A proposal for the regulation of the Mach number in wind tunnels using static state feedback
for saturated systems with delays is presented here. As these systems can be precisely …

An application of a finite spectrum assignment method for time-delay systems to a feedback
control of Mach number in a wind tunnel is presented. The linearized model of Mach number …

This paper describes a non‐linear, S‐minimum time, feedback controller for a wind tunnel
model and a numerical simulation of its performance. The model is a linear third‐order …

The problem of the stabilization of time-delay systems containing saturating actuators is
considered. Two kinds of feedback stabilizing laws are treated: state feedback and sampled …

The state-delay is always existent in the practical system. Analysis of the delay phenomenon
in a continuous-time domain is sophisticated. It is appropriate to obtain its corresponding …

This paper investigates a type of systems controlled over a communication network that can
only accommodate a subset of actuators at any time. The medium-access status of actuators …

We propose a new method for approximating time-delays in dynamical systems. A weighted
H/sup/spl infin//norm criterion is minimized to obtain rational approximation of e/sup-sd/. We …

For intermittent wind tunnel, the Mach number in test section is difficult to control because of
unpredictable changes in wind tunnel process dynamics and restriction of air storage …

The control of a class of systems with unknown parameters in the presence of time-delay
and magnitude constraints on the input is considered. An example of such systems can be …

In this paper we investigate the possibility of an idle-speed control law, simple enough for
real-time applications. Our design approach takes explicitly into account the presence of …