Decentralized $$\mathscr{H}_{\infty }$$ H ∞ Sampled-Data Control for Continuous-Time Large-Scale Networked Nonlinear Systems

Nonlinear Pseudo State-Feedback Controller Design for Affine Fuzzy Large-Scale Systems with $${{\varvec{H}}}_{\boldsymbol{\infty }}$$ Performance

“…In this section, we consider H 1 controller design for the AFLSS (11), with nonlinear controllers presented in (3). The objective is to design suitable controllers for the AFLSS (11) that guarantee the performance in the H 1 sense.…”

“…Because of the complexity of dynamical behaviors in these systems, it is necessary to seek techniques that reduce the complexity of the mathematical models and computational effort. Hence, there have been considerable efforts in modeling, analysis, optimization and control of LSS [2,3], adaptive decentralized stabilization [4,5], decentralized H 1 filtering [6], observer-based output feedback control [7], state estimation [8,9], and many approaches have also been presented to investigate their stability, stabilization, and optimization [10][11][12][13].…”

Robust Preview Control for Uncertain Discrete Singular Systems

“…Since the singular system model [1] is proposed by Rosenbrock in the early 1970s, the singular system has been widely studied, and many results are obtained [2,3]. Especially after the 1980s, singular systems, as an appropriate tool to deal with large-scale complex systems with multiobjective and multidimensional, have been applied to the fields of singularly perturbed theory [4], large-scale systems theory [5], circuit system [6], and so on.…”