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Name：

Mei Sun

Title：

Associate Dean, professor (the second grade), Doctoral Supervisor

Research Field & Interest：

Analysis and Modeling of Complex Systems, Theory and Application of Nonlinear Dynamic System

Postgraduate Enrollment Specialty：

Mathematics, Control science and engineering

Telephone：

0511-88780759

E-mail：

sunm@ujs.edu.cn

Address：

Xue Fu road 301, Zhenjiang, Jiangsu university 212013

Learning and working experience

● 1981/09－1985/07，Department of Mathematics, Yangzhou University，Undergraduate.
● 2003/09－2006/07，Department of Mathematics, Jiangsu University，Doctor，Tutor: Tian Lixin.
● 1985/07－Now，Department of Mathematics and Applied Mathematics, Faculty of Science, Jisngsu University，Professor, Doctoral Tutor.
● 2008/07－2008/10，Professor of Georgia Institute of Technology，Visiting scholar.
● 2013/06－2013/09，Law Rence Berkeley National Laboratory，Visiting scholar.
● 2015/08－2015/09，City University of New York, USA，Visiting scholar.

Part-time Academic and Social Work

● 2011/06 - Now，Standing Director of Jiangsu Mathematics Society.
● 2017/09 - Now，Standing Director of Jiangsu Operational Research Society.

Teaching Courses

● Chaotic Dynamics Theory and Its Application(doctor)
● Introduction to Complex Networks(doctor)
● Analysis and Control of Evolutionary System(doctor)
● Higher Mathematics(Undergraduate)

Teaching Research Topics

● Research and Practice of Postgraduate Education and Teaching Reform in Jiangsu Province: “Research on the Reform of Graduate Public Mathematics Course System with Hierarchical, Stereoscopic and Multidimensional Characteristics (JGZZ13_063, 2013.1-2014.12, Project Leader.
● National Higher Education Science Tenth Five-Year Plan Key Issues: Engineering Mathematics Education Reform and Innovative Talents Training in the New Century (19-106-53), 2003/01-2008/01, (Participation).
● The Tenth Five-Year Plan of Educational Science in Jiangsu Province: A Study on the Large-scale Teaching Reform of Modern Higher Mathematics in the New Century (D/2001/01/153), 2003.1-2008.1, (Participation).

Teaching material

● 《Higher mathematics》(Economics and management) 2013, (Editor in chief).
● 《Higher mathematics, 2010, (Participation).

Research projects

● National Natural Science Foundation Project: Research on Interactive Behavior and Evolutionary Game of Multi-Agent Low Carbon Selection in Microgrid System (71774070), Project Leader.
● National Natural Science Foundation Project: Dynamic Coupling Optimization of Supply and Demand in Smart Grid Based on Evolutionary Game and Policy Analysis (71473108), Project Leader.

Finish project

● National Natural Science Foundation Project: Research on Optimization and dynamic regulation of oil supply and demand network based on computational experiments (71273119), Project Leader.
● National Natural Science Foundation Project: Theoretical Method and Policy Analysis of Energy Supply and Demand Model Based on Complex System Theory(71073071), Project Leader.
● Major projects of the National Social Science Fund: Study on the Construction of Energy Price System and the Strategic Transition of Energy Development in China(12&ZD062), Subject Leader.
● Ninth batch of high-level talent projects of "Six Talents Peaks" in Jiangsu Province:Study on Parameter Identification, Optimization and Regulation Measures of Energy Supply and Demand Network, Project Leader.
● Ministry of Education Humanities and Social Sciences Research Project:Study on Sustainable Development Strategy of China's Energy Supply and Demand System Based on Complex Network Model (09YJA90088), Project Leader
● Major Social Science Bidding Project of Education Department:Research on the Theory of Complex System of Energy Supply and Demand Reserve in the New Period (2010-2-10), Project Leader.
● China Post-doctoral Science Foundation Project: Study on Establishing and Perfecting the Evaluation Index System and Monitoring System of Energy Conservation and Emission Reduction (20080431071), 2008.1-2009.12, Project Leader.
● Jiangsu Post-doctoral Research Funding Project:Research on Core Scientific Problems in Energy Supply and Demand (0701038C) , 2007.1-2008.12, Project Leader.
● Zhenjiang Soft Science Foundation:Research on Supervision Mechanism of Energy Conservation and Emission Reduction in Zhenjiang City (RK2008026), 2008.6-2009.6, Project Leader.
● Umanities and Social Science Foundation Project of Jiangsu Education Department:Study on Sustainable Development Strategy of Jiangsu Energy Complex System (04SJD790010), 2005.1-2005.12,Project Leader.
● Jiangsu University Senior Talents Start-up Fund:Study on Sustainable Strategy of Energy Supply and Demand Economic System in Jiangsu Province (06JDG044), 2007.01-2008.12,Project Leader.
● National Natural Science Foundation Project:Research on Energy Saving and Emission Reduction System for Promoting Low Carbon Economic Development(71073072), (Number two).
● General Project of Humanities and Social Sciences Research of Ministry of Education:Study on Energy Conservation and Emission Reduction and Environmental Protection in the Yangtze River Delta (08JA790058), (Number two)
● Jiangsu Philosophy and Social Science Foundation Project:Research on Energy Production and Supply System of Sustainable Regional Economic Growth in Yangtze River Delta (06EYB006), (Number two).
● Jiangsu Soft Science Research Project:Jiangsu Resources Strategy Research and Countermeasure (BR2006032), (Number two).
● General Project of Jiangsu Social Science Foundation:Accelerating the Integration of Environmental Protection in the Yangtze River Delta (08CSJ008), (Number two).

Monographs and translations

● Analysis of Energy Supply and Demand System: A New Perspective Based on Complex Network,Science Press,2017, 3,(Number one).
● Analysis of Energy Price System,Science Press,2011. 10, (Number two).
● Analysis of Energy Supply and Demand System,Science Press,2011, 10,(Number two)
● Analysis of Energy Carbon Emission System, Science Press, 2013, 5,(Number two)
● Nonlinear Dynamics and Chaos, Machinery Industry Press, 2017, 3,(Number one)

Publications

1. Optimizing sheddable and shiftable residential electricity consumption by incentivized peak and off-peak credit function approach, Applied Energy, 210, 15, 2018, 1299-1309. (Indexed in SCI).
2. Analysis of the impact of crude oil price fluctuations on China's stock market in different periods——Based on time series network model, Physica A, 492, 2018, 1016–1031. (Indexed in SCI).
3. The parametric modified limited penetrable visibility graph for constructing complex networks from time series, Physica A, 492, 2018, 1097–1106. (Indexed in SCI).
4. Identifying regime shifts in the US electricity market based on price fluctuations, Applied Energy, 194, 15, 2017, 658–666. (Indexed in SCI).
5. Study on the mutual influence between enterprises: A complex network perspective of China's PV enterprises,Journal of Renewable and Sustainable Energy, 2016. (Indexed in SCI).
6. Who are leading the change? The impact of China’s leading PV enterprises: A complex network analysis, Applied Energy, 207, 1, 2017. (Indexed in SCI).
7. An Optimization Model for China's Emission Reduction Resulting from the Shift to Wind Power, Energy Procedia, 105, 2017, 309-315.
8. Convergence analysis of eco-efficiency of China’s cement manufacturers through unit root test of panel data, Energy, 134, 2017, 709-717. (Indexed in SCI).
9. How the initial level of visibility and limited resource affect the evolution of cooperation, Scientific Reports, 6:27191, June 2016. (Indexed in SCI).
10. A bibliometric analysis based review on wind power price, Applied Energy, 2016, 182(15): 602–612. (Indexed in SCI).
11. Visibility graph network analysis of natural gas price: The case of North American market Original Research Article, Physica A. 2016, 462: 1-11. (Indexed in SCI).
12. Identifying regime shifts in the US electricity market based on price fluctuations, Applied Energy. 2017, 194(15): 658-666. (Indexed in SCI).
13. An evolutionary vaccination game in the modified activity driven network by considering the closeness. Physica A. 2016, 443: 49-57. (Indexed in SCI).
14. Research on the Us Electricity Market Based On Price Fluctuations, Energy Procedia. 2016, 88: 297-304.
15. Features and evolution of international fossil energy trade relationships: A weighted multilayer network analysis. Applied Energy. 2015, 156(15): 542-554. (Indexed in SCI).
16. The virus variation model by considering the degree-dependent spreading rate, Physica A. 2015, 433: 42-50. (Indexed in SCI).
17. Epidemic process on activity-driven modular networks, Physica A. 2015, 432: 354-362. (Indexed in SCI).
18. Optimization of China's energy structure based on portfolio theory, Energy, 77,2014,890-897, (Indexed in SCI).
19. Can memory and conformism resolve the vaccination dilemma? Physica A: Statistical Mechanics and its Applications, 415: 95-104, 2014, (Indexed in SCI).
20. Quantifying China's oil import risks and the impact on the national economy, Energy Policy, 67:605-611, 2014, (Indexed in SCI).
21. A hierarchical-network-model based analysis of the market characteristics of China's photovoltaic enterprises,Journal of Renewable and Sustainable Energy, 6(4) 2014, (Indexed in SCI).
22. Third-order leader-following consensus with circumstance noise under impulsive and switching control, International journal of modern physics C, 25(8), 2014, (Indexed in SCI).
23. Impact of anti-virus software on computer virus dynamical behavior, International journal of modern physics C, 25(5), 2014, (Indexed in SCI).
24. A comparison of coal supply-demand in China and in the US based on a network model, Chinese Physics B, 22(10), 2013, (Indexed in SCI).
25. Synchronization of Colored Networks via Discrete Control, Chinese Physics Letters, 30(9), 2013, (Indexed in SCI).
26. The general evolving model for energy supply-demand network with local-world, international journal of modern physics C, 24(10), 2013, (Indexed in SCI).
27. Research on the evolution model of an energy supply-demand network, Physica A: Statistical Mechanics and its Applications, 391 (2012), pp:4506–4516, (Indexed in SCI).
28. Adaptive third-order leader-following consensus of nonlinear multi-agent systems with perturbations, Chinese Physics Letters, 2012, 29(2): 020503 ,(Indexed in SCI).
29. Energy resources demand-supply system analysis and empirical research based on non-linear approach, Energy, 2011, 36(9): 5460-5465, (Indexed in SCI).
30. The model reference control for the the four-dimensional energy supply-demand system, Applied Mathematical Modelling 35 (2011), pp: 5165-5172, (Indexed in SCI).
31. Adaptive Outer Synchronization between Two Nonidentical Networks Using Arbitrary Coupling Strength, Thirtieth China Control Conference(CCC2011)(Indexed in SCI).
32. Research on Decomposition Model of Energy Conservation and Consumption Reduction Target: A Case Study of Jiangsu Province,Statistics and Decision-making, 2011, (5),(Indexed in CSSCI).
33. Research on China's Energy Demand Forecasting Based on Improved BP Neural Network,Journal of shanxi finance and economics university, 2010(2).
34. Prediction and Control of Carbon Emissions in Jiangsu Province,Papers Collection of the Second China Energy Scientists Forum,2010(10), (Indexed in ISTP).
35. Linear generalized synchronization between two complex networks, Communications in Nonlinear Science and Numerical Simulation, 15 (2010) pp:2162–2167,(Indexed in SCI).
36. Projective synchronisation with non-delayed and delayed coupling in complex networks consisting of identical nodes and different nodes, Chinese Physics B, 19(2010), pp: 070509,(Indexed in SCI).
37. The analysis of complex behaviours of a novel three dimensional autonomous system, Chinese Physics B, 19(2010), pp: 070514, (Indexed in SCI).
38. Projection synchronization of time-varying coupled drive-response complex networks based on adaptive-impulse control method, Journal of Physics,2010,59(8):5288-5292, (Indexed in SCI).
39. Adaptive-Impulsive Control for Generalized Projective Synchronization Between Two Complex Networks with Time Delay,2010CCDC, 2010, (6),(Indexed in EI).
40. Adaptive–impulsive synchronization in drive–response networks of continuous systems and its application, Physics Letters A 373 (2009), pp:3041–3046, (Indexed in SCI).
41. The energy resources system with parametric perturbations and its hyperchaos control, Nonlinear Analysis: Real World Applications, 10(4), August 2009, pp: 2620-2626 , (Indexed in SCI).
42. Generalized projective synchronization between two complex networks with time-varying coupling delay, Chinese Physics Letters, 26 (2009), pp: 010501, (Indexed in SCI).
43. A new four-dimensional energy resources system and its linear feedback control, Chaos, Solitons and Fractals, January 15, 2009, pp: 101-108, (Indexed in SCI).
44. Adaptive control and synchronization of a four-dimensiona l energy resources system with unknown parameters, Chaos, Solitons and Fractals, February 28, 2009, pp: 1943-1949, (Indexed in SCI).
45. The analysis of a novel 3-D autonomous system and circuit implementation, Physics Letters A, 373 (2009), pp 4227-4238, (Indexed in SCI).
46. On a new time-delayed feedback control of chaotic systems, Chaos Solitions & Fractals, 39(2009), pp831-839, (Indexed in SCI).
47. Chaos control and chaotification for a three-dimensional autonomous system, International Journal of Nonlinear Science, Vol.7(2009) No.2, pp: 220-225
48. Projective synchronization in drive–response dynamical networks of partially linear systems with time-varying coupling delay, Physics Letters A, 372 (2008) pp: 6904–6908, (Indexed in SCI).
49. An Evolution Model of Energy Supply and Demand Network, Journal of management, 2008, 5: 685,(Indexed in CSSCI).
50. An energy resource demand-supply system and it’s dynamical analysis, Chaos Solitions & Fractals, 32 (2007), pp:168–180, (Indexed in SCI).
51. Dynamics and adaptive synchronization of the energy resource system, Chaos Solitions & Fractals, (2007), pp: 879–888, (Indexed in SCI).
52. Feedback control and adaptive control of the energy resource chaotic system, Chaos Solitions & Fractals, 2007, pp: 1725-1734, (Indexed in SCI).
53. Controlling chaos in the energy resource system by time- delayed feedback, Papers of the Sixth International Conference on Management, Vol.3 (2007) No.3, pp.228-234, (Indexed in ISTP).
54. Construction of Energy Security Monitoring and Early Warning System Based on Factor Analysis,Statistics and Decision-making. 2007, (7), pp: 65-66,(Indexed in CSSCI).
55. Chaos synchronization of the energy resource chaotic system with active control, International Journal of Nonlinear Science, (2007) No.3, pp: 228-234
56. Hopf bifurcation analysis of the energy resource chaotic system. International Journal of Nonlinear Science. Vol. 1 (2006) No. 1
57. Time-delayed feedback control of the energy resource chaotic system. International Journal of Nonlinear Science. Vol. 3 (2006) No. 3.
58. Jiangsu-West Energy Demand-Supply Model and Dynamics Analysis. Systems Science and Mathematics,2006, 26(6): pp 658-669, (Indexed in CSSCI).

Honors and Awards

● The excellent Instructor for Graduate Students in Jiangsu University, 2018.
● First Prize of Excellent Achievements Award of Scientific Research in Colleges and Universities of the Ministry of Education, 2015, (Number Two).
● First Prize for Excellent Achievements in Philosophy and Social Sciences in Jiangsu Province, 2014, (Number Two).
● Excellent Instructor for Graduate Students of Jiangsu University in 2008-2012, 2013, (Number One).
● Longteng Excellence Award of Jiangsu University, 2012, (Number One).
● Third Prize for Scientific and Technological Progress in Jiangsu Province, 2011, (Number Two).
● Excellent Communist Party Members in Colleges and Universities of Jiangsu Province, 2010, (Number One).
● China Machinery Industry Science and Technology Award Second Prize, 2009, (Number Two).
● Zhenjiang 10th First Prize for Excellent Scientific and Technological Papers, 2007, (Number One).
● Jiangsu Excellent Doctoral Dissertation Award, 2007, (Number One).