β Scribed by S. Engell
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
We synthesize robust nonlinear static output feedback controllers for systems of quasi-linear parabolic partial di!erential equations with time-dependent spatial domains and uncertain variables. The controllers are successfully applied to a typical di!usion}reaction process with moving boundary and
A novel multiplier approach for robust controller design in discrete-time systems with real, time-varying parametric uncertainty is presented. An important feature of our approach is that bounds on the rate of variation of the uncertain parameters are assumed and, unlike in most related approaches,
A new approach to robust control analysis and design for uncertain discrete-time singular systems is proposed. Under the allowable structured perturbations, the stability robustness, regularity preservation, and impulse elimination are simultaneously guaranteed by the proposed method.