October 18th, 2006 National Institute of Information and Communications Technology (NICT)
JGN2 Summary -JGN2is National Project which is based on National IT policy e- Japan strategy and u-japan strategy. - JGN2 is owned and operated by NICT (National Institute of Information and Communications Technology), which is the only public organization in the field of ICT. - JGN2 is high-speed open testbed network for R&D activities and field trails for many kinds of applications. - JGN2 has been promoting in collaboration with the industry, the academia, the government and regional organizations. Goal of JGN2
Outline of JGN2 Open testbed network for research and development; Network based on Eathernet (L2) and IP(L3) Super-high-speed backbone network up to 20Gbps (10Gbps x 2); Nationwide access point (s) in each prefecture (Total: 64) International circuits for USA, Singapore and Thailand Implementation of Optical Cross Connect (OXC) Optical testbed with dark fiber
Outline of JGN2 Network [Legends ] May, 2006 20Gbps 10Gbps 1Gbps/100Mbps Optical testbed Access points Core network nodes (Available as access points) <1 G> Hokuriku Core network node (Kanazawa) Ishikawa Create Lab (Nomi-shi, Ishikawa Prefecture) < M> Toyama Institute of Information Systems (Toyama) Fukui Information Super Highway AP * (Fukui) < > Hokkaido Core Network Node (Sapporo) Network Organization for Research and Technology in Hokkaido (Sapporo) Sapporo < G> Chugoku Core Network Node (Okayama) < G> Teleport Okayama (Okayama) Hiroshima University (Higashi Hiroshima) < M> Tottori University of Environmental Studies (Tottori) Techno Arc Shimane (Matsue) New Media Plaza Yamaguchi (Yamaguchi) < G> Kyushu Core Network Node (Fukuoka) Kitakyushu AIM Building Kitakyushu, Fukuoka Kyushu University (Fukuoka) < M> NetCom Saga (Saga) Nagasaki University (Nagasaki) Kumamoto Prefectural Government (Kumamoto) Toyonokuni Hyper Network AP * (Oita) Miyazaki University (Miyazaki) Kagoshima University (Kagoshima) Naha < > Okinawa Core network node (Naha) Kitakyushu Fukuoka Kochi <1 G> Kinki Core Network Node (Osaka) NICT Keihanna Branch (Seika-cho, Kyoto) Kyoto University (Kyoto) Osaka University (Ibaraki, Osaka) < G> NICT Kobe Branch (Kobe) < M> Biwako Information Highway AP * (Ohtsu) Nara Prefectural Institute of Industrial Technology (Nara) Wakayama University (Wakayama) Hyogo Prefecture-Nishiharima Office (Kamigori-cho, Hyogo Prefecture) Okayama Osaka < > Shikoku Core Network Node (Kochi) < M> Navigator for Emergence of Excellent Technology (Takamatsu) The University of Tokushima (Tokushima) Ehime University (Matsuyama) Kochi University of Technology (Kami, Kochi Prefecture) Kanazawa NICT Keihannna Branch < M> Shinetu Core Network Node (Nagano) Niigata University (Niigata) Matsumoto Information Creative Center (Matsumoto) NICT Koganei Headquarters Nagoya Nagano Tokyo < > Tokai Core Network Node (Nagoya) < M> Nagoya University (Nagoya) University of Shizuoka (Shizuoka) Softopia Japan (Ogaki) Mie Prefectural College of Nursing (Tsu) Sendai < G> Tohoku Core Network Node (Sendai) < G> Tohoku University (Sendai) NICT Iwate IT Open Laboratory (Takizawa) < M> Hachinohe Institute of Technology (Hachinohe) Akita Regional IX * (Akita) Keio University Tsuruoka Town Campus (Tsuruoka) The University of Aizu (AizuWakamatsu) NICT Tsukuba Research Center Akihabara <1 G> KANTO Core Network Node A (Chiyoda Ward, Tokyo) KANTO Core Network Node B (Chiyoda Ward, Tokyo) NICT Koganei Headquarters (Koganei, Tokyo) NICT Tsukuba Research Center (Tsukuba) Akihabara Daibiru (Chiyoda Ward, Tokyo) The University of Tokyo (Bunkyo Ward, Tokyo) NICT Kashima Space Research Center (Kashima, Ibaraki Prefecture) <1G> Yokosuka Telecom Research Park (Yokosuka, Kanagawa Prefecture) <100M> Utsunomiya University (Utsunomiya) Gunma Industrial Technology Center (Maebashi) Reitaku University (Kashiwa) Honjyo Campus of Waseda University (Honjyo) Yamanashi Prefectural Open Center for R&D (Chuo) *IX: Internet exchange USA Thailand Singapore AP: Access Point
JGN2/NICT International Network Structure US-JP US-JPline line TH-JP line TH-JP line SG-JP SG-JPline line : :Tokyo-Chicago, Tokyo-Chicago,10Gbps 10Gbpsxx11 : :Tokyo-Bangkok, 45Mbps Tokyo-Bangkok, 45Mbpsxx11 : :Tokyo-Singapore, Tokyo-Singapore,155Mbps 155Mbpsxx11 KR-JP KR-JPline line HK-JP HK-JPline line : :Fukuoka-Hyeonhae, Fukuoka-Hyeonhae,2.4Gbps 2.4Gbpsxx11 : :Tokyo-Hong Tokyo-HongKong, Kong,2.4Gbps 2.4Gbpsxx11 GLORIAD (USA, Russia, China) GEANT2 (Europe) TWAREN (Taiwan) HARNET (Hong Kong) APAN (Asia) KOREN (Korea) TEIN2 (Asia, Europe) CERNET (China) CA*net4 (Canada) UKLight (UK) SURFnet (Netherland) IEEAF (USA) Tokyo CSTNET (China) StarLight (USA) MREN (USA) Abilene (USA) UniNet (Thailand) NLR (USA) ThaiSarn (Thailand) SingAREN (SingAREN) AARNet (Australia)
JGN2 Primary Activity - Activity Situation for General R&D Project (Apr./2004 - Sep./2006) Results of JGN2 R&D Project Total Number of R&D Domestic Projects through JGN2: 130 - Network Network Basic Technology 17 Optical Technology 20 IPv6 Technology 16 Security Technology 13 - Middleware Quantum Cryptography Technology 2 Grid Research 7 Human Interface 7 - Application Educational Field 17 Medical Field 9 Regional Field 13 Contents Field 14 Environmental and Scientific Field 5 Project Category: counted plural times The projects via JGN2 were performed with the research organizations in USA, Thailand, Singapore and also Europe and the areas in East Asia via the other networks with interconnection. Category) (Number) 466 1396 94 61 89 2
JGN 2 Key Research Activities 1. Research activities in JGN2 Research Center - Nationwide IPv6 Multicast experiment - GMPLS network operation and management technology - Sensor network experiment - Grid network technology etc. 2. Research activities on Optical Testbed on JGN2-1000 Wavelengths WDM experimenht for 126Km Transmission - 100Tera Optical Router Technology - 160Gbps Optical Packet Switching System Prototype - Quantum Cryptography Telecommunications Technology etc. 3. International Research activities on JGN2-4K Digital Cinema (4096 x 2160 pixel resolution) - Data Reservoir :LSR demonstrative experiment on IPv4 and IPv6 - Globe-scale radio astronomy (e-vlbi) - 3D-HD Experiment of Telemedicine etc.
User Category of JGN2 General Project As of the end of Jan., 2006
igrid2005 / SC 05 igrid2005 and SC 05 were the remarkable events where many experiments / demonstrations were enabled by utilizing high-bandwidth international link provided by JGN II. Examples of experiments / demonstration in igrid2005and SC 05 2005/09/26-29 San Diego, CA 2005/11/12-18 Seattle, WA Univ. of Tokyo NICT, Osaka Univ. NAIST, etc. JAXA, Fujitsu members NICT, MIT, Manchester Univ. etc. NICT, UIC, Johns Hopkins Univ., KIST, Univ. of Tokyo,, etc. NICT, AIST, KDDI Lab, NTT Lab, Keio Univ., NTT, UIC, etc. NICT, Ehime Univ. Outline of Experiments / demonstration Demonstration of globe-scale radio astronomy (evlbi) with realtime data transfer from radio telescopes of US, Europe and Japan Transporting Sloan Digital Sky Survey (SDSS) data using UDT Demonstration of coordination of Grid and NW resource scheduler over GMPLS Trans-pacific real-time transmission of 4K Digital Cinema Data Reservoir: Massive data transfer over globe-size long distance link using IPv6 -QoS over high-speed network -Grid architecture and access control to connect sensing devices High-speed data transfer over SFRS on Ether 3D simulation of space weather and real-time visualization of satellite observation data
Research on Distributed Shared Data System for Scientific Data <LSR Demonstrative Experiment on IPv4 and IPv6> Category Record Set Date Route Distance Data Speed Transmitted Land Speed Record (Distance x Bandwidth) IPv4 TCP Single/Multiple Stream November 10, 2005 Seattle >>Tokyo >> Chicago >> Amsterdam >> Seattle 30,000 km 7.99 Gbps 239,820 Tbit meter/sec IPv6 TCP Single/Multiple Stream November 12, 2005 Seattle >> Tokyo >> Chicago >>Tokyo >> Seattle 30,000 km 6.18 Gbps 185,400 Tbit meter/sec IPv4 Route IPv6 Route Japan North America Europe Japan North America IEEAF Seattle Amsterdam IEEAF Seattle Tokyo Chicago Chicago Tokyo
e-vlbi Experiment JGN II Network Diagram for igrid and SC 2005 Circuit speed 10G 1G Chicago MIT Haystack SL F10 10G GS4000 3/7 untag SW Washington DC HOPI SW DRAGON SW PC Correlator 10G Tokyo NICT Koganei Venue 9816GB U-Node NICT Kashima GS4000 10G GS4000 10G GS4000 10G U-Node 9816T PC (.30) FES12G PC (.29) 9816GB 9816GB #9 (untag) JGN II VLAN ID 1196, 98XXX Allied Telesis CenterCOM L2 Switch, U-node NEC ADM (MTU 1500B limitation), GS4000 Hitachi L2 Switch
Awards in Internet2 Spring Meeting 2006 Land Speed Record (LSR) Dr. Hiraki (Univ. of Tokyo) Internet2 Driving Exemplary Applications (IDEA) e-vlbi
GMPLS (Tsukuba Research Center) Enlightened/G-Lambda Collaboration Demo with MCNC Collaboration of GRID: GLIF@2006/9/11-13, Akihabara, Japan Otemachi-2 (Tokyo, Japan) Router OXC OXC N x GbE, etc 10GbE GMPLS Network OXC JGN2 L2-SW @Tokyo JGN2 L2-SW @Chicago 10GbE OXC OXC OXC
Experiment of Telemedicine in Ophthalmology based 3D-HD and Broadband Network Japan Asahikawa Medical College Hospital Telemedicine Center 3D-HD camera system for surgery Microscopic HD camera head Operation room Conference image for Remote diagnostics H.264 IPVC HD HD Asahikawa Medical College DLP Projector 3D-HD Player 3D-HD encode / distribute server NTSC ROI control PC Joy stick 3D-HD Link :1Link (50Mbps) IP-Video Conference :1Link (2Mbps) ROI platform :1Link (6Mbps) AP AP SingAREN ThaiSarn /Uninet AP ROI control PC 3D-HD Player Singapore DLP Projector DLP Projector 3D Glass H.264 IPVC 3D-HD camera system for surgery Thailand (1) Singapore National Eye Center 3D Screen Conference image for Remote diagnostics Chulalongkorn University & Hospital Department of Ophthalmology H.264 IPVC ROI Platform AP Access Point Joy stick ROI Platform ROI Image Conference image for Remote diagnostics
The Role of International Collaboration Promotion of R&D activities -Human Resourced Development -Enhance R&D community s activities -Deployment of Technologies (Standardization etc. Keep good balance of Collaboration and Competition
Road to Post JGN２ Project Deployment Deploymentof of Broadband Network Broadband Network - -2.4 2.4Gbps GbpsHigh HighSpeed Speed - -66 Access Points 66 Access Points Promotion Promotionof ofipv6 IPv6 Technology Technology Promotion Promotionof ofoptical Optical Network Technology Network Technology - -Optical OpticalTestbed Testbed - -OXC OXC International InternationalStrategy Strategy Coming soon! (USA, (USA, Singapore, Singapore,Thailand) Thailand) Post JGN2 Beyond JGNⅡ JGN JGNⅡ 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008
The Viewpoint of Post JGN２ Key Concept What is the key concept of testbed network to promote R&D of advanced ICT technologies? Network Topology How should we develop new network with key concept? Promotion of R&D Activities How can we promote R&D activities using Post JGN2? International strategy How can we promote international collaboration using Post JGN2?
Contact Address Thank you! National Institute of Information and Communications Technology (NICT) 4-2-1, Nukui-Kitamachi, Koganei, Tokyo, 184-8795, Japan TEL:+81-42-327-6005 E-Mail:jgn2center@jgn2.jp JGN2 Homepage URL http://www.jgn.nict.go.jp/