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Practical stabilization of receding-horizon control

Practical stabilization of receding-horizon control
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摘要 The purpose of this work is to propose a scheme to stabilize the predictive control systems in the practical stability sense. In the paper, the authors dealt with a general discrete predictive control system x j+1|t =f(x j|t , u j|t ) by using the Lyapunov direct method combining with receding horizon control technique, and presented a new condition to guarantee the practical stabilization of the systems. With the proposed results, one can design the optimal controllers easily to practically stabilize the predictive control systems. The purpose of this work is to propose a scheme to stabilize the predictive control systems in the practical stability sense. In the paper, the authors dealt with a general discrete predictive control system x j+1|t =f(x j|t , u j|t ) by using the Lyapunov direct method combining with receding horizon control technique, and presented a new condition to guarantee the practical stabilization of the systems. With the proposed results, one can design the optimal controllers easily to practically stabilize the predictive control systems.
出处 《Journal of Central South University of Technology》 2001年第4期268-271,共4页 中南工业大学学报(英文版)
基金 TheArtsandScienceFundsofCentralSouthUniversity(1999)
关键词 receding-horizon control PRACTICAL STABILITY LYAPUNOV FUNCTION NONLINEAR system optimization receding horizon control practical stability Lyapunov function nonlinear system optimization
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