As one kind of Artificial intelligence, neural network has got a lot of achievements in the theoretical study and practical applications. Since 1982, Hopfield neural network, related stability concept and energy function are proposed, which gradually arouses many scholars’interest. Delay phenomenon exists widely in various industrial processes, which is one of the important reasons leading
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Uncertain time-delay system has long been one of the international poplar research fields. One of its main is that, actually, most of the control systems are inevitably influenced by varies kinds of uncertainties, which come from the system itself and external disturbance. At the same time, time delaying and arbitrariness are also widely found in
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With the development of science and the progress of society, the modern control theorycan hardly meet all application requirements in social production activities, in particularwhere uncertainties and external disturbances exist. Fuzzy theory which was firstly proposedin 1965 is bringing new opportunities and developments to the control theory. As time delay isvery common in control systems
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Networked control system(NCS) is a kind of closed loop control system which is based oncommunication network in place of the traditional point-to-point connections. With the highdevelopment of NCS and the high demand of reliability, safety, NCS fault-tolerant control get highattention. In the research of the fault-tolerant control of NCS, the network bring many newproblems and
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The Networked Control System （NCS） is a closed-loop feedback Control Systemwhich constituted with sensors, actuators and controllers through the network. Alongwith the development of information and control technology, the control system scalecontinues to expand, complexity is increasing day by day, fault inducing factors alsoincreases. Therefore, how to improve the systems safety and reliability through thefault
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This dissertation studies the problem of robust control for uncertain time-delay systems. The development of robust control theory and linear matrix inequality (LMI) technique is summed up at first, and then according to different uncertain time-delay systems, the robust stability condition and the methods of robust controller design of these systems are studied. It is
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With the development of modern society, many complex large-scale interconnected systems appear in the fields of engineering, social economy and biological environment. How to control complex large-scale interconnected systems? How to analyze and design complicated information systems? How to improve the dynamical behavior of the complex large-scale interconnected systems? All of them are the important
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This dissertation studies the problem of robust control for uncertain time-delay systems. The development of robust control theory and linear matrix inequality (LMI) technique is summed up at first, and then according to different uncertain time-delay systems, the robust stability condition and the methods of robust controller design of these systems are studied. It is
(Read More…)
With the development of modern society, many complex large-scale interconnected systems appear in the fields of engineering, social economy and biological environment. How to control complex large-scale interconnected systems? How to analyze and design complicated information systems? How to improve the dynamical behavior of the complex large-scale interconnected systems? All of them are the important
(Read More…)
This dissertation studies the problem of robust control for uncertain time-delay systems. The development of robust control theory and linear matrix inequality (LMI) technique is summed up at first, and then according to different uncertain time-delay systems, the robust stability condition and the methods of robust controller design of these systems are studied. It is
(Read More…)
