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Infrastructure and Medical-Related activities University of Tokyo Hiroshi Esaki <[email protected]>

Infrastructure and Medical-Related activities

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Infrastructure and Medical-Related activities. University of Tokyo Hiroshi Esaki . What is the WIDE Project. WIDE ; Widely Integrated Distributed Environment Since 1988 Goal ; Establish large-scale distributed computing environment Board members : 20 - PowerPoint PPT Presentation

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Page 1: Infrastructure and  Medical-Related activities

Infrastructure and Medical-Related activities

University of Tokyo

Hiroshi Esaki <[email protected]>

Page 2: Infrastructure and  Medical-Related activities

What is the WIDE Project

WIDE ; Widely Integrated Distributed Environment Since 1988 Goal ;

Establish large-scale distributed computing environment Board members : 20 WIDE Research Members;

100+ companies, 40 universities 300-400 active R&D researchers

Some key focuses IPv6, DVTS, Mobile

Page 3: Infrastructure and  Medical-Related activities

Past Experiences & Collaboration

• Past Experiences – iGrid (Yokohama, Amsterdam)– SC (Super Computing) – Global music concert– HDTV image transmission from UW to Korea– RSNA’03 ; made sure if the infrastructure from Chicago w

orks fine

• Some (related) Collaborations– IEEAF / APAN – Medial groups in Japan – Healthcare – PRAGMA (Asian Pacific Grid Activity)

Page 4: Infrastructure and  Medical-Related activities

iGrid 200018-21 July 2000 in Yokohama

Goal: To showcase the evolution and importance of global research community networking

www.startap.net/igrid2000

Page 5: Infrastructure and  Medical-Related activities

iGrid 2000—International Cooperation

Page 6: Infrastructure and  Medical-Related activities

Links for IEEAF in Japan• WIDE Project is managing & coordinating

DF configuration in Japan.– Donation from NTT Communications, Global

Access Ltd., PoweredCom, and WIDE Project itself.

• Total: 2220km

– Equipments donation from Cisco Systems Japan K.K and Foundry (Mitsui Corp.)

– Will coordinate each donator according to the development of IEEAF trans-pacific link.

– Start the operation from April 2004

Page 7: Infrastructure and  Medical-Related activities

KEIO SFC

Univ. of TokyoNTT/KDDTo: Osaka

To: JAIST

JAIST

Osaka

Kyushu NAIST

To Korea

To IEEAF/US

To IEEAF/Asia (in plan)

Geographical Map of DFFor IEEAF in Japan(as of Oct. 2003)

Connected site

DF

TITECH

10Gbps over SONET/SDH

Page 8: Infrastructure and  Medical-Related activities

GE×2( SX)

GE×2( SX)

M5G20

X320X320 X320

GS80E

9812

GS80E

GS80E

M160

9812 G20M5

札幌仙台

つくば

東大

YRP( CRL)

CRL 鹿島

大手

大手金沢

大阪CRL けいはんな

岡山

天神

産学 IT北九州

GR2000

長野

名古屋四国

GS160E

阪大

岡山

GR2000

FE×4

GE( SX)

FE×1orGbE

GE( SX)

GE( SX)GE×2( SX)GE×2( SX)

GE×2( SX)

FE×2

GE×8(SX)

GE×1( SX)

APA

PAP

AP

GE( SX)

FE×5

FE×2

AP

GE×2( LX)

10GE(L)

GE×2( LX)

GE×2( LX)

10G OTN

10GE(L)

10GE(L)

GE×2( SX)

10GE(L)

AP

FE×6

AP

FE×3

AP

AP

GE( SX)GE( SX)FE×4

GE×1( SX)

10GE ( L)

10GE ( L)

10G OTN

GSR

GE×2( SX)

GSR

GE×2( LX)GE×2( LX)

10GE ( L)

JGNⅡ Layer 2 Configuration

10GE(W) : 10GbE   WAN‐PHY ( LW)10GE(L) : 10GbE   LAN‐PHY ( LR)

10G( SONET/SD

H )

AP

FE×4AP

FE×4

OXCOXCGMPLS ルータルータL2SW

GS80E

GS80E

9812

GS160E

GSR

10G( SONET/SDH )

10G( SONET/SDH )

10G( SONET/SD

H )

10G( SONET/SDH )

GE×4( SX)

GE×4( SX)

10 G(SONET/SDH) 10 G(SONET/SDH)

10 G(SONET/SDH)

GE( SX)

GS80E

九大

京大

GS80E

10GE(L)

9812

GS160E

9812

GE( SX)

広島

GS160E

T320(対外接続用)

IX

10GE(L)

GS320E

つくば WAN

AP産学 IT 金沢

10GE(W)

GS160E

GS160E

10GE(W)

9812

CRL 沖縄GE( SX)

CRL 小金井実験設備

実験設備10G( SONET/SD

H )10G( SONET/SD

H )

GE( SX)

IP8800

9812

IP8800

GE( SX)

GS320E

NI 40G10GE(L)

Catalyst

GS80E

9812

10GE(L)

東北大

GS80E

GE×1( SX)

10GE(W)

10GE(W)

GE( SX)

Page 9: Infrastructure and  Medical-Related activities

Routers on the JGNv6

長崎大学

岩見沢自治体ネットワークセンター

札幌総合情報センター 八戸工業大学

岩手県立大学

仙台市情報・産業プラザネ! Uット

会津大学

電気通信大学

慶應義塾大学先端( )生命科学研究所 鶴岡

宇都宮大学

ラ・メルセ

横須賀テレコムリサーチパーク

三重県立看護大学

和歌山大学

新潟大学

長野市フルネットセンター

松本情報創造館

熊本県庁

宮崎大学

名護市マルチメディア館

鹿児島大学

2大分第 ソフィアプラザビル

NTT天神ビル ニューメディアプラザ山口

徳島大学

愛媛大学

滋賀医科大学付属病院

兵庫県立粒子線医療センター

鳥取大学

外部接続NSPIXP-6他

NECMegaAccess

J GN(OC-12)J GN(OC-3)その他

九州大学

石川ハイテク交流センター

HitachiGR2000

( )東京大学

HitachiGR2000

アクセスポイント

研究施設他

ソフトピアジャパン

テレポート岡山ビル

高知トラヒックリサーチセンター

広島大学北九州情報通信研究開発支援センター

佐賀新聞社

(慶応義塾)大学矢上

大阪大学

富山総合情報センター

けいはんな情報通信研究開発支援センター

奈良先端科学技術大学院大学

京都大学

J uniperM20

J uniperM20

( IPv6大手町 システム)運用技術開発センター

(慶應義塾SFC)大学

(倉敷芸術)科学大学

CiscoGSR12406

CiscoGSR12406

( )東京大学

(NTT )堂島ビル

Cisco7206VXR

大阪大学

広島市立大学

つくば情報通信研究開発支援センター

Cisco7206VXR

(東北大学電気)通信研究所

NECIX5010

沖縄情報通信研究開発支援センター

東京大学インテリジェントモデリング・ラボラトリー

FujitsuGS-R940

東北大学

名古屋大学

幕張ギガビットリサーチセンター

IPv6(岡山 システム)検証評価センター

Page 10: Infrastructure and  Medical-Related activities

NAISTKEIO SFC

Hitachi

SONY-CSL

ToshibaCRL

MEX

Univ. TokyoNTT/KDDTo: Osaka

To: JAIST

To: Kyoto

TohokuTo: Tohoku

JAIST

KyotoOsaka

Kurashiki

Hitoshima

Kyushu

WIDE Internet Topologyand organization map

Connected site

Data-link line

Page 11: Infrastructure and  Medical-Related activities

KEIO SFC

Univ. of TokyoNTT/KDDTo: Osaka

To: JAIST

JAIST

Osaka

Kyushu NAIST

To Korea

To IEEAF/US

To IEEAF/Asia (in plan)

Geographical Map of DFFor IEEAF in Japan(as of Oct. 2003)

Connected site

DF

TITECH

10Gbps over SONET/SDH

Page 12: Infrastructure and  Medical-Related activities

IEEAF & TransLight fabric

Red Lines: TransLight Lambda Links, Funded

Blue Lines: TransLight Lambda Links, Donated

Page 13: Infrastructure and  Medical-Related activities

AI3 Earth Stations Including C-band UDL

Page 14: Infrastructure and  Medical-Related activities

AI3 BDL Test-bed Network

Page 15: Infrastructure and  Medical-Related activities

AI3 UDL Test-bed Network

Page 16: Infrastructure and  Medical-Related activities

- Open Source Digital Video Transmission over Any OSOpen Source Digital Video Transmission over Any OS- Transmission of any video format Transmission of any video format - Dynamic Rate control Dynamic Rate control - Latest dimension : 10cm x 10cm x 4cm Latest dimension : 10cm x 10cm x 4cm - RTP / UDP / IP / anylink RTP / UDP / IP / anylink - www.sfc.wide.ad.jp/DVTS/ www.sfc.wide.ad.jp/DVTS/

High Quality Video Transmission

Page 17: Infrastructure and  Medical-Related activities

IPv4/IPv6 Network Configuration 2002

Page 18: Infrastructure and  Medical-Related activities

Auto-ID with RF-ID

• Device informing the global identifier for human or equipment– Can be used to obtain location info.

– Authentication of objects

• Inventory management

RF-IDMYCOM PC WEB

http://pcweb.mycom.co.jp/news/2001/07/05/22.html

IC card

RF-IDtag and reader

Feed grain

CowMeat

Humberger

Page 19: Infrastructure and  Medical-Related activities

Auto-ID Center: World Wide Deployment

1999 Auto-ID Center U.S. in MIT

2000 Auto-ID Centre U.K. in the Cambridge University

2001 Auto-ID Center Australia in the University of Adelaide

2003 Auto-ID Center Japan in Keio University    Auto-ID Center Swiss in M-lab @ the University of St. Gallen Auto-ID Center China in Fudan University

Page 20: Infrastructure and  Medical-Related activities

Auto-ID Lab in Japan• Shonan Campus, Keio University

Page 21: Infrastructure and  Medical-Related activities

Monitoring patients

  IPv6 Internet  IPv6 Internet

Breath, Heartbeat

Activities monitoringNursing care

Light

Page 22: Infrastructure and  Medical-Related activities

IPv6 Micronode

Light in the room Hearbeat monitoring

光センサ部マイクロノード部

Bedpad( 生体情報センサ ) 部

Page 23: Infrastructure and  Medical-Related activities

Authentication on Gym tools

Micro-Node

Simple Authentication device (JavaRing)

Simple Authentication

Page 24: Infrastructure and  Medical-Related activities

‘Professional’ care-trainingMulti-angle video transmission

Interactive Control from the user - Angle & Zoom

Page 25: Infrastructure and  Medical-Related activities

Let’s extend the application toward Asian Pacific Area

Hiroshi Esaki, WIDE Project