Efficient control of industrial delay processes is a challenging problem in the field of process
control. Time delays are generally experienced in industrial processes from distance velocity …

This chapter deals with predictor feedback controllers to compensate time delays in
feedback loops. The concept and the governing equations of the Smith predictor, the …

In this paper, we present a model of turning operations with state-dependent distributed time
delay. We apply the theory of regenerative machine tool chatter and describe the dynamics …

Stabilization of a pinned pendulum about its upright position via a reaction wheel is
considered, where the pendulum's angular position is measured by a single accelerometer …

This paper extends two numerical methods for the stability analysis of a class of time-
periodic hybrid time-delay systems. In particular, the pseudospectral tau and spectral …

In this work methods are presented to reduce driveline oscillations and preserve high
performance during load changes for conventional, parallel hybrid electrified, and battery …

Time delays appear in many fields of science and engineering, where the evolution of
dynamical systems is affected by their past states due to some kind of memory effect [1 1] …

The mathematical investigation of time-delay systems plays an important role in applied
mathematics and engineering. Delays are often used to model information propagation in …