Research on the core technologies for FI platform realization • - programmability, network virtualization and control framework • Development of the FI platform for domestic and Int’l experimental infrastructure • - for Network architecture researchers and Service architecture researcher • - mid-range ATCA platform and PC-based platform

  3. Resource Aggregations for FIRST Development of the core technology and virtualized Programmable platform for Future Internet Control Framework (ProtoGENI-compatible) 3 FIRST@ETRI ATCA-based NP RA Control plane Control plane Privileged VM VM VM FIRST@PC: PC-based NetOpen RA & MediaX RA … 2 Virtualization S/W (Xen extension) Router Substrate H/W (ATCA based) NP NP NP CPU Storage Memory 1 CPU Data Transport Mux Mux

  4. FIRST@ETRI: Future Internet Platform Development in ETRI FiRST Future Internet Research for Sustainable Testbed FiRST

  5. FIRST@ETRI Overall Architecture • Control Framework • - International Federation • - APIs • ▪ Clearinghouse APIs • ▪ Slice APIs • ▪ Node Manager APIs • - Resource Negotiation • Virtualization • - Number of Max VMs • - Resource Isolation • - Scale-up Virtualization • - Sliver Migration • Substrate • - Resource Specification • - Resource Allocation • - Resource Monitoring Control Framework (ProtoGENI-compatible) 3 Control plane Control plane Privileged VM VM VM … 2 Virtualization S/W (Xen extension) Router Substrate H/W (ATCA based) NP NP NP CPU Storage Memory 1 CPU Data Transport Mux Mux

  6. FIRST@ETRI Hardware Platform • COTS blades – ATCA • Octeon Network Processor for Packet Processing ATCA Chassis • - Dual Octeon NP 5860 • 2 x 10GbE, 10x1GbE Octeon NP based Line Cards CPU Boards PC Servers with NetFPGA (future) • - Intel Xeon dual core • - Dual 1GbE Ethernet Controller • 2 x 10/100/1000 Base-T • 16-slot 10 GbE and 100/1000 • Base-T fabric switch • More than 100 Gbps of external • connectivity • Non-blocking Layer 2 switching Backplane High-end FPGA pool (future) 10 GbE Switch Optical Lambda Switch (future)

  7. FIRST@ETRI Open Platform Substrate Architecture Model

  8. FIRST@ETRI Demonstration @ GEC7 (Salt Lake City, Nov. 2009) Demo System Configuration Experimental User Console @ETRI/Korea 0 1 9 0 0 1 N2X Console 0 0 @Utah U. E S N2X 15 15 1 0 FIRST Platform #0 FIRST Platform #1 1 0 0 1 0 1 0 0 0 0 15 15 15 15 0 1 9 0 1 9

  9. FIRST@PC: Service-Oriented Testbed for Future Internet FiRST Future Internet Research for Sustainable Testbed

  10. FIRST@PC: Experimental Media-Oriented Service Composition

  11. FIRST@PC NetOpen (NetFPGA/OpenFlow) RA (v0.1) Experimenter ENVI LAVI User-defined Routing Experimenter UI OpenFlow Controller OpenFlow stack NOX Core Threading , IO NOX FlowVisor GIST FlowVisor FlowVisor IP Network KOREN/KREONET CNU POSTECH NetFPGA/OpenFlow Switch OpenFlow-enabled network Capsulator OpenFlow Switch End host MAC in IP Tunnel

  12. FIRST@PC MediaX RA (v0.1)

  13. FIRST@PC: Platform Overview OMX OpenCF NetOpen RA & MediaX RA

  14. FIRST@PC: OMX (Open Media eXperiment for service composition) Toolkit Implementation of colored items is in progress.

  15. FIRST@PC OMX Toolkit – Progress • Agent-based Implementation for experiment control (service configuration, service composition, and service monitoring) with user interfaces for experimenter • Currently being implemented to work with OMF control framework • Monitoring with OML to monitor node performance (using Sigar API for CPU/memory and NIC)

  16. Other Openflow Efforts for Future Internet Testbed

  17. OpenFlow-enabled Network of KOREN (KOREN OpenFlow Working Group) OpenFlow Switch (Linux PC) Seoul NOX OpenFlow Controller VLAN on KOREN Suwon Chungnam Nat. Univ. Daejeon Controller Deagu Gwangju Busan • 6 switches are deployed on KOREN • OpenFlow switches are connected using VLAN • links through Ethernet Switches of KOREN Fukuoka (Japan)

  18. Developing Openflow-based Path Control Path Control System Add/Drop Flow Table Entry Setup Commands OpenFlow Switch OpenFlow Controller Agent Server OpenFlow Switch OpenFlow Controller Path Request Agent Web I/F Network Monitor OpenFlow Switch • OpenFlow Network can be monitored using • the weather-map application of web server • OpenFlow paths can be set up through web server

  19. An Experiment of OpenFlow-enabled Network (Feb. 2009 - Sapporo Snow Festival Video Transmission) Seoul OpenFlow Switch (Linux PC) Suwon NOX OpenFlow Controller VLAN on KOREN Data Transmission Daejeon TJB Controller TJB Broadcasting Company Deagu Gwangju Busan Sapporo Studio Japan OpenFlow Network Sapporo Japan A video clip of Sapporo snow festival is transmitted to TJB (Daejeon, KOREA) via ABC server (Osaka, JAPAN). Server Asahi Broadcasting Cooperation (ABC) at Osaka, Japan

  20. Thank you! Send Inquiry to fi@nm.gist.ac.kr FiRST Future Internet Research for Sustainable Testbed

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