PERSONALINFORMATION
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EDUCATION AND WORK BACKGROUND
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RESEARCH INTERESTS
• Complex dynamical networks
• Passivity and synchronization
• Stability theoryand applications
• Analysis anddesign of algorithms
• Computer algebra
PUBLICATIONS
1.Yanli Huang*, Jie Hou, Erfu Yang, General decay anti-synchronization of multi-weightedcoupled neural networkswith and withoutreaction-diffusion terms, Neural Computing and Applications (
2.Yanli Huang*, Shuihan Qiu, Shunyan Ren, Finite-time synchronizationand passivity of coupled memristive neural networks, International Journalof Control (SCI, Q2, IF: 2.930), DOI:10.1080/**.2019.**, 2019.
3.Yanli Huang, Shuihan Qiu, Shunyan Ren, Zewei Zheng*, Fixed-timesynchronization of coupled Cohen-Grossberg neural networkswith and withoutparameter uncertainties, Neuro-computing (SCI, Q1, IF:4.072), 315: 157-168, 2018.
4.Yanli Huang, Weizhong Chen, ShunyanRen, Zewei Zheng*,Analysis and pinningcontrol for generalized synchronization of delayed coupledneural networks with different dimensional nodes, Journal of the FranklinInstitute (
5.Yanli Huang, Weizhong Chen, Jianming Wang*, Finite-time passivity of delayedmulti- weightedcomplex dynamical networkswith different dimensional nodes,
6.Yanli Huang, Weizhong Chen,Shunyan Ren,Zewei Zheng*, Passivity and synchronization of coupled reaction-diffusion Cohen-Grossberg neural networks with fixed and switching topolo- gies, Neural Processing Letters (SCI, Q3, IF:2.591), 49(3): 1433-1457, 2019.
7.Yanli Huang*, Shunyan Ren, Passivity and passivity-basedsynchronization of switched cou-pled reaction-diffusion neuralnetworks with stateand spatial diffusion couplings,
8.Yanli Huang*, Shunyan Ren, Jigang Wu, Beibei Xu, Passivity andsynchronization of switched coupled reaction-diffusion neuralnetworks with non-delayed and delayed couplings, International Journal of ComputerMathematics (SCI, Q2, IF: 1.196),96(9): 1702-1722, 2019.
9.Yanli Huang*, ShuxueWang, Shunyan Ren,Pinning exponential synchronization and pas- sivity of coupleddelayed reaction-diffusion neuralnetworks with and without parametric un- certainties, International Journalof Control (SCI, Q2, IF: 2.930),92 (5): 1167-1182, 2019.
10.Yanli Huang*, ShuxueWang, Synchronisation in an array of spatial diffusion coupled reaction- diffusion neural networks via pinning control, International Journalof Systems Science(SCI, Q1, IF: 2.469), 49(5): 1103-1118, 2018.
11.Yanli Huang*, BeibeiXu, Shunyan Ren, Analysisand pinning controlfor passivity of coupledreaction-diffusion neural networkswith nonlinear coupling, Neurocomputing (SCI, Q1, IF:4.072), 272: 334-342, 2018.
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13.Yanli
14.Jie Hou,Yanli Huang*, Shunyan Ren,Anti-synchronization analysis and pinning controlof multi-weighted coupledneural networks with and withoutreaction-diffusion terms, Neurocom- puting (SCI,Q1, IF: 4.072), 330: 78-93, 2019.
15.Jie Hou,
16.Jie Hou,
17.Shanrong Lin,
18.Shanrong Lin,
19.Weizhong Chen, Yanli Huang*, Shunyan Ren, Passivity and synchronizationof coupled reaction-diffusion Cohen-Grossberg neural networks with state couplingand spatial diffusion coupling, Neurocomputing (SCI, Q1, IF:4.072), 275: 1208-1218, 2018.
20.Weizhong Chen, Yanli Huang*, Shunyan Ren, Passivity and robustpassivity of delayed Cohen-Grossbergneural networks with and without reaction-diffusion terms, Circuits, Sys- tems, and Signal Processing(SCI, Q2, IF: 1.922),37(7): 2772-2804, 2018.
21.Weizhong Chen,
22.Shuihan Qiu,
23.Shuihan Qiu,Yanli Huang*, Shunyan Ren,Finite-time synchronization of coupled Cohen- Grossberg neural networkswith and withoutcoupling delays, Journalof the Franklin Institute (
24.Shuxue Wang, Yanli Huang*, BeibeiXu, Pinning synchronization of spatial diffusion coupled reaction-diffusion neural networks with and withoutmultiple time-varying delays,
25.Shuxue Wang, Yanli Huang*, Shunyan Ren, Synchronization and robustsynchronization for fractional-order coupled neuralnetworks,
26.Beibei Xu,
27.Xiaoliang Li,Yanli Huang*, ZeweiZheng, WanyouCheng, Computing switching surfaces in optimal control based on triangular decomposition, EastAsian Journal on Applied Mathemat- ics (SCI,Q4, IF: 0.426), 4(4): 345-367, 2014.
28.Beibei Xu,
29.Y
30.Yanli
31.Yanli Huang, Jigang Wu*, Special solvable second orderalgebraic ordinary differential equa-tions,
32.Yanli Huang, BeibeiXu, Xiaoliang Li*,Properties of rationalgeneral solutions for first order multivariate autonomous rational differential systems,
33.Yanli Huang*, BeibeiXu, Shunyan Ren, Jinliang Wang, Weizhong Chen,Global exponential synchronization of nonlinearly coupled reaction-diffusionneural networks, Proceedings of the
34.Yanli Huang, JianmingWang*, Erfu Yang, Robust passivity of coupled Cohen-Grossberg neural networkswith reaction-diffusion terms,Proceedings of the 25th IEEE International Conference on Automation and Computing (
35.Y
36.Yihao Wang, Yanli
37.Jianmou Lu,
38.Jie Hou,Yanli Huang*, Jinliang Wang, Shunyan Ren,Dongfang Liu, Anti-synchronization analysis and pinning controlof coupled neuralnetworks with multiple weights,
39.Shanrong Lin,Yanli Huang*, JinliangWang, Shunyan Ren, Dongfang Liu,Passivity of cou- pled neural networks with different dimensional nodes,
40.Weizhong Chen,
41.Shunhan Qiu,Yanli Huang*, Jinliang Wang, Shunyan Ren,Dongfang Liu, Finite-time syn- chronization ofcoupled Cohen-Grossberg neural networks with time-varying delays,
42.Beibei Xu,
43.Shuxue Wang*, Yanli Huang, Jinliang Wang, MengXu, Shunyan Ren, Pinningcontrol strate- gies for synchronization of complex dynamical networks withspatial diffusion coupling, Pro- ceedings
44.Puchong Wei, Jinliang Wang*, Yanli Huang, Beibei Xu, Shunyan Ren, Passivity analysis of impulsive coupledreaction-diffusion neural networkswith and withouttime-varying delay, Neurocomputing (SCI, Q1, IF:4.072), 168: 13-22, 2015.
45.Puchong Wei, JinliangWang*, Yanli Huang, BeibeiXu, Shunyan Ren, Impulsive control for the synchronization of coupled neuralnetworks with reaction-diffusion terms,
46.Meng Xu, Jinliang Wang*, Yanli Huang, PuchongWei, Shuxue Wang, Pinning synchroniza- tion of complex dynamicalnetworks with and without time-varying delay, Neurocomputing (
47.Zhen Qin, Jinliang Wang*, Yanli
48.Zhen Qin, Jinliang Wang*, Yanli
49.Xiaoxiao Zhang,Jinliang Wang*,Yanli Huang, Shunyan Ren,Analysis and pinningcontrol for passivity of multi-weightedcomplex dynamical networks with fixed and switching topolo- gies, Neurocomputing (SCI, Q1, IF: 4.072),275: 958-968, 2018.
50.Xiaoxiao Zhang,Jinliang Wang*,Yanli
51.Qing Wang, JinliangWang*, Yanli Huang, Shunyan Ren, Generalized lag synchronizationof multiple weighted complex networks with and withouttime delay,
52.Qing Wang, JinliangWang*, Shunyan Ren,Yanli
53.Dongyang Wang, Jinliang Wang*, Shunyan Ren, Yanli Huang, Passivity andsynchronisation ofcomplex dynamical networkswith multiple derivative couplings,
54.Dongyang Wang, Jinliang Wang*, Shunyan Ren,Yanli
55.Shunyan Ren, Jigang Wu, Shuxue Wang,
56.Puchong Wei, JinliangWang, Yanli Huang, BeibeiXu, Input and output passivityof cou- pled reaction-diffusion neuralnetworks with impulsive effects,
57.Meng Xu, Jinliang Wang, Yanli Huang, ShuxueWang, Shunyan Ren,Pinning synchroniza- tion of coupledneural networks with multiple time-varying delays and reaction-diffusion terms, Proceedings of the 35th Chinese ControlConference (EI), Chengdu,July 27-29, pp. 7267-7272,2016.
58.Zhen Qin, Jinliang Wang*, Yanli Huang, Shunyan Ren,Synchronization of multi-weighted complex dynamical networks with fixed and switching topologies, Proceedings of the 36th Chi-
59.Xiaoxiao Zhang*,Jinliang Wang,
60.Dongming Wang, ChenqiMou, Xiaoliang Li, Meng Jin,Jing Yang,
PROJECTS
1. National Natural ScienceFoundation of China(NSFC), Project No.**, January 2016
–December 2018, RMB 216,000, ongoing,
2. Natural Science Foundation of Tianjin Cityof China, ProjectNo.18JCQNJC74300, April 2018
–March 2021, RMB 60,000, ongoing,
3. National Natural ScienceFoundation of China(NSFC), Project No.**, January 2014
–December 2014, RMB 30,000, completed,
4.Open Fund of Guangxi KeyLaboratory of HybridComputation and IC Design Analysis, Project No. HCIC201704, January 2018 – December 2019,RMB 20,000, ongoing, PrincipalInvestigator.
5.Open Fund of Guangxi KeyLaboratory of HybridComputation and IC Design Analysis, Project No. HCIC201302, January 2014 – July 2015,RMB 35,000, completed, PrincipalInvestigator.
6.Doctoral Scientific Research Foundation of Tianjin Polytechnic University, ProjectNo.**4, October 2012 – October2013,
7. National Natural ScienceFoundation of China(NSFC), Project No.**, January 2018
–December 2021, RMB 640,000, ongoing,
8. National Natural ScienceFoundation of China(NSFC), Project No.**, January 2015
–December 2017, RMB 220,000, ongoing,
9. Natural Science Foundation of Tianjin Cityof China, ProjectNo.19JCYBJC18700, April 2019
–March 2022, RMB 100,000, ongoing,
10.National Natural Science Foundation of China (NSFC), Project No.**, January2014
–December 2016, RMB
11.National Natural Science Foundation of China (NSFC), Project No.**, January2014
–December 2014, RMB
12.Natural ScienceFoundation of Tianjinof China, ProjectNo. 17JCYBJC15100, April2017 – March 2020, RMB 100,000, ongoing,The Second Participant.
13.Natural ScienceFoundation of Tianjinof China, ProjectNo. 15JCQNJC04100, April2015 – March2018, RMB 60,000, completed, The Third Participant.
MASTERSTUDENTS
1. Beibei Xu
• September, 2014 - March, 2017
• November 2016: National Scholarship for Master GraduateStudents
• June 2017:
2. Shuxue Wang
• September, 2015 - March, 2018
• November 2017: National Scholarship for Master GraduateStudents
• June 2018:
3. Weizhong Chen
• September, 2016 - present
• November 2017: National Scholarship for Master GraduateStudents
• March 2019:
4. Shuihan Qiu
• September, 2016 - present
• November 2017: National Scholarship for Master GraduateStudents
5. Jie Hou
• September, 2017 - present
6. Shanrong Lin
• September, 2017 - present
7. Yihao Wang
• September, 2018 - present
8. Jianmou Lu
• September, 2018 - present
ACADEMICEXPERIENCES
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1. July 2, 2017,
2. July 27-29,2016, Chengdu, China: CCC 2016 (35th ChineseControl Conference)
3.August 3-9, 2015, Beijing, China:
4.February 2-4, 2015, Nanning, China: GC 2015 (InternationalSeminar on Geometric Computation)
5. November 23-29, 2014, Beijing,China: CDZ-CRC 2014 (CDZ Workshop GZ1115 on Computationand Reasoning with Constraints)
6. October 11-13, 2013,Tianjin, China:NCTCS 2013 (National Conference on TheoreticalComputer Science)
7. October 10-12, 2012, Beijing,China: PAS 2012 (InternationalSeminar on Program Verfication, Automated Debuggingand Symbolic Computation)
8. August 17-19, 2012,Hainan, China:
9.October 19-21,2011, Beijing, China:
10.June 21-24,2011, Hagenberg/Linz, Austria:
11.May 30-June32011, Stockholm, Sweden: MEGA 2011 (Effective Methods in AlgebraicGeometry)
12.February 9-11, 2011, Linz, Austria:DEAM 2 (Second Workshop on Differential Equa- tions by Algebraic Methods)
13.June 28-July9, 2010, Hagenberg, Austria: The
14.September 26-29,2010, Timisoara, Romania: SYNASC 2009 (11th International Sym- posium on Symbolic and Numeric Algorithms for Scientific Computing)
15.August 10-16, 2009, Chengdu, China:
16.May 11-13, 2009,Beijing, China:
17.April 28-30,2008, Beijing, China: SCC 2008 (First International Conference on Sym- bolicComputation and Cryptography)
18.April 25-27,2008, Beijing, China: Chinese-SALSA 2008 (The Second Chinese-SALSA Workshop: France/China Workshop onSolvers for Algebraic Systems and Applications)
19.April 3-5,2008, Shanghai, China: SRATC 2008 (International Workshopon Symbolic RealAlgebra and Trustworthy Computing)
• TALKS
1.Rational General Solutions of Higher Order Algebraic ODEs, CDZ-CRC 2014, Beijing, China,November 28, 2014
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6.Rational General Solutions of High Order Non-autonomous ODEs. RISC CA Seminar, Hagenberg, Austria, October 14, 2010
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HONORS
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• May 2012:
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• January 2010:Top 10 GraduateStudents of Schoolof Mathematics and Systems Science
• December 2009: