文件名称:lmiunknownInNonlinearS
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- 软件工程
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- [PDF]
- 上传时间:
- 2015-11-10
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- 1.41mb
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matlab LMI code The paper deals with the problems of designing observers and unknown input observers for discrete-time Lipschitz
non-linear systems. In particular, with the use of the Lyapunov method, three different convergence criteria of the observer are
developed. Based on the achieved results, three different design procedures are proposed. Then, it is shown how to extend the
proposed approach to the systems with unknown inputs. The final part of the paper presents illustrative examples that confirm
the effectiveness of the proposed techniques. The paper also presents a MATLABr function that implements one of the design
procedures.-matlab LMI code The paper deals with the problems of designing observers and unknown input observers for discrete-time Lipschitz
non-linear systems. In particular, with the use of the Lyapunov method, three different convergence criteria of the observer are
developed. Based on the achieved results, three different design procedures are proposed. Then, it is shown how to extend the
proposed approach to the systems with unknown inputs. The final part of the paper presents illustrative examples that confirm
the effectiveness of the proposed techniques. The paper also presents a MATLABr function that implements one of the design
procedures.
non-linear systems. In particular, with the use of the Lyapunov method, three different convergence criteria of the observer are
developed. Based on the achieved results, three different design procedures are proposed. Then, it is shown how to extend the
proposed approach to the systems with unknown inputs. The final part of the paper presents illustrative examples that confirm
the effectiveness of the proposed techniques. The paper also presents a MATLABr function that implements one of the design
procedures.-matlab LMI code The paper deals with the problems of designing observers and unknown input observers for discrete-time Lipschitz
non-linear systems. In particular, with the use of the Lyapunov method, three different convergence criteria of the observer are
developed. Based on the achieved results, three different design procedures are proposed. Then, it is shown how to extend the
proposed approach to the systems with unknown inputs. The final part of the paper presents illustrative examples that confirm
the effectiveness of the proposed techniques. The paper also presents a MATLABr function that implements one of the design
procedures.
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lmiunknownInNonlinearS.pdf