This paper investigates the global stability and the global asymptotic stability independent of
the sizes of the delays of linear time-varying Caputo fractional dynamic systems of real …

In this article, we investigate a novel class of mixed integral fractional delay dynamic
systems with impulsive effects on time scales. Also, fixed-point techniques are applied to …

The nonautonomous discrete so-called Beverton-Holt equation BHE is very common in
Ecology and, in particular, in studying the growth population dynamics see, eg, 1–9. The …

Time-delay systems are gaining important attention in the last years. The reason is that they
offer a very significant modelling tool for dynamic systems since a wide variety of physical …

This paper is concerned with time-varying systems with non-necessarily bounded
everywhere continuous time-differentiable time-varying point delays. The delay-free and …

Time-delay systems are receiving important attention in the last years. The reason is that
they offer a very significant modeling tool for dynamic systems since a wide variety of …

This paper deals with the quadratic stability and linear state-feedback and output-feedback
stabilization of switched delayed linear dynamic systems with, in general, a finite number of …

This study concerns circular orbital rendezvous by using saturated and delayed controls. By
identifying the linearised relative motion, known as Clohessy–Wiltshire equations that are …

Robust stability results for nominally linear hybrid systems are obtained from total stability
theorems for purely continuous-time and discrete-time systems by using the powerful tool of …

In this paper, a class of non-linear vector differential equations of third order with delay is
considered. The stability, boundedness and ultimately boundedness of solutions are …