Titlebook: Analysis and Synthesis for Interval Type-2 Fuzzy-Model-Based Systems; Hongyi Li,Ligang Wu,Yabin Gao Book 2016 Springer Science+Business Me

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Conclusion and Further WorkThis chapter draws conclusions on the book, and points out some possible research directions related to the work done in this book.

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Praxis der digitalen Fotografie,uzzy model and the IT2 state and output-feedback controllers do not share the same membership functions. A novel performance index, which is expressed as an extended dissipativity performance, is introduced to be a generalization of ., ., passive and dissipativity performances indexes. Firstly, the

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(Bild-)Journalismus – entgrenzt?ontroller share different membership functions. Firstly, considering the mismatched membership functions, the IT2 fuzzy model and the IT2 state-feedback sampled-data controller are constructed. Secondly, based on Lyapunov stability theory, an IT2 state-feedback sampled-data controller is designed su

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Zuspitzung und Erkenntnisgewinndesigned to perform the tracking control problem, where the membership functions can be freely chosen since the number of fuzzy rules is different from that of the IT2 T–S fuzzy model. Based on Lyapunov stability theory, an existence condition of IT2 fuzzy . output tracking controller is obtained to

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Zuspitzung und Erkenntnisgewinntection filter as a residual generator, the fault detection problem is described as a filter design problem. The fault detection filter is designed to guarantee the prescribed . performance level. A decomposition approach is employed to handle the characteristic of sensor saturation. Using Lyapunov

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