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2013/TEL47/DSG/010 Agenda Item: 3.4

Progress Report: APII R&D Testbed Network Project

Purpose: Information Submitted by: Japan

ICT Development Steering Group MeetingBali, Indonesia

26 April 2013

2013/5/29

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APII R&D Testbed Network ProjectProgress Report ‐ August 2012 to March 2013

April, 2013Shuji Yamaguchi

National Institute of Information and Communications Technology, Japan

Updates for August 2012 to March 2013

• Introduction and Overview of JGN‐X Project– JGN‐X Project  for Future Internet– JGN‐X updates on Network  Environment 

• Recent and Upcoming Events related to APII Testbed– APII Workshop 2012(Oct. 2012)– Demonstration on Supercomputing Conference (Nov. 2012)– APAN35 Future Internet Testbed(FIT) WG Workshop(Jan. 2013)– Snow Festival Experiment 2013(Feb 2013)– SDN Experiment in Tohoku Area(disaster‐stricken area)– Joint SDN Research with NECTEC/Uninet– Upcoming Events

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Future Internet/New Generation Network

• Realization of “Future Internet technologies (i.e. the New Generation Network (NWGN))” is required, which will provide fundamental solutions to various network problems, such as network security and energy consumption. 

• NICT has conducted R&D activities, and operates large‐scale testbed networks to establish NWGN technology through proof and evaluation.

• The testbed networks are widely opened to industry, academia and government as a technology assessment environment (testbed), and promote the timely development of new applications and strategic international joint research and cooperation through connections with research institutions in the U.S., Europe, Asia, etc.

Outline

Establishment of New Generation Network TechnologyProblem: Security,

Energy consumption

It will solve present network problems fundamentally

2010 (Present) 2015 2020

Testbed for New generation communication network（JGN‐X） Industry‐academia‐government  

cooperation promotes research and development, performance assessment 

and verification 

Establishment of New Generation Network is necessary

2000

Gbps Network A large scale multicast Advanced,optical testbed

Mass image Transmissiontechnology

IPv6,Multicasttechnology

Opticalnetwork

Increasing speed andperformance

Present Network 

Related IP Network Technology Related New Generation Network Technology ※

Performance assessment, Verification

Putting it to practical use

JGN JGN2 JGN2plus

New architecture, elemental technology

Operation of New Generation Network (NWGN)

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JGN-X Network including APII Network (as of Apr. 2013)Realizing multiple New Generation Network Planes on a virtual JGN-X network. Also made it available to interconnect with other Testbeds.

FukuokaHiroshima

Okayama

Sendai

NICT Koganei

SouthKoreaUSA

Thailand Singapore HongKong

Bandwidth International

Wireless Testbed

Kanazawa

Kagawa

Okinawa

Nagoya

Kochi

DCNDCN

DCNDCN plane

OFOF

OFOF

OFOpenFlow plane

VN

VN

Virtual Node planeVN

VN

Optical TestbedWireless Testbed

VLAN-based testbed network

Osaka

Iwate

Tokyo

Sapporo

40G10G

DF

VN Virtual Node

OF Openflow

DCN DCNEx

1GVirtual Storage

StarBED

Japan- USA： 10GJapan - Korea： 10GJapan – Hong Kong： 10GHong Kong - Singapore 2.4GSingapore - Thailand： 622Mbps

Optical Testbed

Koganei- OtemachiOtemachi～Otemachi

Change  the circuit  of Fukuoka‐Pusan to Tokyo‐Seoul

APII Network

DCNVN

OF

VN OF

DCNVN

OF

VN

OF

OF OF OF

VN

OF

OF

VN

OF

DCNVN

OF

OF 3

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Juniper MX240

Juniper MX80

Juniper MX80

Juniper MX80

Juniper EX4500TEIN3‐SG

TEIN3‐HK

SINET4TEIN3‐JP

Singapore(Global Switch)

HongKong(Mega i‐Advantage)

Tokyo(KDDI Otemachi)

Tokyo(NTT Otemachi)

APAN‐JP

Asian Links including APII Network

10Gbps10Gbps

10Gbps

10Gbps10Gbps

10Gbps

10Gbps

2.4Gbps

2.4Gbps

10Gbps

10Gbps

1Gbps

1Gbps

622Mbps

10Gbps

Bangkok(Bangkok Thai Tower)

CUHK(HKIX)CUHK(HKIX)

CERNET CSTNET

SingAREN

Back up L2 by VPLS

10Gbps 10Gbps 1Gbps

Juniper MX80

JuniperMX80

Uninet1Gbps

1GbpsFor ThaiREN

Back up L2 by VPLS

JGN‐X(AS17943) are making own bgp peers to NRENs

10Gbps

ThaiREN

APII NetworkAPII Network

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Juniper MX80

KOREN

Juniper MX80

JGN‐X

10Gbps

Seoul(KIDC)

Back up L2 by VPLS

10GbpsBy KOREN

NEW!

– APII Workshop 2012(Oct. 2012)

– Demonstration on Supercomputing Conference (Nov. 2012)

– APAN35 Future Internet Testbed(FIT) WG Workshop(Jan. 2013)

– Snow Festival Experiment 2013(Feb. 2013)

– SDN Experiment in Tohoku Area(disaster‐stricken area)

– Joint SDN Research with NECTEC/Uninet

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Recent and Upcoming Events related to APII Testbed

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APII Workshop 2012(29th of Oct. 2012)No Presentation (draft) By

1 APII Update ‐ JGN‐X Eiji Kawai(NICT)

2 APII Update ‐ KOREN Sanggyun Kim(NIA)

3SDN

RISE ‐ SDN testbed on JGN‐X Shuji Ishii(NICT)

4 SDN‐enabled OF@TEIN Testbed JongWon KIM(GIST)

5 Life‐cycle management

Autonomous Fast Rerouting for Software Defined Network Shohei Kamamura(NTT)

6 Medical Telemedichine Activities Junghun LEE(SNUBH)

7CPS

Human Centric Cyber Physical System Based Sensing Teruo Higashino(Osaka Univ.)

8 IoT‐Silo: An Agent‐Based Service Platform for IoT Dr. IlKwon CHO(NIA)Dr. EuiHyun Jung

9Wireless

Virtualization Control Architecture for Mobile Networks wireless virtual 

Prof. ChoongHoCHO(Korea Univ.)

10 NerveNet: A Self‐distributed Wireless Mesh Access Network Platform with In‐network Contents Caching, Processing and Forwarding

Yasunori Owada(NICT)

11ISP‐CDN

Overlay Contents Routing Test CCN YeongIl SEO(KT)

12 Service‐Oriented Open Routers  Michihiro Koibuchi(NII)

Presentation materials are available at JGN‐X Web site: http://www.jgn.nict.go.jp/english/reports/presentation/APII_ws‐2012.html 6

Demonstration in SC12 with global relationship

Global scaled

Federation

Global-scaled Network

Federation

Integrating

area SDN

Integrating HPC & Wide-

area SDN

SDN use case: Route control by TDW application

Cloud IMS over SDN network RISE Evaluating NICT Science Cloud in Global Scale

Multi‐domain network with NSI/OpenFlow

Applying SDN

services

Applying SDN to carrier services

Wide area

coputing

Wide-area distributed coputing

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Osaka Tokyo Salt Lake City (venue)

Science cloud cluster in Japan

SDN network on JGN-X

SDN network on JGN-X Environment in the venueEnvironment in the venue

SC boothSC boothOsakaOsaka

Pull out the cable

Performed several demonstrations with collaborating global R&E networks

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Demonstration of Cloud IMS with SDN/OpenFlow Testbed over JGN-X(RISE)※IMS : IP Multimedia Subsystem

Osaka Tokyo Salt Lake City (the venue)

‐Performed proving test of load‐balancing IP phone process under disaster situation, utilizing wide‐area SDN/OpenFlow testbed network‐ KDDI Laboratory successfully demonstrated the system, collaborating with RISE over US‐JP network in SC12(Super Computing Conference, Nov 2012)

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APAN35 FIT WG（Jan. 14th/15th, 2013）

No Title of the presentation By

1 Session 1 in 14th Chair: James Williams

International SDN at Indiana University John Hicks (Indiana University)

Update on OF@TEIN SDN‐enabled Testbed Jong Won Kim (GIST)Software defined networking (SDN) research in Tsinghua University Jun Bi (Tsinghua University)

Current Status of JP OF testbed RISE Shuji Ishii(NICT)

2 Session 2 in 15th Chair: Shinji Shimojo

SDN Researches over TWAREN Te Lung (NCHC)

DYPOP: Datacenter besides your POP Katsushi Kobayashi (RIKEN)

Integration NSI and SDN Jin Tanaka (KDDI/NICT)A Challenge on Collaborative Testbed Federation between Heterogeneous Testbeds ‐ a case study on StarBED and Deterlab

Masatoshi Enomoto (NAIST)

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JGN‐X Experiment in Snow Festival 2013

（※）NICT Press Release is available at: http://www.nict.go.jp/en/press/2013/03/18-1.html 10

• Selection and changing over 10 kinds of SDN developed in parallel by user• Change network necessary technology on‐demand by using our  GUI• Change occurs only inside network without modification needed in user side• Commercial TV Broadcasting quality transmission• In parallel with TV broadcasting, experiment of LIME and Wi‐Fi streaming are performed

Headed by Title of Experiment(Tentative)

Description in brief

NTT NS Lab

/Cisco

/Osaka U/ECU

Bandwidth Auto‐Scale: SDTN

Adjust assigned bandwidth instantly  with changes in amount of user traffic

Bandwidth Auto‐Scale: (Cisco)

Implement above by using Cisco OnePK

Technology of Controlled Self‐Organizing Network

Virtualized Network control technology inspired by biologicalfluctuation (partially  using outcomes from MIC’s SCOPE commissioned research)

NICT/NEC RISEman Experiment with latest controller of JGN‐X’s SDN Testbed“RISE”

MPLS‐TP+OpenFlow Experiment with Special MPLS‐TP extension in specification of  OpenFlow

Cisco  Cisco OnePK Validation on easier routing control by SDN/Cisco OnePK

Juniper Juniper SDN OpenFlow SW control and MPLS Path control by SDN on multiple plain assuming NVO use

NICT/UT/KeioU GINEW Implementation of dynamic and simplified path control under multi‐vender network environment

University of Tokyo

FLARE Achieves Deeply Programmable Network (DPN) which evolved SDN

NICT/UT/NTT Virtualized Node Experiment of Resource Isolation by the latest Virtualized Node system

10 SDN Experiments JGN‐X Experiment in Snow Festival 2013

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SDN Experiment in Tohoku Area (disaster‐stricken area)

Perform the demonstration of “Robust Network in Emergency Situation” adapted the SDN/OpenFlow technology with following features– Multiplex circuit utilizing multiple access network integrated wire and wireless – Rapid and flexible network construction with remote control using SDN/Openflow controller– Priority control of transmission contents using SDN/Openflow Controller

Shopping Mall

City Hall

Welfare Center

Prevention Center

IntegratedAdministration

Upper network X)Upper network(incluiding JGN‐X)

Virtual Network2Virtual Network2Virtual Network1

CATVPHS3G WiFi ADSLOpt. FiberOpt. Fiber

Remote control Server(SDN/OpenFlow Controler)

Virtual Network for service in emergencyVirtual Network for service in emergency

(1) Providing  a virtual network with integrating heterogeneous network

(2)Re‐constructiongnetwork with resources survived from the disaster

Normal serviceEmergency Service

(3)Priority control of data transmission per apps

District center

OpenFlowSwitched bySDN/OpenFlow

TV station

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SDN Experiment in Tohoku Area (Logical Topology of the Network System)

Disaster Prevention Center

Internet JGN‐X

Server

PHS 3G

Other point

To establish the Robust Network in Emergency Situation, we set 14 access points which are citizen’s refuge from disaster as emergency sites to communicate, and build multiplex circuit such as optical fiber, mobile network and wireless LAN bridge for interconnection of each AP etc..

ShoppingMall

City Hall Welfare Center

In-City Network(Optical Fiber)

WiFi APWiFi AP WiFi AP TV Station

Branch 

WiFi AP

Interconnection

District Center

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Wireless LANbridge

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Regional Information Service Web site in Emergency(under construction)

Emergency In normal/restored situation

Expression of local priority news searched by those keywords related to emergency, e.g. Earthquake / Tsunami / Evacuation / Electoric / Gas / Water

Information and content referred to the web page of local government etc.

Links to the web page of local government and central Government etc.

Emergency Information for Citizen Information for Citizen

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OpenFlow/RISE Training 

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• During Jan‐Mar 2013, NICT invited 2 trainees from NECTEC/Uninet (Thailand) for OpenFlow Training.

• They successfully finished the training course, and developed a few OpenFlow applications for better understandings.

• NICT will continue the training to its partners.

Snapshots OpenFlow application: Flow control OpenFlow application: Cross-multi-VLANs15

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Upcoming Events

June 12th ‐14th  2013Interop Tokyo 2012 in Chiba / Japan

Aug. 19th – 23th (one day for Workshop)2013 FIT WG Workshop in APAN 36 Daejeon, Korea

Aug.  2013(Planned)APII Workshop in Korea (near day of APAN 36)

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Thank you for your attention!Network Testbed Research and Development Promotion Center

National Institute of Information and Communications Technology / Japan

Please contact us at: +81‐3‐3272‐3060 jgncenter@jgn‐x.jp