A Mini-Workshop on Complexity Theory and Its Applications

NOVEMBER 12-14, 2016 USST, Shanghai, China

We are very pleased to announce that a mini-workshop on complexity theory and its applications will take place in Shanghai China from November 12^th to 14^th in 2016. The workshop will be held at the Business School, University of Shanghai for Science and Technology (USST), who is celebrating its 110 anniversary. It is sponsored by the Fund for Disciplinary Peak of Systems Analysis & Integration in USST from the Shanghai Municipal Education Commission.

Huijie Yang

On behalf of Professor Chin-Kun Hu

E-mail: hjyang@usst.edu.cn (H.Yang)

Biz School,

University of Shanghai for Science and Technology,

Shanghai 200093, China

PS:

Invited Speakers

1. Prof. Chin-Kun Hu (Academia Sinica, Taiwan China)
2. Wen-Jong Ma (National Chengchi University, Taiwan China)
3. Hawoong Jeong (Korea Advanced Institute of Science and Technology, Korea)
4. Takashi Shimada (University of Tokyo, Japan)
5. Gang Hu (Beijing Normal University, Beijing, China)
6. Binghong Wang (China University of Science and Technology, Hefei China)
7. Weibing Deng (Central China Normal University, Wuhan China)
8. Chenping Zhu (Nanjing University of Aeronautics and Astronautics, Nanjing China)
9. Zonghua Liu (China Eastern Normal University, Shanghai China)
10. Tian Qiu (Nanchang Hangkong University, Nanchang China)
11. Xin Zhang (Shanghai Maritime University, Shanghai China)
12. Yiru Pan (National Chengchi University, Taiwan China)
13. Changgui Gu (University of Shanghai for Science and Technology, Shanghai China)
14. Jiping Huang (Fudan University, Shanghai China)
15. Huijie Yang (University of Shanghai for Science and Technology, Shanghai China)

PS: Titles and/or abstracts (40 minutes each)

1. Prof. Chinkun Hu. Biological polymorphism in a fine grain environment
2. Prof. WenJong Ma. Backbone Dominated Ordering and Stability of Non-equilibrium Steady Phasesin Systems of Stiff Polymer Chains.
3. Hawoong Jeong. TBA
4. Takashi Shimada. TBA
5. Gang Hu. TBA
6. Binghong Wang. Relation between network structure and controllability transition in complex networks

7.  Weibing Deng. Quantitative Linguistics: Zipf’s Law and Beyond

8.  Chenping Zhu. A voxel of the neural network in the brain switch its states in the regime of criticality

9.  Zonghua Liu. Epidemic spreading in multi-layered networks

10. Tian Qiu. TBA

11. Xin Zhang. Social contagion and risk propagation: coupled socio-economic network approach

12. Yiru Pan. Networks of Royal Family of West Han: a Survey of Ancient Books

13. Changgui Gu. Strengthen the biological rhythms

14. Jiping Huang. TBA

15. Huijie Yang. Multi-fractal behaviors embedded in very short time series: A unbiased estimation of probability moment