个人简介
卢新彪，男，1975年11月生，山东曹县人，工学博士，副教授，硕士生导师，在控制理论与控制工程方向招收学术型硕士生，控制工程方向招收专业型硕士，主要从事多智能体群体智能分析与控制、复杂动态网络同步控制等研究，主讲本科生专业课《嵌入式系统原理及应用》、《最优控制》、《现代控制理论》和《检测技术与仪表》；主将全校公开课《网络科学漫谈》；主讲研究生课程《自适应控制》；邮箱：xinbiaolu@126.com。
个人资料
- 出生年月： 1975-11
- 学历： 博士研究生毕业
- 毕业院校： 上海交通大学
教育经历
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2004.09-2008.06,上海交通大学,控制理论与控制工程,工学博士学位
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1994.09-1998.07,山东大学,学士学位
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2001.09-2004.07,山东大学,硕士学位
工作经历
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1998.07-2001.07,山东莱芜钢铁集团
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2008.07-,河海大学
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2015.12-2016.12,德国洪堡大学,高级访问学者，合作导师 Professor Jürgen Kurths
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2012.12-2015.10,河海大学和江苏新安电器有限公司联合招收的博士后
研究领域
1.多智能体群体智能分析与协同控制研究； 2.基于深度学习的人体行为识别研究。
科研项目
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1、电动汽车谐波消除方法,2013-2015,卢新彪,中国博士后基金,河海大学,中国博士后基金
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2、电动汽车充电桩谐波抑制和消除,2013-2015,卢新彪,江苏省博士后基金,河海大学
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3、具无穷维复频算子多智能体的函数空间蜂拥与控制,2016-,国家自然科学基金面上项目,河海大学
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4、基于深度学习的智慧空调的研发,2020.6-2022.6,2020.7,卢新彪,江苏新安电器有限公司,河海大学
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5、深度学习的XX应用,2020.11-2021.4,2020-11,卢新彪,XX单位,河海大学,信息,2020110301,XX单位，39万元
论文
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1、Global adaptive strategy to make a complex network attain an inhomogeneous equilibrium,Proceedings of the 2012 24th Chinese Control and Decision Conference,01-JAN-12
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2、Positive Bio-circuits Design for Nonlinear Biochemical Networks,Proceedings of the 30th Chinese Control Conference,01-JAN-11
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3、Novel approach to cluster synchronization in Kuramoto oscillators,international journal of image, graphics and signal processing,01-JAN-11
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4、Controlling a complex dynamical network to attain an inhomogeneous equilibrium,Physica D,01-JAN-10
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5、Adaptive Global Synchronization of Directed Networks with Fast Switching Topologies,Proceedings of the 8th World Congress on Intelligent Control and Automation,01-JAN-10
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6、Adaptive approach to global synchronization of directed networks with fast switching topologies,physical letter A,01-JAN-10
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7、Global synchronization of directed networks with fast switching topologies,Communication in Theoretical Physics,01-JAN-09
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8、Transition from non-synchronization to synchronization of complex networks,Physica A,01-JAN-09
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9、Adaptive cluster synchronization in complex dynamical networks,Physics Letter A,01-JAN-09
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10、cascading failures in weighted heterogeneous coupled map lattices,the First International Conference on Sustainable Power Generation and Supply,01-JAN-09
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11、Adaptive cluster synchronization in coupled phase oscillators,International Conference on Information Engineering and Computer Science,01-JAN-09
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12、New approach to cluster synchronization in complex dynamical network,Communication in Theoretical Physics,01-JAN-09
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13、Human Activities Recognition Based on Poisson Equation Evaluation and Bidirectional 2DPCA,Proceedings of International Conference on Control, Automation, Robotics and Vision,09-DEC-14
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14、Controllability discrepancy and irreducibility/reducibility of Floquet factorisations in linear continuous-time periodic systems,International Journal of Systems Science,01-JUN-15
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15、Stability analysis via contraposition Nyquist approach for sampled-data systems with auxiliary continuous-time feedback,Chinese Control and Decision Conference,17-JUL-15
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16、Recognizing human activities using appearance metric feature and kinematics feature,Journal of Electronic Imaging,07-MAY-17
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17、Recognizing human activities using appearance metric feature and kinematics feature,JOURNAL OF ELECTRONIC IMAGING,01-JAN-17
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18、Flocking control of multi-agents based on self-adaptively weighting observers driven only by local position measurements,Proceedings of the 29th Chinese Control and Decision Conference, CCDC 2017,01-JAN-17
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19、Complex Scaling Approach for Stability Analysis and Stabilization of Multiple Time-Delayed Systems,MATHEMATICAL PROBLEMS IN ENGINEERING,01-JAN-18
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20、Event-triggered multi-equilibrium control of dynamical networks,Proceedings of 2018 3rd Asia-Pacific Conference on Intelligent Robot Systems, ACIRS 2018,01-JAN-18
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21、Equilibrium-pinning control for complex networks with inter-node coupling strength saturation improvement,International Journal of Modern Physics C ,SCI,2020.1,Huang Chen,Hohai University,Lu Xin Biao,Zhou Jun,Lu Xin Biao,Hohai University,31,1,2050013
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22、The optimal synchronizability of complex networks with saturated coupling strength,International Journal of Modern Physics C|,SCI,2020.8,Chen Huang,Hohai university,Xin Biao Lu,Jun Zhou,Xin Biao Lu,Hohai university
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23、The optimal synchronizability of WS samll-world saturated network,2020 CCDC,EI,2020-05-23,Huang Chen,Hohaiuniversity,Lu Xinbiao,Zhangchi,Lu Xinbiao,Hohaiuniversity,1919-1923,
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24、Research on swarm convergence performance of saturated Vicsek modelk,2021 13th international conference on intelligent huaman machine systems and cybernetics,EI ,2021.8,Xin biao Lu,Hohai university,Chi Zhang,Hohai university,49-52
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25、Two improved Vicsek models with different coupling strengths between particles,International Journal of modern physics C,SCI ,2021.9,Xinbiao Lu,Hohai university,Chi Zhang,Xinbiao Lu,Hohai university
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26、An improved Vicsek model of swarm based on remote neighbor strategy,physica A,SCI,2021.10,Xinbiao Lu,Hohai university,Chi Zhang,Hohai university,accept
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27、Research on swarm consistent performance of improved Vicsek model with neighbors' degree,Physica A ,SCI ,2021.10,Xinbiao Lu,Hohai University,Chi Zhang,Hohai University,accept
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科技成果
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1、一种消除电动汽车谐波的装置及方法,2014-01-24,电气与动力工程学院党委、电气与动力工程学院,发明,3
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2、一种复杂时延网络聚类同步的方法,2010-01-19,电气与动力工程学院党委、电气与动力工程学院,发明,3
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3、一种基于事件驱动的复杂网络平衡点控制的方法,202010094625.4,河海大学,卢新彪、张弛、黄晨、徐嘉雯、周军、黄浩乾、钱惠敏,发明专利,受理
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4、一种基于人机交互的智慧型洗衣机控制装置及其控制方法,2020100888653,河海大学,卢新彪，徐嘉雯，张弛，黄晨，周军，黄浩乾,发明,受理
开授课程
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1、检测技术与仪表,本科生,85,56
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2、电气控制技术（含PLC）,本科生,70,32
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3、现代控制理论,本科生,94,48
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4、自适应控制,研究生,16,36
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5、最优控制,自动化,2019.9-2019.11,67,32
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6、网络科学导论,全校本科生,2020.3-2020.4,40,16
教学成果
1.河海大学大学生创新创业训练计划项目，校级项目，指导教师 2.河海大学2009届优秀本科毕业设计(论文)，指导教师
社会职务
1. 江苏省自动化学会会员 2. Journal of Franklin Institute, Communication in Nonlinear Science and Numerical Simulations, Physica D: Nonlinear Phenomena,the Asia-Pacific Conference on Intelligent Robot Systems Chinese Control Conference (CCC), Chinese Control and Decision Conference(CCDC)等国际/国内学术期刊、学术会议和学报等的审稿人。
荣誉及奖励
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1、河海大学优秀班导师,河海大学,卢新彪,2014,校级
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2、河海大学优秀本科毕业设计指导教师,河海大学,卢新彪
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3、南瑞继保奖教金奖励,能源与电气学院,卢新彪,2018
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4、南京市自然科学论文一等奖,河海大学,卢新彪
招生信息
1.在控制理论与控制工程方向招收学术型硕士生，电子信息的自动化与智能工程方向招收专业型硕士。 2.培养硕士生19名：2015级1名，2016级3名，2017级3名，2018级2名，2019级4名，2020级5名,2021级5名,2022级5名。
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