1. “e-Infrastructure Updates in Japan” Satoshi Sekiguchi Director, Grid Technology Research Center, Advanced Industrial Science and Technology, Japan Also, a Sub-leader of NAREGI, and a member of Business Grid Executive board

2. eScience experience will be further applied to eGovernment, eBusiness,… The global dimension of eInfrastructures Application and Service Layer Middleware Layer Resource Layer Network layer eInfrastructures has been driven in Europe by a strong cooperation between computation/network experts and eScience communities eInfrastructures Mario’s at ROME meeting

3. “e-Infrastructure” Major projects in Japan Application and Service Layer Middleware Layer Resource Layer Network layer JGN II (’04- ) eScience Supercluster PKG Testbed Nano NSF Business Grid

4. Computer System for Grid Software Infrastructure R&D (at NII) (5 Tflops, 700GB)

5. Computer System for Grid Software Infrastructure R&D (at IMS) (10 Tflops, 5TB)

6. AIST Super Cluster (Appearance image) M64 P32 Myrinet 10,800mm 10,200mm P32 : IBM eServer325 Opteron 2.0GHz, 6GB 2way x 1074 node Myrinet 2000 8.59TFlops /peak M64 : Intel Tiger 4 Madison 1.3GHz, 16GB 4way x 131 node Myrinet 2000 2.72TFlop s/peak F32 : Linux Networx Xeon 3.06GHz, 2GB 2way x 256+ node GbE 3.13TFlops /peak total 14.44TFlops/peak, 2928 CPUs

7. Objectives of the AIST Super cluster Provide a common platform to accelerate grid research and development by collaboration with industries （産）, universities （學）, and international （国際） partners. World Class cluster fully dedicated to the grid R&D “Proof of concept” of grid cluster federation Accommodate computational sciences primary in nanotech application and bio informatics. Nurture grid-enabled applications Demonstrate higher performance even in a large scale cluster with a reasonable TCO.

8. AIST Super cluster Delivery plan 200220032004 Call for Proposal (July, 2002) Call for Comment (May, 2003) Call for Bids (Oct, 2003) Installation start (Dec, 2003) Delivery Due (Mar, 2004) Regular operation (Oct, 2004) IBM – M64, P32 SGI – F32 (Linux Networx) Today

9. CRL took over TransPAC from JST on Nov.1, 2003 and upgraded from 622Mx2 to 2.5Gx2, by sharing the link cost with Indiana Univ. funded by NSF Europe

10. KOREN... Soul IX Busan IX Fukuoka (Kyushu) IX Tokyo IX For Europe For Asia and the countries in the Pacific Ocean For the US and Europe Research organizatio n etc. KJCN 1Gbps - APII: Asia-Pacific Information Infrastructure KJCN : Korea Japan Cable Network IX : Internet eXchange KOREN : KOrea Advanced REsearch Network Ku band C band Philippines Indonesia Singapore Malaysia Thailand Vietnam Hong Kong Sri Lanka Japan Rep. of Korea C/Ku band hub earth stations APII Testbed Project Notes: The dotted lines corresponding satellite channels are under preparation now.

11. JGN II Configuration NW-A : NW 運用管理技術の研究開 発 NW-B : テラビットクラス実現のためのテ ストベッド GMPLS 相互接続技術 10G (1G×8) 当初 10G ベース 産学 IT 北九州 金沢 10G 10G×2 10G つくば 大手町 CRL けいはんな CRL 小金井 10G CRL 鹿島 10G 仙台 札幌 1G 長野 高知 名古屋 1G 福岡 堂島 10G (1G×8) 光 Opt 1G 沖縄 10G 10G (1G×8) 岡山 CRL 神戸 1G 金沢 福岡 堂島 岡山 大手町 産学 IT 北九州 CRL けいはんな つくば CRL 鹿島 つくば大手町 堂島 CRL けいはんな 光 NW : 物理的な検証も可能な光テスト ベッド Partially operational since Apr.2004

12. Summary Grid projects are successfully underway NAREGI – MEXT (1,950M JPY/FY’04) Business Grid – METI (2,600M JPY/FY’04) AIST own project at GTRC More (super-) clusters for Grid (e-Infrastructure) NAREGI Testbeds (7TFlops + 10TFlops) AIST Superclusters (14TFlops+ ) RIKEN cluster (14TFlops+ ) Unfortunately Japan government tends to have “e- Japan” rather than “e-Science/e-Infrastructure”, sigh No similar program like “e-Science” or “Cyber Infra” projects launched separately 126 JPY = 1 EURO