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个人信息Personal Information
教授
博士生导师
硕士生导师
主要任职：Professor at the Institute of Advanced Measurement & Control Technology
其他任职：先进检测与控制技术研究所所长
性别：男
毕业院校：上海交通大学
学位：博士
所在单位：控制科学与工程学院
学科：控制理论与控制工程. 化学工程
办公地点：大连理工大学控制科学与工程学院先进检测与控制技术研究所
大连市凌工路2号大连理工大学海山楼A座724室
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- [51]王宏伟.刘涛.Recursive State-space Model Identification of Non-uniformly Sampled Systems Using Singular Value Decomposition[J],Chinese Journal of Chemical Engineering,2022,22(11-12):1268-1273
- [52]王宏伟.刘涛.Recursive state-space identification of non-uniformly sampled systems using singular value decomposition[J],Chinese Journal of Chemical Engineering,2022,22(9):1268-1273
- [53]houjie.刘涛,Wang, Xue Z..Recursive State-Space Identification of Non-Uniformly Sampled-Data Systems Using QR Decomposition[A],11th World Congress on Intelligent Control and Automation,2022:3181-3185
- [54]刘涛.Recursive Least-Squares Identification of Output Error Model for Industrial Processes with Time delay subject to Colored Noise[A],Proceedings of the 25th Chinese Process COntrol Conference,2022:281-286
- [55]Hou, Jie.陈丰伟,刘涛.Recursive Closed-loop PARSIM-E Subspace Identification[J],IFAC PapersOnLine,2022,48(28):880-885
- [56]陈丰伟.Garnier, Hugues,Gilson, Marion,Aguero, Juan C.,刘涛.Refined instrumental variable parameter estimation of continuous-time Box-Jenkins models from irregularly sampled data[J],IET Control Theory and Applications,2022,11(2):291-300
- [57]Rudong Zang.郝首霖,刘涛,Guo Wang.Predictor-based disturbance rejection control design for low-order stable and integrating processes with time delay[A],PROCEEDINGS OF THE 39TH CHINESE CONTROL CONFERENCE,2022:2323-2328
- [58]郝首霖.刘涛,Wojciech Paszke,Krzysztof Ga？kowski..PI based indirect-type ILC for batch processes with time-varying uncertainties: A new perspective[A],The 37th Chinese Control Conference (CCC),2022
- [59]刘涛.Phase partition for nonlinear batch process monitoring[A],The 11th IFAC International Symposium on Dynamics and Control of Process Systems,2022:1182-1186
- [60]郝首霖.刘涛,Wojciech Paszke,Hongfeng Tao.Output feedback based iterative learning control with finite frequency range specifications via a heuristic approach for batch processes with polytopic uncertainties[A],The 21st IFAC World Congress,2022