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ChinaGrid Overview. Zhang Ling, ling@scut.edu.cn South China University of Technology, GuangZhou, China. Hai Jin , Huazhong University of Science and Technology, Wuhan, China. Contents. Introduction of SCUT and GuangZhou Overview of ChinaGrid and CERNET2 support
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ChinaGrid Overview Zhang Ling, ling@scut.edu.cn South China University of Technology, GuangZhou, China Hai Jin, Huazhong University of Science and Technology, Wuhan, China
Contents • Introduction of SCUT and GuangZhou • Overview of ChinaGrid and CERNET2 support • Architecture of ChinaGrid • ChinaGrid Applications
Guangzhou City (Canton), in Pearl River Delta Region Guangdong Province, Southern China 哈尔滨 乌鲁木齐 长春 沈阳 呼和浩特 北京 唐山 天津 银川 石家庄 大连 济南 兰州 太原 烟台 西宁 青岛 郑州 西安 徐州 汉中 南京 成都 无锡 上海 合肥 重庆 武汉 黄梅 宜昌 拉萨 杭州 九江 长沙 南昌 福州 贵阳 桂林 台北 昆明 柳州 广州 厦门 百色 汕头 深圳 惠州 深圳 南宁 湛江 珠海 徐闻 海口 三亚
Long History of GuangZhou • Starting point for sea silk road: • Center for Southern China (Culture, Education) • Header of Pearl River Delta Region (PRDR): • Centers of Trade (China Trade Fair), Chinese medicine ,Chinese Food, IT-Industry and services, World-class manufacturing and export (1/6) • GuangZhou and HongKong are forming a Great PRDR
SCUT in GuangZhou 历史悠久,华南地区唯一的教育部理工大学,面积3000亩。 位于广州天河高校区的中心(教育、体育、商业中心)。 IT软件业和服务业的核心。 South China University of Tech.(SCUT) *National Key Uni. In Southern China *Only one Science and Technology in SC *Only one National Science Park in SC *30% of Engineers in PRDR from SCUT *4000 faculty members, 40K students
Contents • Introduction of SCUT and GuangZhou • Overview of ChinaGrid and CERNET2 support • Architecture of ChinaGrid • ChinaGrid Applications
Four Main Grid Projects in China • China National Grid – CNGrid (Ministry of Science and Technology ) • China Education and Research Grid – ChinaGrid (Ministry of Education) • China Semantic Grid Project (Ministry of Science and Technology ) • China Science Grid Project (National Science Foundation)
ChinaGrid in a Nutshell • Funded by Ministry of Education • Based on CERNET (China Education and Research Network) • First Phase • From 2003-2005 • 12 key universities as initiative • More than 6Tflops w/60TB • 20 key universities now
Goals of ChinaGrid Project • Largest • Most Advanced • Most Practical
用户接入网 用户接入网 用户接入网 沈阳 哈尔滨 长春 北京 天津 用户接入网 用户接入网 用户接入网 济南 大连 用户接入网 用户接入网 用户接入网 兰州 西安 郑州 成都 重庆 武汉 合肥 南京 上海 用户接入网 用户接入网 用户接入网 用户接入网 用户接入网 用户接入网 杭州 长沙 用户接入网 用户接入网 10 G 2.5G 广州 厦门 用户接入网 用户接入网 CNGI-CERNET2 Fat IPv6 (Nx2.5G, 10G) pipe for ChinaGrid
SCUT-Grid2004 Architecture SUN SMP 48 X UltraSparc III Solaris 9, SUN N1v6 IBM MPP 64 X Intel Xeon Linux 2.6, PBS SUN MPP 64 X AMD Opteron Linux 2.6, PBS Intel MPP 32 X Intel Itenium2 Linux 2.6, PBS 10 GE Link IPv4/IPv6 Extreme Switch 180 X 1GE,6X10GE Lustre GPFS 16 X Intel Servers and Storages Lustre 1.2.7, Linux 2.6, 16 X 3T Bytes
Resources at SCUT • Itanium2 IA-64 Cluster • 32 processors (Itanium2 1.4G ), 64 GB Memory, 179 GF • AMD IA-64 Cluster • 64 processors (AMD Opteron 2.2G ), 128 GB Memory, 281 GF • IBM IA-32 Cluster • 64 processors (XEON 2.0G CPU), 64 GB Memory, 256GF • SUN SMP Cluster • 48 processors (Ultra SPARC 1.05GHZ), 48 GB Memory, 100 GF
Contents • Introduction of SCUT and GuangZhou • Overview of ChinaGrid and CERNET2 support • Architecture of ChinaGrid • ChinaGrid Applications
Main Research Tasks • Campus grid platform • Common platform for ChinaGrid • Grid application platform and representative grid applications: • Image processing grid • Bioinformatics grid • Course on-line grid • Computational fluid dynamic grid • Large scale information processing grid
( application Digital Olympic game ChinaGrid ChinaGrid ( , , 厎 ) ) 网格应用 数字奥运 数字图书馆 Digital library … E E - - Science Grid Science Grid E E - - Info Grid Info Grid E E - - Instrument Grid Instrument Grid ChinaGrid Service Supporting Platform 网格服务支撑平台 ChinaGrid Monitor & Scheduling Naming registration Discovery & location Lifecycle management ...... ...... 发现定位 监控调度 Workflow 工作流 命名注册 生命期管理 Authentication & access control Strategy control Notifi cation Communication security Identity authentication 策略控制 授权与访问控制 身份鉴别 通信安全 通知 Uniform information representation, storage, and exchange 统一的信息表示、存储、转换和交换 Linux Linux Windows Windows Unix Unix All kinds of computers 各种计算机 Network infrastructure 网络设备 Architecture of ChinaGrid Service Supporting Platform
Portal Grid Developing Environment Portal development tools Resource encapsulation tools Programming tools (GridRPC/GridPPI) Job generation tools Management tools Installation tools Information Center Domain Manager Service management Resource management Fault-tolerance mechanism Domain info management User management Identity mapping Service matching Topology management Quality of service management Metadata description Status monitor Negotiation policy Job Manager Data Manager Security Job monitoring Job remote-deploy Job submission Certification authority Uniform access entry Work flow management Job scheduling Service support Identity certification Metadata manager Proxy management Service Container Remote&hot deploy Service monitor Storage resource manager Single sign-on Node resource monitor Batch job service Replica catalog Security management of service and container GT3.9.1 core Life cyele Service group Notification Storage agent Base fault Resource property Resource access control CGSP in Detail
Contents • Introduction of SCUT and GuangZhou • Overview of ChinaGrid and CERNET2 support • Architecture of ChinaGrid • ChinaGrid Applications
SJTU PKU XJTU NEU ZSU SCUT HUST BUAA NUDT SEU Remote Fluid Image education THU dynamics SDU processing grid grid Massive grid information Bioinformatics processing grid grid Data grid Access grid Computational grid High performance computing environment (campus grid) ChinaGrid Specific Application Grid
Bio-info Grid • To provide the bio-information data resources such as gene databases and Chinese medicine components databases, and bio-information analysis tools to grid users; • To develop computing grid aided drug design systems based on the integration of the techniques of assembled biology, assembled chemistry, and computer aided filter, sequence analysis and structure, to optimize the drug design. http://grid.scut.edu.cn/bioinfo/
Simulation of Metal Figuration and Process Optimization • Computation requirement: Take example for metal particles computation, one single CPU can only compute the model containing 50 metal particles, while the computation of a standard compact (2cm in diameter) involves 20~2000 thousand particles. • Computation model • Continuous mechanical model • Particle analysis model http://grid.scut.edu.cn/CFD/