Titlebook: Analysis and Synthesis for Discrete-Time Switched Systems; A Quasi-Time-Depende Zhongyang Fei,Shuang Shi,Peng Shi Book 2020 Springer Nature

Yag-Capsulotomy

Eva Bamberg,Antje Ducki,Monique Janneckoduced in Chap. . is adopted. Firstly, the weighted .-gain performance is deduced for discrete-time switched nonlinear systems. On this basis, LMI conditions are presented for switched linear systems. This chapter lays the foundation for the subsequent . controller and filter design.

Working-Memory

https://doi.org/10.1007/978-3-658-34647-8ain derived in Chap.?., both state and dynamic output feedback controllers are designed, which can guarantee the corresponding closed-loop systems are GUAS with a weighted .-gain index. It is worth mentioning that the designed controllers are both mode-dependent and QTD, which are helpful to achieve

磨坊

Eva Bamberg,Antje Ducki,Monique Janneckhat the switchings between the candidate controllers (or filters) and system modes are asynchronous. By constructing a revised Lyapunov function, we first deduce the stability and .-gain performance for switched systems with asynchronous switching. On this basis, the issues of asynchronous control a

黑豹

心胸開闊

Stephan Kaiser,Arjan Kozica,Josef WissingerADT switching signal, the MDPDT switching signal is more general and flexible since it can cover MDADT switching as a special case. Under the MDPDT switching, the achieved disturbance attenuation performance is non-weighted, which is more flexible in practice than the weighted one. Moreover, the QTD

DEMUR

,Digitale Verm?genswerte und ihr Nutzen,-dependent, which can guarantee the closed-loop systems are GUAS with a non-weighted .-gain. Meanwhile, both time-scheduled and time-independent filters are designed, while the former filtering scheme can achieve less conservative disturbance attenuation performance.

洞穴

槍支

能量守恒

978-3-030-25814-6Springer Nature Switzerland AG 2020

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