This study provides an overview and in‐depth analysis of recent advances in stability of
linear systems with time‐varying delays. First, recent developments of a delay convex …

Uncertain transmission delays, sampling periods, parameters uncertainties regarding the
power system, load fluctuations, and the intermittent generation of renewable energy …

In the last decade, the Jensen inequality has been intensively used in the context of time-
delay or sampled-data systems since it is an appropriate tool to derive tractable stability …

The free-weighting matrix and integral-inequality methods are widely used to derive delay-
dependent criteria for the stability analysis of time-varying-delay systems because they …

Assessing stability of time-delay systems based on the Lyapunov–Krasovskii functionals has
been the subject of many contributions. Most of the results are based, first, on an a priori …

This paper develops the disturbance observer-based integral sliding-mode control approach
for continuous-time linear systems with mismatched disturbances or uncertainties. The …

The bounding inequalities and the Lyapunov-Krasovskii functionals (LKFs) are important for
the stability analysis of time-delay systems. Much attention has been paid to develop tighter …

Load frequency control (LFC) requires transmitting measurements from remote RTUs to
control center and control signals from the control center to plant side. Constant delays exist …

This paper considers sampled-data control of linear systems under uncertain sampling with
the known upper bound on the sampling intervals. Recently a discontinuous Lyapunov …

This technical note is concerned with the stability analysis of discrete linear systems with
time-varying delays. The novelty of the technical note comes from the consideration of a new …