With the developments of wireless data communication and network technology, time-delays
are widely found in nowadays' control systems, eg networked control systems, mobile robot …

This paper studies the stabilization of linear systems with both state and input delays where
the input delay can be arbitrarily large yet exactly known. Observer–predictor based …

In this article, we tackle the problem of when a globally asymptotically stabilizable nonlinear
system by either state or output feedback is globally tolerant to input delay. We focus on the …

We propose a prediction based stabilization approach for a general class of nonlinear time-
varying systems with pointwise delay in the input. It is based on a recent new prediction …

This article studies the problem of when a globally asymptotically stabilizable nonlinear
system by smooth feedback is tolerable with respect to input delay. We illustrate, by means …

In this paper, we consider the control problem of linear systems with state time-delays when
the control signal is affected by a possibly time-varying delay. The problem is solved by a …

We provide an event-triggered control technique for a family of linear time-varying
continuous-time systems with a constant known pointwise delay in the input. We adopt a …

For a family of genuinely nonlinear systems with delays in the input and state, global strong
stabilization (GSS) in the sense of Kurzweil is shown to be possible by memoryless state …

This article addresses the problem of global state regulation with stability by delay-free
feedback for feedforward systems with large delays in both state and input. A gain-based …

In this article, a predictor-based linearization approach is presented to solve the local
asymptotic stabilization (LAS) problem of time-invariant nonlinear systems with a large …