This article studies the problem of global stabilization discrete-time linear systems subject to input saturation and time delay. The considered time-delay are first transformed into delay-free based on prediction technique. Then, by utilizing functions technique, corresponding stabilizing controllers proposed for two special systems-a chain integrators oscillators, explicit conditions guarante...

This article presents the study of stability single-input and multiple-input systems with point or distributed state delay input saturation. By a linear transformation applied to initial system delay, is obtained without but which equivalent from view stability. Next, using sufficient conditions for global asymptotic bounded control, new are In addition, results on instability estimation region...

using a new numerical model, the pump-to-signal relative intensity noise (rin) transfer in singlepumpfiber optical parametric amplifiers for low modulation frequencies is investigated. the model includesfiber loss, pump depletion, as well as the gain saturation, and therefore, it can describe the practicalcircumstances associated with various applications of fiber optical parametric amplifiers....

Abstract: This paper deals with the problem of robust smooth switching state feedback controller design for a class of linear timevarying systems with input quantization and input saturation, which is a common case in the practical engineering for modern flight vehicle. First, the problem statement is presented, in which a tracking problem is converted into a regulation problem by constructing ...

The positive real lemma provides the basis for constructing linear output feedback dynamic compensators for multi-input plants with independent amplitude saturations. Fixed-structure techniques are used to obtain fulland reduced-order feedback compensators along with a guaranteed domain of attraction. These results are then applied to the problem of rate saturation. By using a feedback-type mod...