Brief introduction and detailed information of Chen Hanfu

Characters experience 1937 In February, Chen Hanfu was born in Hangzhou, Zhejiang, and his ancestral home was Shaoxing, Zhejiang.

1948 was admitted to Shaoxing county middle school in Zhejiang province, and then entered Shaoxing middle school in Zhejiang province.

1954 was sent to the Soviet union to study in the preparatory class.

196/kloc-0 graduated from the department of mathematical mechanics of Leningrad University (now St. Petersburg State University, Russia) in.

1962 jointly established the control theory laboratory with Mr. Guan, and became the first members of the newly established control theory laboratory of the Institute of Mathematics, Chinese Academy of Sciences.

65438-0978, attended the 7th ifac World Congress in Helsinki and gave a special report. This is the first time that China has sent a delegation to attend the ifac World Congress since 1964.

1993 was elected as an academician of China Academy of Sciences.

At the end of 1994, the open research laboratory of system control was established with the approval of China Academy of Sciences, with Chen Hanfu as the first laboratory director.

1996, elected IEEE Fellow.

On June 23, 2003, he was elected as a member of the Executive Committee of the International Federation of Automatic Control.

In 2005, he was elected as an academician of the Third World Academy of Sciences.

In 2006, he was elected as a researcher of the International Federation of Accountants.

On June 20th, Kloc-0/3, he was appointed as the director of the Academic Committee of Chen Institute of Advanced Studies.

20 14 was elected as an academician of the international society for systems and control.

The main achievements of scientific research are summarized. In 1960s and 1970s, the observability and state estimation without initial value of stochastic systems were studied, and the optimal stochastic singular control was given. Since 1980s, people began to study system identification, adaptive control and stochastic approximation. In the identification, the convergence speed of common identification algorithms and the parameters of closed-loop control system are given. In adaptive control, the disturbance method is used to make the parameter estimation close to the real value, and the performance index is close to or optimal. In the aspect of random approximation, the variable limit censoring algorithm is proposed, and the deterministic direct analysis method is introduced, which removes the restrictions on the regression function, minimizes the noise requirements, and greatly broadens the application scope of random approximation, and has been successfully applied to random adaptive stabilization control, large-scale optimization, discrete event dynamic systems and other fields.

Paper publications &; Publication of monographs &; Achievement Award after the Cultural Revolution, 1978 Chen Hanfu gave a report on "Random Observability and Controllability" at the 7th IFAC World Congress held in Finland, which was the only paper accepted by Chinese mainland.

After the reform and opening up, his article "Simultaneous Optimal Control and Estimation" was called by foreign experts as one of the "most important papers" in the field of adaptive control in China during the period of 1984~ 1986. The convergence condition of the identification algorithm he obtained is called "Chen condition" by foreign monographs at home.

The strict proof of the convergence and optimality of the self-tuning tracker given by him and his collaborators is called a great contribution by the international control community.

According to official website, Institute of Mathematics and System Science, China Academy of Sciences, from 2065438 to August 2006, in recent ten years, Chen Hanfu studied nonlinear system identification and related problems, and gave a strongly consistent recursive identification algorithm. He has published nearly 200 journal articles and 7 monographs, including Chen Hanfu: Recursive Estimation and Control of Stochastic Systems (Wiley, 1985), Chen Hanfu and Guo Lei: Identification and Stochastic Adaptive Control (Birkhauser, 199 1) and Chen Hanfu: Won the 1 national science conference award, three awards of the commission of science, technology and industry for national defense, 1 national defense industry bureau award, 1999 first prize of China Academy of Sciences, 1987, 1997 second prize of national natural science.

Publish a paper (part)

Recursive identification of MIMO Hammerstein system, recursive identification of MIMO Hammerstein system, IEEE Trans. Autom。 Control, 20 1 1, the second author.

Recursive estimation of ordered eigenvectors of symmetric matrix with observation noise, recursive estimation of ordered eight vectors of symmetric matrix with observation noise, Journal of Mathematical Analysis and Application, 20 1 1, author 1.

Consistency control of newly marketed preparations with noise observation, Journal of System Science and Complexity, 20 1 1, author 2.

Iterative learning control of Hammerstein-Wiener system, Iterative learning control of Hammerstein-Wiener system, Asian Control Journal, 20 1 1, second author.

Recursive identification of nonlinear ARX system, recursive identification of nonlinear ARX system Autom。 Control, 20 10, the second author.

A new method of order estimation of ARMA/ARMAX process, the author of SIAM J. Control Optim, 20 10, 1

A new method of ARMAX system identification, a new method of ARMAX system identification. Autom。 Control, 20 10, author 1.

Nonparametric method for identifying narx system, nonparametric method for identifying narx system, Journal of System Science and Complexity, 20 10, second author.

Recursive identification of EIV ARMAX system, recursive identification of EIV ARMAX system, China Science, 2009,No. 1 author.

Solving system and control problems with function root method. Sci。 And math. Scis, 2009, by 1.

Adaptive tracking and recursive identification of Hammerstein system, Automatica, 2009, second author.

Recursive system identification, recursive system identification, Journal of Mathematical Sciences, 2009, author 1.

Iterative learning control, system science and mathematics for a class of nonlinear systems. Science, 2008, second author.

Parameter identification of wiener system with ARMA linear subsystem and discontinuous piecewise linear function, parameter identification of Wiener system with ARMA linear subsystem and discontinuous piecewise linear function, Journal of Mathematical Applications, 2008, second author.

Identification of Wiener system with piecewise linear nonlinearity, identification of Wiener system with piecewise linear nonlinearity, China Science, 2008, second author.

Identification of variable error system with ARMA observation noise, identification of variable error system with ARMA observation noise, system and control letter, 2008, second author.

Identification of Wiener system with internal noise, identification of Wiener system with internal noise, Journal of System Science and Complexity, 2008, second author.

Optimal adaptive regulation of nonlinear systems with observation noise, Journal of Industrial and Management Optimization, 2007, second author.

Recursive identification of Wiener system with truncated Gaussian input, recursive identification of Wiener system with truncated Gaussian input, Asian Control Journal, 2007, second author.

Recursive identification of multivariable error system, recursive identification of multivariable error system, automation, 2007, author 1.

Adaptive regulators for Hammerstein and Wiener systems with noise observations. Autom。 Control, 2007, by 1.

Recursive identification of wiener model with nonlinear discontinuous piecewise linear function, recursive identification of Wiener model with nonlinear discontinuous piecewise linear function, IEEE Trans. Autom。 Control, 2006, by 1.

Identification of wiener system with rtf subsystem, identification of wiener system with rtf subsystem, European journal of control, 2006, second author

Recursive identification of Hammerstein system with ARX subsystem, recursive identification of Hammerstein system with ARX subsystem, IEEE Trans. Autom。 Control, 2006, second author.

Logistic approximation for recursive system identification, logistic approximation for recursive system identification, information and system communication, 2006,No. 1 author.

Strong consistency of recursive identification of piecewise linear memoryless Hammerstein system, strong consistency of recursive identification of piecewise linear memoryless Hammerstein system, IEEE Trans .Autom. Control, 2005, by 1.

MIMO channel adaptive equalization based on nonlinear deconvolution method. Signal processing, 2005, by 1.

Recursive identification of multi-dimensional ARMA process with increasing variance and multi-dimensional ARMA process with increasing variables, China Science, 2005, author 1.

Strong consistency of recursive identification of Wiener system, strong consistency of recursive identification of Wiener system, automation, 2005, second author.

Strong consistency coefficient estimation of variable error system, strong consistency coefficient estimation of variable error system, automation, 2005, author 1.

Iterative learning control of nonlinear logic system output tracking, iterative learning control of nonlinear logic system output tracking. Autom。 Control, 2004,No. 1 author.

Path convergence of recursive identification algorithm for Hammerstein system, path convergence of recursive identification algorithm for Hammerstein system, IEEE Trans. Autom。 Control, 2004, by 1.

Stability and optimization of unknown systems based on noise observation, Journal of System Science and Complexity, 2003, author 1.

Almost inevitable convergence of iterative learning control of logistics system, almost inevitable convergence of iterative learning control of logistics system, China Science, 2003,No. 1 author.

On the stability and trajectory boundedness of ARMA process in mean square sense, on the stability and trajectory boundedness of ARMA process in mean square sense, Journal of Mathematical Application, 2003, author 1.

Blind channel identification based on noise observation by random approximation method, blind channel identification based on noise observation by random approximation method, Journal of Global Optimization, 2003, No.65438 +0 author.

Asymptotic property of adaptive filter symbol algorithm, asymmetric property of adaptive filter symbol algorithm. Autom。 Control, 2003, by 1.

Recursive method of Markov reward process based on single sample path, recursive method of Markov reward process based on single sample path, Asian Control Journal, 2002, second author.

Simultaneous identification of stabilized closed-loop and open-loop stochastic systems, simultaneous identification of stabilized closed-loop and open-loop logistics systems, Journal of System Science and Complexity, 2002, author 1.

Blind channel identification by random approximation: constant step algorithm, blind channel identification by random approximation: constant step algorithm, system and control signal, 2002, author 2.

Asymptotic properties of a fixed-step symbolic error algorithm for adaptive filtering and asymmetric properties of a fixed-step symbolic error algorithm for adaptive filtering, China Science, 2002, author 2.

Non-fox logic optimization of model reduction, journal of global optimization, 2002, author 1.

Convergence of blind channel identification algorithm based on random approximation, IEEE Trans. Information theory, 2002, by 1.

Asymptotic behavior of asynchronous random approximation, asymmetric behavior of asynchronous random approximation, China Science, 200 1, second author.

Adaptive regulator for discrete-time nonlinear nonparametric systems. Autom。 Control, 200 1, author 1.

Stability of adaptive stable logic system, stability of adaptive stable logic system. Autom。 Control, 200 1, author 1.

Based on optimization with uncertain information, Kyberes, 200 1, author 1.

Published works (part)

Historical approximation and its application, historical approximation and its application, Kluwer Academic Press, August 2002, author 1.

Talent Cultivation Chen Hanfu personally directed graduate students, and a number of leading figures in automatic control theory emerged among the students, such as Guo Lei, academician of Chinese Academy of Sciences, winner of National Outstanding Youth Fund, and academician of Institute of Electronic and Electrical Engineers (IEEE).

On the issue of cultivating innovative scientific and technological talents, Chen Hanfu believes that "innovative scientific and technological talents have a good academic foundation and active thoughts, and can break through the traditional framework on the premise of understanding the international frontier achievements."

Instruct students (20 13 information) Name, postgraduate category and subject category have instructed students.

Wang Qian

doctoral student