shoichiro asano professor, national institute of informatics, tokyo mallik tatipamula
DESCRIPTION
Deployment of 10Gb/s IP/Optical backbone in SuperSINET for Research, Education and Next Generation GRID Applications. Shoichiro Asano Professor, National Institute of Informatics, Tokyo Mallik Tatipamula Routing Technologies Group, Cisco Systems, San Jose. SuperSINET. - PowerPoint PPT PresentationTRANSCRIPT
25 August, 2003 NORDUnet Networking Conference 1
Deployment of 10Gb/s IP/Optical backbone in SuperSINET for Research, Education and Next G
eneration GRID Applications
Shoichiro AsanoProfessor, National Institute of Informatics, Tokyo
Mallik TatipamulaRouting Technologies Group, Cisco Systems, San Jose
25 August, 2003 NORDUnet Networking Conference 2
SuperSINET
Promotion of Science and Technology
e-Japan Priority Program
Give Priority to Basic Research and Information
Technology
25 August, 2003 NORDUnet Networking Conference 3
SINET and SuperSINET
SINET: National Backbone for universities and research institutesSuperSINET: for Research Project on advanced science and technologies
SuperSINET 10Gbps Backbone GbE Bridges for peer-connection Operation of Photonic Cross Connect (PXC) for fiber / wavelength switching 6,000+km dark fiber, 100+ e-e lambda and 300+Gb/s e-e bandwidth Operational from January, 2002 until end of March, 2005
25 August, 2003 NORDUnet Networking Conference 4
KEK
Operation (NII)
U. of Tokyo
NIGISAS
Nagoya U.
Kyoto U.
Osaka U.
DataGRID for High-energy Science
Middlewarefor Computational
GRID
Nano-TechnologyFor GRID Application
OC-48+ transmissionfor Radio Telescope
Bio-Informatics
SuperSINET Applications
NIFS
Kyushu U.
Hokkaido U.
Okazaki Research Institutes
Tohoku U.
Tsukuba U.
Tokyo Institute of Tech.
Waseda U.
Doshidha U.
NAO
NII R&D
25 August, 2003 NORDUnet Networking Conference 5
NagoyaPXC
TokyoPXC
OsakaPXC
WDM WDM
WDM
WDM
WDM
WDM
WDM
WDM
WDM
WDM
WDM
WDM
WDM
WDM WDMWDM
WDM
WDM
WDM
WDM
WDM
WDM
WDM
WDM
WDM WDM WDMWDM PXC: Photonicl Cross-connect
SuperSINET Physical TopologySuperSINET Physical Topology
6
SuperSINET Backbone Logical TopologySuperSINET Backbone Logical Topology
P
PP
P TokyoExchange
OsakaExchange
NagoyaExchange
Hokkaido Univ.
Tohoku Univ. KEK
Tsukuba Univ.
Institute ofMaterialReserch (Tokyo Univ.)
Waseda Univ.
TokyoInstitute ofTechnology
NII Chiba
NII Hitotsubashi
NAOTokyo Univ.ISAS
NIG
OkazakiNationalResearchInstitutes
Nagoya Univ.
NIFS
Doshisha Univ.
Kyoto Univ.(Yoshida)
Kyoto Univ. (Uji)
Osaka Univ.
Kyushu Univ.
Institute ofMedicalScience(Tokyo Univ.)
PE
PE
PE
PE PE PE
PE
PE
PE PE PE PE
PE PE PE
PE
PE
PE PE PE
PE
PE
Backbone OC192
Customer Access OC48,GbE
Cisco12400
Customer Router
SINET and SuperSINET
Kagoshima
Kumamoto
Fukuoka
Nagasaki
Matsuyama
Hiroshima
Okinawa
Kobe Osaka Nagoya Tokyo Yokohama
Kyoto Tsukuba NII Chiba
Kitakyushu
Yamaguchi
Niigata
Kanazawa
Sapporo
Sendai
ISASOkayama
Tottori
Chiba
Tokushima Okazaki
Yamanashi
Kitami
HirosakiNagano
Maebashi
Saitama
Meguro
Koganei
Chofu
NII Hitotsubashi
SuperSINET
N.B. All of the SINET and Super SINET nodes are not shown here.
25 August, 2003 NORDUnet Networking Conference 8
Key Aspects in SuperSINET
Economical Solution for High-performance Dark Fiber (6,000Km+) with 300G+ bandwidth including Trans
port Equipments (DWDM, CWDM, 3R Repeaters, Amps) and PXCs for 3 years contract will realize 90% cost reduction compared to equal bandwidth of SDHs
Flexibility for bandwidth provisioning on mixed use of OC-192 backbone operation, GbE / 10GbE / OC-48 peer-peer connection and GbE based local accsess
Network management based on GMPLS will be enhanced solution for L3 integrated management
MPLS VPNs IPv6 services offering More benefit could be obtained by large scale operation
25 August, 2003 NORDUnet Networking Conference 9
v6
IPv4MPLS
v4
v6
v4
v4
v6
v6
MP-iBGP sessions
CE
CE
6PE
6PE 6PE
6PE
192.254.10.0
2001:0421::
2001:0420::
192.76.10.0
145.95.0.0
2001:0621::
2001:0620::
Dual Stack IPv4-IPv6 routersDual Stack IPv4-IPv6 routersDual Stack IPv4-IPv6 routersDual Stack IPv4-IPv6 routers
CE
OXC
OXC OXC
OXC
P P
Router Router
IPv6 over MPLS Backbone network
Cable, FTTH
Frame Relay, ATM
Internet
Local access, xDSL Multi-service Packet Backbone network
with a Integrated Control Planebased on (G)MPLS
IP / (G)MPLSMulti-service
Backbone
Cable, FTTH
FR, ATM
3G Wireless
Network Evolution towards Multi-service Backbone
11
IP/MPLS Networ
k
Optical Core
PXC/DWDM
Router
Optical Core
-
Management
Signaling
GMPLS Backbone
GMPLS control plane
Traffic
IP/MPLS Networ
k
Evolution towards Intelligent Multi-service Backbone
12
Integrated Control Plane
Integrated Transport Layer
Isolate from Transport Function to maintain security
Lambda Path, Lambda L2-Bridge,Lambda Switching
PX
C
User
SONET/SDH、WDM、 PXC
PX
C
WD
M
WD
MLabel Sw
itch
Route
r
Label Sw
itch
Route
r
LSP Layer
Service Layer
Integrated Control Plane( GMPLS for Singaling )
Dynamically Reconfigured Transport
IP-VPN, MPLS, Multicast-VPN, Differentiation
User
Phot
onic
Cro
ss C
onne
ct (P
XC)
13
Example of GMPLS Control applied to GRID on SuperSINET
TokyoPXC
NagoyaPXC
IP Backbone(Quality Control, Policy Control)
IP Backbone(Quality Control, Policy Control)
Lambda Path for Data Transport
OsakaPXC
High-performanceComputer
High-performanceComputer
Super ComputersSuper Computers
Network StorageNetwork StorageUsersUsers
•On-demand lambda control•Quality and Policy Control upon demand
International
14
TokyoPXC
NagoyaPXC
IP Backbone(Quality Control, Policy Control)
IP Backbone(Quality Control, Policy Control)
OsakaPXC
Telescope for VLBITelescope for VLBI
Super ComputersSuper Computers
UsersUsers
•Realization of DataGRID•Data Sharing with low Latency
Equipments on Liner Accelerator
Equipments on Liner Accelerator
Fusion Research EquipmentFusion Research Equipment Network StorageNetwork Storage
Example of GMPLS Control applied to DataGRID on SuperSINET
25 August, 2003 NORDUnet Networking Conference 15
PXC
PXCPXC
WDM WDM
WDM
WDM
WDM
WDM
Interoperability Test for GMPLS Control Plane
Cisco, Calient, NEC, Mitsubishi, OKI, Agilent
Japan Telecom, NII
– Performance Evaluation of Component Element
– Performance Evaluation of New Elements
– Functional Test of Control Plane
25 August, 2003 NORDUnet Networking Conference 16
• Efficient Use of lambda• Dynamic lambda control • Multi-Layer control• International operation• Promote GRID/DataGRID (including NAREGI at NII)• LHC, radio telescope, environment, gene-finding, material and device,
….., International cooperation of e-Science• Secure operation• …• From 2006
Towards Post-SuperSINET