A Brief Introduction to CFINS

Size: px

Start display at page:

Download "A Brief Introduction to CFINS"

Alexis Melanie Bates
5 years ago
Views:

1 A Brief Introduction to CFINS Center for Intelligent and Networked Systems (CFINS) Department of Automation Tsinghua University Beijing , China 6/30/2016 1

2 Outline Mission People Professors Students Research Manufacturing & supply chain Sensor network Network security 2

complex and networked systems Computer and communication networks

3 Established in 2001 Mission To provide a physical & intellectual environment for the intelligent analysis, design, and operation of complex and networked systems Computer and communication networks Large scale electric power grid Supply chains Manufacturing plants Sensor networks 3

4 People 6 Chair Professors (5 IEEE fellows) 8 visiting members 12 resident professors 30+ graduate students (PhD + Master students) 4

5 Chief Scientist Prof. Yu-Chi Ho, IEEE life fellow Gordon McKay Research Professor of System Engineering, Harvard University, Emeritus T. Jefferson Coolidge Research Professor of Applied Mathematics, Harvard University, Emeritus Member, National Academy of Engineering, U.S.A. Foreign members of the Chinese Academy of Engineering & Chinese Academy of Sciences Optimal control (a book, Citation Classics) Differential games Discrete Event Dynamic Systems Perturbation Analysis Ordinal Optimization 5

Prof. Tamer Başar Co-Chief Scientist Director of Center for Advanced Study, Swanlund Endowed Chair, CAS Professor of Electrical and Computer Engineering, Professor of Coordinated Science Laboratory,

6 Prof. Tamer Başar Co-Chief Scientist Director of Center for Advanced Study, Swanlund Endowed Chair, CAS Professor of Electrical and Computer Engineering, Professor of Coordinated Science Laboratory, Professor of Information Trust Institute, Professor (affiliate) of Mechanical Science and Engineering, University of Illinois at Urbana-Champaign (UIUC). Academician of US National Academy of Engineering, IEEE fellow, Academician of European Academy of Sciences, SIAM fellow, IFAC fellow, Information technology research; Control over wired and wireless networks; usage-limited sensing, estimation, and control; Game-theoretic approaches to security in computer networks, Decentralized and distributed detection and estimation, robustness, resilience and trust in multi-agent systems; networked systems; and cyber-physical systems. 6

7 Chair Professors Prof. Peter Luh Univ. of Connecticut Prof. Peter Luh Boston University Prof. Hou-Min Yan City Univ. of Hong Kong Prof. Xiaohong Guan Xi an Jiaotong University 7

8 Some resident professors Prof. Qianchuan Zhao, Director Prof. Shuning Wang Prof. Zuo Zhang Prof. Ling Wang Prof. Xi Chen Prof. Qing-Shan Jia Prof. Li Xia 8

9 Students 9

10 Research Topics Manufacturing & Supply Chain Optimization for service network Asset maintenance strategy optimization Energy efficient industries Wireless Sensor Networks Localization Target detection Tracking Social Network & Security Network Monitor Active defense network Blog network Smart Buildings Integrated terminal control Multi-energy system management ibuilding Building cloud Smart Grid & New Energy Resources Thermal, hydro & wind power coscheduling Efficient islanding under emergency Cyber-Physical-Social Systems Networked control Event-based control & optimization Human-System interaction Internet of Things (IoT) 10

11 Sponsors Chinese Government (including NSFC) Tsinghua University Industrial partners UTC GM Toshiba Siemens Local companies 11

12 Manufacturing & Supply Chain Research topics Optimization for service network Asset maintenance strategy optimization Energy efficient industries 12

13 Manufacturing & Supply Chain Research topics Optimization for service network Asset maintenance strategy optimization Energy efficient industries 13

14 Manufacturing & Supply Chain Research topics Optimization for service network Asset maintenance strategy optimization Energy efficient industries 14

15 Wireless Sensor Networks Research topics Localization S3 S2 S1 Target detection S5 P2 P1 Tracking Methodology S9 P3' S8 S6 P3 S7 S4 Activation range Sensing range Sensors The target Software and hardware Point coverage vs. total coverage Decentralization Wireless Sensor Network Base Station Mobile Terminals Database Server Internet Clients 15

16 Social Network & Security Research topics Network Monitor Active defense network Blog network Methodology Visualization Pattern recognition Models of networks 1.5 x Er 0.5 Event 1 Event 2 Event 3 Event m (day) 16

cloud Methodology Event-based optimization Human-building

17 Research topics Smart Buildings Integrated terminal control Multi-energy system management ibuilding Building cloud Methodology Event-based optimization Human-building interaction Approximate dynamic programming Cloud computing 17

18 Smart Grid & New Energy Resources Research topics Thermal, hydro & wind power co-scheduling Efficient islanding under emergency Methodology Ordinal optimization Reinforcement learning Model checking 18

19 Cyber-Physical-Social Systems Research topics Networked control Event-based control & optimization Human-System interaction Internet of Things Connect sensors and actuators into Internet through Gateways Networked Evacuation 19

20 Conclusion Some major research directions Manufacturing & Supply Chain Wireless Sensor Network Social Network & Security Smart Buildings Smart Grid Cyber-Physical-Social Systems 20

21 Thank you! 6/30/

Call for Papers for Communication QoS, Reliability and Modeling Symposium

Call for Papers for Communication QoS, Reliability and Modeling Symposium Scope and Motivation: In modern communication networks, different technologies need to cooperate with each other for end-to-end