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Learn about the National Natural Science Foundation of China's support for basic research in information sciences to accelerate technology progress and societal development, including priority areas, projects, and achievements.
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Basic Research on Information SciencesSupported by NSFC 刘志勇 (Zhiyong LIU) 国家自然科学基金委员会信息科学部 (Directorate of Information Sciences, NSFC) 2006年5月23日
1, National Natural Science Foundation of China (NSFC) • Funding Agency • Support Basic Research • Identify and Foster Talented Researchers • Accelerate Science and Technology Progress • Promote Social and Economical Development
Annual Budget Increase Unit: Billion RMB Yuan
International Cooperation • Science Policy • Coordinative Research Projects • International Conferences • Academic Exchange
NSFC International Cooperation
2, Research Areas Supported by DIS • Electronics and Information Systems • Computer Science • Automation • Micro & Nano -Electronic Devices • Optics and Optoelectronics
3, Research Projects and Priority Areas 3-1 Priority Areas for the Past 5 Years • Broadband Radio Communication System New model, Intelligent Communication, Software Radio Communication, Multimedia Communication Key Technique&Prototyping • High Speed Communication Networks IP/DWDM Optical Networks, Mobile System, Mobile Access • High Performance Computing Model, Architecture, Algorithms Computational Grid Challenging Applications
Software Technology Software Development Methodology Reliability, Safety Interface and Environment • Intelligent Systems Sensors, and Intelligent Data Collection Intelligent Information Processing Machine Learning and Data Mining Intelligent Control Systems • Opto-Electronics and New Devices Optical Storage and Display Devices, Key Devices for Optical Networks Theories and Technology • Fundamental for Nano-Technology Basic Technologies for Nanoelectronic Devices, Ultrahigh Density Storage Films, Carbon Cubes, Single Electron Devices and Integrate Circuits
Networked Computing and Information Security** Model for Networked Systems, Architectures and Protocols, Security, Challenging Applications, • Cognitive Science and Information Processing** Cognitive Function, Brain Mapping, Information Processing in Learning and Remembering Processes Information Processing for Thinking, Languages, Group Intelligence • Fundamentals for Quantum Informatics** Basic Theories Quantum Communication Basic Quantum Computing • Technologies for SOC** Methodology for System Integration System Design, Verification, and Testing New Materials, and Technologies
Functional Materials for Information Systems* • Bioinformatics* • Complex Systems and Complexity Science* • Manufacturing for the 21 Century*
The Prioritized Areas are Summarized: • Next Generation Communication • Networked Computation • High Performance Computing • Advanced Information Processing • New Technologies and Devices
3-2 Some Projects and Achievements • Networked Computing and Security (NSFCNet, MD-5&SHA-1 Break, E-Science,…) • SOC (Tools, CPU Chips Design) • Mechanical Theory Proving (Readability) • Quantum Informatics (Quantum Communication) • Adaptive Control Theory • Cognition and Learning Theories
3-3 Priority Setting for 2006-2010 (Subject to Change) 3-3-1 Information Sciences • Future Generation Communication Systems • Advanced Information Processing • Advanced Technologies for Microwave Systems • New Computer and Network Systems • Challenging Applications of Computer systems
Intelligent Systems and Intelligent Robotics • System Perception\Modeling\Analysis\Control • SOC • Optical Information Processing • Advanced Opto-electronics • Bioinformation Processing and Biocomputation
3-3-2 Cross-disciplinary Areas • Cognitive Science and Intelligent Information Processing • Bioinformatics • Nano-technology (nano-scale devices) • Trustworthy Computing
Closely Related to Computer Science and Engineering Research • New Computer and Network Systems • Trustworthy Computing • Challenging Applications of Computer systems • Bioinformation Processing and Biocomputation • SOC
Some Pictures • NSFCNet • CROWN Testbed • CSGrid • HEP Grid • Bio-Informatics Grid
GSR12008 NSFC GSR12008 GSR12008 CAS BUAA GSR12008 BUPT STAR TAP APAN CERNET POS OC-48 GE DPT Ring TsinghuaU GSR12012 GSR12008 PKU CSTNET NSFCNET
JANET NSF 2M APAN CERNET/ CERNET2 vBNS 1G 10M 1G STAR TAP Dragon TAP NSFCNET 10M 1G Abilene CSTNET Others UCAID Connections to Abilene/vBNS/APAN from China
The CROWN Testbed • Sponsored by NSFC, • RMB 8M, From Jan 2004-Dec 2006 • Currently covers 6 sites, totally computing capability is over 10 GFlops • Connected with GLORIAD
CSGrid Architecture *Vega GOS is a candidate for CSGrid Middleware
The HEP Grid in China BES All data from experiments Goes to IHEP Computing Center On line system E-science Offline processor farm YBJ 10Gbps Tier 1 CERN CMS & ATLAS IHEP Computer Center CASTOR pku Tier 2 Physics data cache This diagram only Shows HEP DataGrid in China Tier 3
The Bio-Informatics Grid • Ultimate Goal: • Enable the discovery of new biological insights as well as to create a global perspective from which unifying principles in biology can be discovered • Applications: • SARS Tools (8) • Assembly Tools (6) • Alignment Tools (6) • Sequence Analysis Tools (8) • Protein Analysis Tools (1) • Other Tools (2)