Transcript JGN II - ccirn

New Research & Development Testbed Network
JGN II (draft)
2004.7.3
National Institute of Information and Communications Technology
1
National Institute of Information and Communications Technology
[Communications Research Laboratory]
[Telecommunications Advancement
Organization of Japan]
1979 Communications and
Broadcast Satellite Organization
1988 Communications
Research Laboratory
Incorporated
Administrative
Agency
2001 Communications
Research Laboratory
Core R&D,
Regular services
1992 Telecommunications
Advancement Organization of Japan
Authorized
Corporation
National
Research
Laboratory
1952 Radio Research
Laboratory
Collaborative R&D,
Funding and Promotion
1 April, 2004
2
Outline of NICT
Main Mission:
● Core R&D
•Information and Network Systems Department
•Wireless Communications Department
•Applied Research and Standards Department
•Basic and Advanced Research Department
● Collaborative R&D
•Research and Development Management Department
•Collaborative Research Management Department
● Funding and Promotion
•Key Technology Research Promotion Department
•Information and Communications Promotion Department
•Employment Information
Establishment Date: April 1, 2004
Budget: 60 billion yen in 2004 fiscal year
Permanent Staffs : 480
3
Background of starting up JGN
●e-Japan IT strategy II --●Research Result of JGN
★1999.4～2004.3
★233 projects, and 669 total research institutes
●Research by MPHPT of Japan
★2003.2～7： Research on Next Generation Research and
Development Network for Ubiquitous Networking Era
Basic Functions, Research Subjects, Strategies etc.
4
Products of JGN
JGN: Japan Gigabit Network
■Contribution for IT society
Accelerating to realize IT society by Broad Band Network Technologies and IPv6 Technologies
■Academic Contribution
■PR effects
・Paper contributions / Report
・News Papers
■Industry
・Practical Use / Industrialization / Standardization
■Research Results
・IPv6 technologies
・Broad Band Network Technologies
■Local Community Development
Research Activation
Equipment of Research
Infrastructure
Direct Effects
Products of JGN
■Human Resource Development
・Academic Degrees
・Qualifications, Licenses
■Direct Investment
・National direct expenses / Induced Research Investment
Second Effects
Third Effects
■Economic Ripple Effects
■Market Production Effects
5
Outline of New Research and Development Testbed Network
JGN II
1. Purpose
Pushing forward the following policies in alliance with Industry, Academy, Government, Local
Community etc.
- Promotion of wide variety of ICT R&Ds from basic and fundamental R&Ds to proof experiments
- Activation of not only domestic and but also international local communities
- Human resource development through practical research activities
- Survey and practice of an aspect of future ICT society
2. Feature
- Open testbed network for research and development
- IP based network (L2 and L3)
- Maximum transmission speed of main links:20Gbps
- 63 domestic access points and
a Japan-US international link with APAN-Tokyo-IX and Los Angels Abiline-NOC and Chicago StarLIGHT
(Starting from August 1, 2004)
- Optical testbed environment with advanced optical switches
for a variety of high speed network experiments
3. How to use
- Refer http://www.jgn.nict.go.jp
- Submit “JGN II Research Project Proposal” to [email protected]
- Also ask to [email protected] for international experiments
４．Operation time period
April 2004 to March 2008
6
Services provided by JGN II at all access points
○ Ethernet connection services (Layer 2 services) for domestic network
(1) Access point connection service
Connection with 2 access points by VLAN
(2) Multi-access points connection service (Available after Oct. 2004)
Connection with multi-access points by same VLAN
○ IP connection services (Layer 3 services) for all networks
including international networks
IPv4/v6 dual stack services among JGN II users, or JGN II users and users through
other research networks such as APAN
- Connection port in domestic access points・ 10/100/1000Base-TX(RJ45)
・ Optical connections such as 1000BASE-SX/LX will be required to negotiate in
each project.
7
Services provided by JGN II at specific access points
○ OXC Connection Service
(Tokyo Otemachi NTT-C and KDDI, Osaka Dojima, Keihanna, Fukuoka, Kanazawa)
- Connection services by Optical wave between OXC sites
- Interfaces: 1Gbps and 10Gbps
○ 10G Connection Service
(16 access points including Tokyo Otemachi KDDI, Osaka Dojima, Fukuoka, Tsukuba,
Kanazawa, Keihanna, Okayama and Kita-kyushu)
- 10Gbps connection services among sites by 10Gbps-Ether
- Connection to other access points which do not support this service is also available with some
condition such as limited bandwidth
○ Optical Network Testbed Services
(Tokyo Otemachi NTT-C ~ Tsukuba RC, Tokyo Otemachi NTT-C and KDDI ~
NICT Koganei HQ, NICT Keihanna ~ Osaka Dojima)
- Optical transmission experiment services among specific access points
8
Structure of JGN II Core Network
NW-A : Research on NW Operation Management Technology
Fukuoka
Kanazawa
Dojima
NTT-C Otemchi
Sapporo
10G (1G×8)
GMPLS Inter-Connection
Kita-kyushu
Fukuoka
Kanazawa
Dojima
Okayama
NICT Kashima
Tsukuba
KDDI Otemachi
10Gbps*2
NICT
Keihanna
1G
NW-B : Testbed for Realization of Terabit class Network
Sendai
Kita-Kyusyu
Fukuoka
10G
10G
(1G×8)
NICT Kobe
10G
10G
1G
Okayama
Kochi
1G
1G
1G
Kanazawa
Optical
10G
(1G×8)
Dojima
10G
1G
Nagano
10G
(1G×8)
NICT
Koganei HQ
10G×2
Nagoya
NICT Keihanna
Okinawa
1G
10G
10Gbps*2: Los Angeles and Chicago
NICT Kashima
10G
10G
NICT Tsukuba
Otemachi
Optical
Dojima
NICT Tsukuba
KDDI Otemachi
APAN Tokyo - IX
NICT Keihanna
9
Optical NW testbed
JGN II Japan-US Link (10Gbps*2)
KDDI Otemechi : APAN Tokyo - IX
StarLight( Chicago )
Japan-US Cable
Abilene ( Los Angels )
10
Outline of JGN II network
Explanatory notes
20Gbps
10Gbps
1Gbps
Optical testbed
<１０G>
・Ishikawa High Tech Exchange Center
（Ishikawa Tatsunokuti Town）
<１００M>
・Toyama Pref. Sogo-jyoho Center （Toyama City）
・Fukui Pref. Info-SuperHighway AP *
（Fukui City）
Access points in local sites
Core network sites
<１G>
・Teleport Okayama (Okayama City)
・Hiroshima Univ.(Higashi Hiroshima City)
<１００M>
・Tottori Env. Univ. (Tottori City)
・Techno-Arc Shimane （Matsue City)
・New Media Plaza Yamaguchi
（Yamaguchi City）
<１０G>
・Kyushu Univ. (Fukuoka City)
<１００M>
・NetCom Saga
（Saga City）
・Nagasaki City (Nagasaki City)
・Kumamoto Pref. HQ
(Kumamoto City)
・Toyonokuni HyperNetwork AP *
（Oita City）
・Miyazaki Univ. (Miyazaki City)
・Kagoshima Univ.
(Kagoshima City)
<１G>
・Tohoku Univ.
(Sendai City)
・NICT Iwate IT Open Lab.
（Iwate Pref. Takisawa Village）
<１００M>
・Hachinohe Institute of technology
(Hatinohe City)
・Akita Reginal IX *
（Akita City）
・Keio Univ. Tsuruoka Campus
(Ymagata Tsuruoka City)
・Aizu Univ.
(Aizuwakamatsu City)
<１０G>
Sapporo
・Kyoto Univ.
(Kyoto City)
・Osaka Univ.
(Osaka Ibaraki City)
<１G>
・NICT Kansai Advanced RC (Kobe City)
<１００M>
<１００M>
・Niigata Univ. (Niigata City)
・Lake Biwa Info-Highway AP * （Otsu City)
・Matsumoto Jyohosozokan
・Nara Technical RC
（Nara City）
（Matsumoto City）
・Wakayama Univ.
(Wakayama City)
・Hyogo Pref. Nishi-Harima Branch
（Kamigori Town）
NICT Kita-kyushu
IT Open Lab.
Fukuoka
Sendai
Kanazawa
Nagano
Osaka
NICT
Koganei-HQ
Okayama
Nagoya
*IX:Internet eXchange
AP:Access Point
Okinawa
<１００M>
・Hokkaido Regional Network AP*
（Sapporo City）
Kochi
<１００M>
・Kazawa Pref. Shinki-sangyo-soshitsushien Center
（Takamatsu City）
・Tokushima Univ. (Tokushima City)
・Ehime Univ.
(Matsuyama City)
・Kochi Institute of Technology
(Kochi Pref. Tosayamada Town)
NICT Keihanna
Info-Com. RC
NICT
Tsukuba
<１０G>
・Tokyo Univ.
(Tokyo Bunkyo Ward)
・NICT Kashima Space Com. RC
(Ibaraki Pref. Kashima City)
<1G>
・Yokosuka Telecom. Research Park
（Yokosuka City）
<100M>
・Utsunomiya Univ.
(Utsunomiya City)
・Gunma Sangyo-Gijyutsu Center
（Maebashi City）
・Reitaku Univ. (Chiba Pref. Kashiwa City)
Honjyo ICT Open Lab. （Honjyo City）
RC・NICT
・Yamanishi pref. Open R&D Center
(Yamanashi pref. Tamaho Towan）
Tokyo Otemachi
-KDDI building for US and APAN
<１００M>
・Nagoya Univ.
(Nagoya City)
・Shizuoka Prefecture Univ.
(Shizuoka City)
・Softpia Japan
（Ogaki City）
・Mie prefecture Nursing Univ.
(Tsu City)
USA
11
Los Angels and Chicago
AUP of JGNII
1 User organization must exchange a joint research agreement with NICT at first time before using
JGN II.
2 When user proposes new projects after the first experiment project, user will only be required new
project proposal. Exchange a joint research agreement with NICT will no longer required. New project
partners must exchange a joint research agreement with NICT each.
3 Following actions are prohibited;
①Experiments without a joint research agreement with NICT
②Experiments with no relation to user’s research
③Profitable network use
④ Use by outsider without a joint research agreement with NICT
⑤Interference with network operation and management
⑥Violation against public order and standards of decency
⑦Improper actions which NICT（a manager of JGN II) recognizes
4 A TransPAC user using a Chicago link will be automatically a JGN II user, and be required to
exchange a joint research agreement with NICT after Aug. 1, 2004. (Draft Idea)
○ NICT does not guarantee quality of JGN II.
○ NICT may collect information necessary for network operation and management.
12
JGN II R&D Sites of NICT
■JGN II Research Centers (7 sites in Japan) ■NICT Koganei, Keihanna (Information and Network System Department)
【Kyoto】
NICT Keihanna
【Tokyo】
NICT Koganei
・Advanced and Fundamental
Technologies
・ Advanced and Fundamental
Technologies
【Okayama】
Okayama JGN II RC
・Adaptive Service Control
using High HCI techniques
・Operation and Management Techniques
for GMPLS network
【Fukuoka Kita-Kyusyu】
Kita-Kyusyu JGN II RC
・Adaptive Routing Control Technique
based on network measurement
・Seamless Resource Allocation Control
Techniques under consideration of QoS
・E2E Communication Control Techniques
suitable for Diversity and Variability
【Osaka】
Osaka JGN II RC
・Surrounding Computing Techniques
・Application Oriented Operation
Platform Techniques
【Ibaraki Tsukuba】
Tsukuba JGN II RC
・Interconnectivity test
for Next Generation Internet
【Kochi】
Kochi JGN II RC
【Miyagi Sendai】
Tohoku JGN II RC
・Secure Resource Sharing Techniques
for Closer Cooperation with RCs
・Large-scale Data Processing Coordination
Techniques for Wide-Area Network
【Tokyo】
Otemachi JGN II RC
・Development of Supporting Tools
for Network Construction
・Connectivity Provision Techniques
for Wide-Area High-Reliable Network
・Test and Evaluation Techniques,
and those Tools for IPv6 Equipments
13
Conclusion
●2004.4.1: CRL and TAO merged to NICT
●2004.4~: Under operation of R&D Testbed Network[JGN II]
●7 Research Centers for R&D
●2004.8.1~: Japan-US 10Gbps Link (Former Japan Route of TransPAC)
14
Contacts
・Domestic: [email protected]
・International: [email protected]
15