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Digital Divide in HEP in and to Japan ICFA Workshop on HEP networking at Daegu on May 23-27, 2005.

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Presentation on theme: "Digital Divide in HEP in and to Japan ICFA Workshop on HEP networking at Daegu on May 23-27, 2005."— Presentation transcript:

1 Digital Divide in HEP in and to Japan Yukio.Karita@KEK.jp ICFA Workshop on HEP networking at Daegu on May 23-27, 2005

2 Summary of my presentation at the previous workshop held at Rio in Feb 2004 In Japan, SuperSINET connects most of major universities and national laboratories and provides them of 10Gbps IP connection, discipline-dedicated inter-site GigE’s, MPLS- VPN’s, and 10Gbps bandwidth to Abilene, ESnet, and Geant, and is indispensable for HEP and other e-Sciences. However universities (especially private universities) that are not SuperSINET nodes are facing Digital Divide. In Asia, APAN is providing, or is expected to provide, the networks necessary for HEP and other e-Sciences. Its bandwidth in east Asia is, or is becoming, ~Gbps. However the bandwidth in the other areas are very low (<~Mbps), which is producing Digital Divide.

3 Domestic connectivity for HEP in Japan –Had own links before, still have some, but depend on NII mainly –SuperSINET I believe SuperSINET is one of the most advanced networks Upgrade is being planned –SINET –Non-SINET International connectivity for HEP –America/Europe Had own link before, but depend on NII now –Asia Had own links before, still have one, but depend on APAN mainly Becoming Gbps in east Asia, but still poor in other areas

4 SuperSINET sites SINET sites Non-SINET sites Digital Divide in Japan

5 Domestic connectivity for HEP in Japan SuperSINET SINET KEK Non-SINET sites Univ’s Wide-area Ethernet

6 SuperSINET 10Gbps IP/MPLS Backbone Star-topology OC192 connection from Hub Non-shared 10Gbps MPLS-VPN’s are configured on request GigE / 10GE Bridges for peer-connection lambdas separate from the 10G IP/MPLS connection Lightwave permanent path L2 p2p service Tagged-VLAN’s can run on a path Operation of Optical Cross Connect (OXC) for fiber / wavelength switching Operational from 4th January, 2002 Next generation is being planned

7 SuperSINET Tokyo Hub Osaka Hub Nagoya Hub Osaka U Kyoto U Kyushu U Nagoya U NIFS KEK Tohoku U ICRR Waseda U U Tokyo NII IP WDM path IP/MPLS core router OXC NAL Titech 10Gbps Pusan NewYork λ’s Only some nodes are shown. G/H 1Gbps 10Gbps APAN 1Gbps

8 SuperSINET Network Configuration SuperSINET is composed of multiple lambdas constructed with dark fibers and DWDM. Nagoya OXC Tokyo OXC Osaka OXC WDM GSR124xxx GbE Gigabit Ether OXC: Optical Cross-connect

9 HEP VPN’s in SuperSINET Each of the following HEP groups have its own VPN constructed with dedicated GigE’s and/or MPLS-VPN’s in SuperSINET. BELLE Group KamLAND Group SK/K2K Group CDF Group ATLAS Group Gfarm Group - for development and evaluation of Data Grid for HEP HEPnet-J/SC Group - for distributed large scale simulation Accelerator Control Group - for study of accelerator control Generic HEPnet-J

10 BELLE is transferring the data with SuperSINET/GigE’s Data Storage: 630 TB LAN PC Farm Disk: 14 TB Compute Server Internal Servers Data rate : 20 MB/sec Data Volume : 200 TB/year or more SuperSINET / GigE’s to Universities Started in 1999

11 KEK BGP router SuperSINET Router located at KEK KEK Firewall KEK Internal LAN Belle Group Firewall Belle Group Internal LAN SuperSINET’s Dedicated GigE’s To Univ’s 10Gbps

12 Digital Divide in participating in HEP experiments in America/Europe from Japan = Digital Divide in Japan

13 International connectivity for HEP from Japan SuperSINET SINET KEK Non-SINET sites Univ’s Wide-area Ethernet APAN-JPG/HLANY Novosibirsk MANLANKR … … …

14 SuperSINET’s links to America and Europe NII locates and operates a router at New York for SuperSINET’s peering with R&E networks in America and Europe. New York is the only place where SuperSINET can peer with all of Abilene, ESnet, and Geant. SuperSINET’s link to New York has been 10Gbps and has been connected to MAN LAN with 10GE since December 2003.

15 America/Europe –NII’s 10Gbps link to New York OC192 from Tokyo to a router at New York 10GE connection from the router to MANLAN Abilene and ESnet are already there with 10GE Geant is expected to come there with 10GE –Currently, Geant is connected to the router with OC48 –NII’s 2.5Gbps link to Los Angels OC48 from Tokyo to Los Angels since this April Can provide shorter RTT but smaller bandwidth Peering there includes CalREN which includes SLAC –Caused a trouble for the BINP-SLAC traffic

16 SuperSINET’s links to America/Europe SuperSINET NII’s router at NewYork OC192 POS Gèant Abilene ESnet OC48 NORDUnet CAnet SURFnet GbE GbE x 2 ISP 10Gbps MAN LAN 10GE Switch 10GE GbE x 3 IEEAF Atlantic LA OC48 (since April 2005) coming ISP GbE CalREN GbE

17 Digital Divide in participating in HEP experiments in Japan from outside Japan

18 International connectivity for HEP to Japan SuperSINET SINET KEK Non-SINET sites Univ’s Wide-area Ethernet APAN-JPG/HLANY Novosibirsk MANLANKR … … …

19 Networks for the HEP collaboration in Asia HEP links (history/present status) The network is essential for the HEP collaboration, and we needed to have it by ourselves. The cost for each half-circuit was/is paid by each end. –KEK-IHEP (Beijing, China) –Since 1994 Until 2003 –KEK-BINP (Novosibirsk, Russia) –Since 1998 –KEK-AcademiaSinica (Taipei, Taiwan) –Since 1999 Until 2002 APAN Gloriad IEEAF …

20 KEK universities/institutes in Asia-Pacific universities in Japan SLAC, FNAL, BNL, CERN, DESY, SDSC,..... SuperSINET APAN/Transpac APAN SuperSINET’s America/Europe links are for the traffic from/to Japanese universities/institutes, while APAN/Transpac links are for the traffic from/to universities/institutes in Asia-Pacific.

21 Aomori Univ. Budker Inst. of Nucl. Physics, RU Chiba Univ. Chuo Univ. Univ. of Cincinnati Univ. of Frankfurt Gyeongsang Nat'l Univ., KR Univ. of Hawaii Hiroshima Inst. of Tech. Hiroshima Coll. of Maritime Tech. Inst of Cosmic Ray Res., U of Tokyo IHEP, CN ITEP, RU Joint Crystal Collab. Group Kanagawa Univ. KEK Korea Univ., KR Krakow Inst. of Nucl. Physics Kyoto Univ. Kyungpook Nat'l Univ (CHEP), KR Univ. of Melbourne., AU Nagasaki Inst. of Applied Science Nagaya Univ. Nara Woman's Univ Nat'l Central Univ., TW Nat'l Kaoshiung Univ, TW Nat'l Lien-Ho Coll. of Tech., TW Nat'l Taiwan Univ., TW >300 researchers from 55 institutes H. Nievodniczanski Inst of Nucl. Phys., Krakow Nihon Dental Coll. Niigata Univ. Osaka Univ. Osaka City Univ. Panjab Univ., IN Peking Univ., CN Saga Univ. Seoul Nat'l Univ., KR Univ. of Sci. and Tech. of China, CN Sugiyama Woman's Coll. Sungkyunkwan Univ., KR Univ. of Sydney, AU Tata Inst., IN Toho Univ. Tohoku Univ. Tohoku-gakuin Univ. Univ. of Tokyo Tokyo Inst. of Tech. Tokyo Metropolitan Univ. Tokyo Univ. of Agriculture and Tech. Toyama Nat'l Coll. of Maritime Tech. Univ. of Tsukuba Utkal Univ., IN Virginia Polytechnic Inst (VPI) Yokkkaichi Univ. Yonsei Univ., KR The Belle Collaboration An on-going HEP experiment at KEK, Japan

22 The connectivity from China, Taiwan, Russia, and Korea are shown in the following slides.

23 China –Japan (APAN-JP) is connected to Gloriad HK node with OC48 since this January. –Gloriad HK and Beijing is connected with OC48. –Thus, there is 2.5Gbps for China-Japan traffic.

24 Taiwan –APAN-Taiwan has a router at Tokyo, which is connected to Taiwan at 622Mbps. –APAN-JP router peers with APAN-Taiwan router with GigE. –KEK is preparing to peer with APAN-Taiwan router directly with GigE.

25 Russia –KEK’s 512Kbps link to BINP Established for the Russia-Japan HEP traffic. Provides transit for the Russia-ESnet traffic. –In order to exclude the foreign traffic, an IP tunnel connecting ESnet and KEK is used. Upgrade to 2Mbps? –Gloriad Is expected to be available for Russia-Japan and Russia-ESnet HEP traffic, and to replace the KEK- BINP link.

26 Korea –G/H (Genkai-Hyeonhae) started to operate in early 2003. –SuperSINET peers with KOREN with GigE, independently from APANJP-KOREN peering. –So there is 1Gbps between KOREN and SuperSINET.

27 Access to Belle’s data from Internet - What happened there- –High-bandwidth access from SuperSINET to Belle Internal LAN is easy. –There was no need for high-speed access to Belle data from Internet but SuperSINET, before. Belle group’s poor Firewall from Internet was sufficient enough. –High-speed connection from Korea established in 2003 was the first case of the high-speed access from Internet. –The environment was reorganized last year. There should be no problem any more for the access at ~Gbps!? –The further reorganization will be made in March 2006, when 10Gbps access to the Belle data server will become possible.

28 KEK BGP router SuperSINET Router located at KEK KEK Firewall KEK Internal LAN Belle Group Firewall Belle Group Internal LAN SuperSINET’s Dedicated GigE’s To Univ’s Was Poor! Should be OK now! OC192

29 Thank you!

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