姓　　名：窦春霞 (女)政治面貌：
出生年月： 现有职称：教授
最高学历：博士 导师身份：博士生导师
毕业院校：燕山大学 毕业时间：2005.5
个人主页：更新日期：2015-03-19
人生格言：

事来而心始现，事去而心随空

教学信息：
主讲本科课程《反馈控制理论》、《现代控制理论》、《计算机控制原理》等。研究生课程《最优控制》、《控制工程》等。
学科及研究方向：
学科及研究方向：
学科：控制科学与工程
研究方向：
新能源控制技术、智能电网能量管理与控制、微电网能量管理与控制、分布式发电控制技术、混合动态网络控制、电力大系统分布式控制、复杂大系统智能控制、混杂系统控制理论等。

科研项目信息：
主持纵向研究课题
1、国家自然科学基金：自治微电网多模态协调切换混杂控制研究（No.**）在研；
2、国家自然科学基金：利用混杂系统理论基于电力系统工程背景的复杂大系统控制研究（No.**）结题；
3、中国博士后基金特别资助：基于多智能体的智能电网多模态可配置混杂控制研究（No. 2012T50019）结题；
4、河北省自然科学基金：基于混杂系统理论的微电网多模态切换控制研究(No.F**) 在研；
5、中国博士后科学基金：自治微电网混杂控制研究（No.**）结题；
6、河北省教育厅科技发展基金：基于信息融合技术的电力系统分散协调控制(No. **)结题；
7、燕山大学博士基金：基于信息融合的电力系统故障检测及稳定控制研究 (No.B178)结题.

参加纵向研究课题
1、国家自然科学基金：混沌弱信号检测理论和信息融合技术的研究及应用（No.**）结题；
2、霍英东青年教育基金：基于混沌的弱信号检测理论方法及应用（No.81057）结题；
3、河北省自然科学基金：超声波微弱信号检测与目标模拟技术研究（No.601224）结题；
4、河北省博士基金：输油管泄漏检测系统（No.**）结题；
5、河北省教育厅科技发展基金：电力网小信号故障综合检测理论与技术研究(No. **)结题.
论文发表情况：
发表论文100余篇，其中SCI检索30余篇，EI检索60余篇。主要外文期刊论文：[1]C.X.Dou,et al, MAS based Energy Management System of Integrated Hybrid Energy System,IEEE Transactions on Sustainable Energy,(Accepted)[2]Chun-xia Dou, Josep M. Guerrero, Energy Management of Hybrid Energy Generation System Based on Multi-Agent System, IEEE Transactions on Smart Grid,(Accepted)[3]Chun-xia Dou, Bin Liu, Josep M. Guerrero,Event-triggered hybrid control based on multi-agent system for Microgrids,IET Generation, Transmission & Distribution,(Accepted)[4]Chunxia Dou, Ting Gui, Yefei Bi, Jinzhao Yang, Xiaogang Li,Assessment of Power Quality Based on D-S Evidence Theory, International Journal of Automation and Computing,(Accepted)[5] C.X.Dou,B.Liu,Hierarchical management and control based on MAS for distribution grid via intelligent mode switching,International Journal of Electrical Power & Energy Systems,54:352-366,2014(SCI)[6]C.X.Dou, D.W.Hao, B.Jin, W.Q.Wang, N.An, Multi-agent-system-based decentralized coordinated control for large power systems, International Journal of Electrical Power & Energy Systems, 58:130-139,2014(SCI)[7].Bin Liu, Chunxia Dou, David J. Hill, Robust exponential input-to-state stability of impulsive systems with an application in Micro-Grids.Systems and Control Letters,65:64-73, 2014(SCI)[8].Bin Liu, Tao Liu, Chunxia Dou, Stability of discrete-time delayed impulsive systems with application to multi-tracking, International Journal of Control, 87(5):911-924, 2014(SCI)[9]C.X.Dou,Z.S.Duan,B.Liu,Two-level Hierarchical Hybrid Control for Smart Power System,IEEE Transactions on Auto. Science and Eng.,10(4):1037-1049,2013(SCI)[10]C.X.Dou, B.Liu, Multi-Agent Based Hierarchical Hybrid Control for Smart Microgrid, IEEE Transactions on Smart Grid,4(2):771-778,2013(SCI)[11] C.X.Dou, B. Liu,Hybrid control for high-penetration distribution grid based on operational mode conversion, IET Generation, Transmission & Distribution,7(7):700-708,2013(SCI)[12]C.X.Dou,Z.S.Duan,X.B.Jia,Delay-dependent H∞robust control for large power systems based on two-level hierarchical decentralized coordinated control structure,International journal of system science, 42:201-217,2013(SCI)[13]C.X.Dou,J.Z.Yang, X.G.Li,T.Gui,Decentralized coordinated control for large power system based on transient stability assessment, International Journal of Electrical Power & Energy Systems,46: 153-162,2013 (SCI)[14]C.X.Dou, F.Zhao,X.B.Jia et al. H∞ Robust Control of DC-AC interfaced Microsource in Microgrids, International Journal of Automation and Computing,10(1):73-78,2013(EI)[15]C.X.Dou,B.Liu,Decentralized coordinated excitation control for large power system based on novel delay-dependent nonlinear robust control algorithm, electrical power component and system,40(9):995-1018,2012(SCI)[16].C.X.Dou, B.Liu,Hierarchical hybrid control for improving comprehensive performance in smart power system,International Journal of Electrical Power & Energy Systems,43:595-606, 2012(SCI)[17].C.X. Dou, B. Liu Transient control for micro-grid with multiple distributed generations based on hybrid system theory , International Journal of Electrical Power & Energy Systems,42:408-417,2012(SCI)[18]Chunxia Dou,Chunchun Mao, Xingzhong Zhang, Xinping Guan. Hybrid control for wide-area power systems based on hybrid system theory, International Journal of Syst. Sci.,42(1):201-217,2011(SCI)[19]Chun-Xia Dou, Dong-Le Liu, Xing-Bei Jia and Fang Zhao. Management and Control for Smart Microgrid Based on Hybrid Control Theory, Electric Power Compon. and Syst.,39(8):813-832,2011(SCI)[20]C.X.Dou,X.Z.Zhang,J.Q.Sun,X.P.Guan,et.al.Delay-dependent control for large-scale systems based on a new decentralized dynamic fuzzy control architecture.Inter.J.of Inn.Compu.Inform.and Contr.,7(6):3209-3227,2011(SCI)[21]C.X.Dou,Z.S.Duan, X.B.Jia.Study of Delay-independent decentralized guaranteed cost control for large scale systems,International Journal of Contr.,Auto.,and Syst.,9(3):478-488,2011(SCI)[22]C.X.Dou, Z.S.Duan, X.B.Jia. Delay-dependent robust stabilization for nonlinear large systems via decentralized fuzzy control, Mathematical Prob. in Engin. ID 605794,20 pages,2011(SCI)[23]C.X.Dou, F.Zhao, Z.Q.Bo, X.B.Jia and D.L.Liu. WAM-signal-based decentralized fuzzy control for large power systems with unavailable states, International Journal of Advanced Mech. Systems,3(2):88-97,2011[24]C.X.Dou,X.Z.Zhang,S.L.Guo,Delay-independent excitation control for uncertain large power systems using wide area measurement signals,International Journal of Electrical power & energysystems,32:210-217, 2010,(SCI)[25]Q.Q.Jia, C.X.Dou,C. Wang. A novel error compensation algorithm for three-current transformer connection. International Journal of Electrical Power & Energy Systems,2010,32(5):416-420 (SCI)[26]C.X.Dou, S.L.Guo, X.Z.Zhang,Improvement of transient stability for power systems using wide-area measurement signal,Electrical Engineering,2009,91:133-141(SCI)[27]C.X.Dou,Q.Q.Jia,S.J.Jin,Z.Q.Bo.Robust controller design interconnected power system with model uncertainties based on wide-area measurement.Electrical Engineering,2008,90(4):265-273(SCI)[28]Chun Wang, Qing-quan Jia, Xin-bin Lin, Chun-xia Dou.Fault location using synchronized sequence measurement.International Journal of Electr.Power and Ener.Syst.2008,30(2):134-139(SCI)[29]C.X,Dou, Q.Q.Jia, S.J.Jin, Z.Q.Bo.Delay-independent decentralized stabilizer design for large interconnected power systems based on WAMS. International Journal of Electrical power & energy systems,2007,29:775-782(SCI)[30]Chun Wang, Chun-Xia Dou, Xin-Bin Li, Qing-Quan Jia. A WAMS/PMU-based fault location technique. Electric Power System Research,2007,77(8):936-945(SCI)[31]J.Q.Sun, K. Fujimoto,C. X.Dou, J.Q.Zhang, S.W. Yuan. H∞ fuzzy tracking control for multi-machine interconnected power system with model uncertainties,International Journal of Innov. Compu.Information and Contr.,2006,2(1):61-68(SCI)[32] Dou Chun-Xia.tracking control of coupled spatio-temporal chaos based on fuzzy models.Chin. Phys. 2005,14(7):1347-1351(SCI)[33]Dou Chun-Xia and Zhang Shu-Qing. tracking control of coupled spatio-temporal chaos with parametric uncertainties based on fuzzy observers.Chin. Phys.,14(5),2005(SCI)[34]Dou Chunxia and Zhang Shuqing.A Fuzzy Tracking Control Scheme For Affine Coupled Spatio-temporal Chaos. JOURNAL OF ELECTRONICS,22(1):59-65,2005主要国际会议论文：[35]C.X.Dou,B.Liu,Josep M. Guerrero, MAS Based Event-Triggered Hybrid Control for Smart Microgrids, IEEE IES IECON13, Venice,Austria,2013,(EI).[36]Dou C.X,Yang J.Z.,Bo Z.Q. Decentralized coordinated robust controller design for multimachine power system based on multi-agent system, IET International Conference on Developments in Power Systems Protection,Birmingham, UK,2012(EI)[37]Dou C.X,Yang J.Z,Bo Z.Q.Power system transient stability evaluation and decentralized coordinated control based on wide-area measurement system,International Universities Power Engineering Conf., London,UK,2012(EI)[38]B.Liu, D.N.Liu, C.X.Dou, Optimal control for switched systems with impulsive effects, Proc. CCC, Hefei, China,2012(EI)[39]B.Liu, David J.Hill,C.X.Dou,Optimal control with stabilization for a class of hybrid dynamical systems,Proc.CCDC,Taiyuan,China,2012(EI) [40]C.X.Dou, F.Zhao,Z.Q.Bo, X.B.Jia and D.L.Liu, H∞ Robust Control of DC-AC interfaced Microsource in Microgrids,IEEE Power Engineering and Automation Conference，Wuhan,China.2011（EI）[41]C.X.Dou, X.B.Jia, Z.Q Bo, D.L.Liu and F.Zhao,Hybrid Control for Micro-Grid Based on Hybrid System Theory, IEEE Power & Energy Society, Michigan,USA,2011(EI)[42]C.X.Dou, X.B.Jia,Z.Q.Bo,F.Zhao and D.L.Liu. Optimal management of microgrid based on a modified particle swarm optimization algorithm. IEEE Asia-Pacific Power and Energy Engineering Conference, Wuhan, China,2011（EI)[43]C.X.Dou, Z.Q.Bo,X.B.Jia, D.L. Liu,and F.Zhao. Fuzzy-oberber-based Robust Tracking Control for Large Interconnected Power Systems Using WAMS. Proceedings of the 2010 International Conference on Modelling, Identification and Control, Okayama,Japan,2010(EI)[44]C.X.Dou, C.C.Mao, Z.Q.Bo, X.Z.Zhang. A multi-agent model based decentralized coordinated control for large power system transient stability improvement. 45th International Universities' Power Engineeriong Conference, Cardiff,Wales,UK,2010(EI)[45]C.X.Dou, G.T.Jiang. Multi-agent based control framework for microgrids.IEEE Asia-Pacific Power and Energy Engineering Conference,Wuhan, China 2009(EI)[46]C.X.Dou,S.J.Jin, Z.Q. Bo, Q.Q.Jia, Decentralized stabilizer design for model-uncertain large interconnected power systems based on WAMS. IEEE The 8th International Power Engineering Conference, Wuhan, China,2007(EI)主要一级中文期刊论文：[47]窦春霞.耦合时空混沌的模糊混沌神经网络鲁棒自适应控制.应用力学学报，2005,22(3):395-399（EI）[48]窦春霞,张淑清.基于观测器的模型不确定的耦合时空混沌 跟踪控制.物理学报, 2004,53(12):4120-4125(SCI)[49]窦春霞.采用炉膛辐射信号锅炉燃烧系统模糊神经网络预测控制的仿真研究.仪器仪表学报,2004,25:445-447（EI）[50]窦春霞.基于观测器的仿射型多机耦合电力系统 模糊跟踪控制.电工技术学报, 2004,19(3):31-35（EI）[51]窦春霞.基于混沌理论预测模型的模糊控制决策及应用.动力工程,2004,24(4):518-521（EI）[52]窦春霞,张淑清.基于混沌神经网络预测模型的最优控制决策及应用.动力工程,2004, 24(1):68-72（EI）[53]窦春霞,吴忠强.基于模糊观测器的多机耦合电力系统 跟踪控制.电网技术, 2004, 28(1):15-18（EI）[54]窦春霞.基于混沌－神经网络模型最优控制及应用.系统工程学报,2004,19(3): 229-233[55]窦春霞,张兴中.采用FCGA 优化的汽包锅炉过热汽温自适应模糊控制器的设计.动力工程, 2003,23(5):2684（EI）[56]窦春霞,张淑清,袁石文.基于混沌神经网络模型的电力系统混沌预测与控制.中国电力,2003,7:23-26（EI）[57]窦春霞.基于混沌神经网络模型的预测控制器设计及应用.系统工程理论与实践,2003,23(8): 48-52（EI）[58]窦春霞.基于混沌理论的过热汽温最优预测控制决策.燃烧科学与技术,2003,9(4): 367-371（EI）[59]窦春霞,张淑清.基于混沌预测模糊神经网络控制器的设计及应用.系统工程与电子技术,2003,25(6):704-706（EI）[60]窦春霞,张兴中.汽包锅炉蒸汽温度的组合混合自适应预测控制器的设计.仪器仪表学报, 2002,23(4):376-379（EI）[61]窦春霞,张兴中.用FCGA优化的汽包锅炉燃烧系统自适应模糊控制器的设计.电工技术学报,2002,17(2):88-91（EI）[62]窦春霞,荣雅君.基于遗传算法的电力系统聚类模糊稳定器的设计.电网技术,2002,26(6):28-31（EI）[63]窦春霞,张兴中.锅炉燃烧系统聚类自适应模糊控制器的设计.系统工程学报,2002, 17(4):336-339[64]窦春霞.组合电力系统混合自适应稳定器的设计.电力系统自动化,2000, 24(10):21-24 (EI)

教材著作编写情况：
主编教材2部:《电工技术学习指南》；《电子技术学习指南》。

研究生招生信息：
研究生招生信息：硕士研究生4-5人/年；博士研究生1-2人/年；博士后、访问学者1-2人/年。
招生专业：控制科学与工程。
社会兼职：
IET Control Theory and Applications, IEEE Transactions on Smart Grid, IET Generation Transmission and Distribution, International Journal of Electrical power & energy systems, Electric Power Component and System, Energy Conversion and Management 等学术期刊的论文评审专家，国家自然科学基金，省自然科学基金，北京市自然科学基金，中国博士后科学基金等面上项目通讯评审。
个人学习工作简历：
1985.9-1989.7,东北重型机械学院自动化专业本科；
1989.7-1991.9,东北重型机械学院自动化系助教；
1991.9-1994.5,东北重型机械学院自动控制系硕士；
1994.12-2000.12,燕山大学电气工程学院讲师；
2001.9-2005.5，燕山大学仪器科学与工程专业博士；
2000.12-2005.10,燕山大学电气工程学院副教授；
2005.10-至今，燕山大学电气工程学院教授,博士生导师；
2011.3-2013.3,北京大学工学院博士后。
联系方式
联 系 人：窦春霞
联系电话：**
E-mail：cxdou@ysu.edu.cn
联系地址：燕山大学电气工程学院
邮政编码：066004