In this paper, a novel robust gain scheduled adaptive control design is proposed for a class
of fractional order linear parameter varying (LPV) systems with time-varying delay. The …

This paper presents a new model-free adaptive fractional order control approach for linear
time-varying systems. An online algorithm is proposed to determine some frequency …

Fractional order calculus is currently experiencing a wide application in controlling different
types of processes. The focus has been directed towards the design of robust controllers for …

This paper provides an application of Fractional Model Predictive Control (FMPC) and
fractional-order Proportional Integral controller (PIλ) on a thermal system with time delay …

Abstract Introduction Fractional Order Internal Model Control (FO-IMC) extends the
capabilities of the classical IMC approach into the generalized domain of fractional calculus …

In this paper, an original model‐based analytical method is developed to design a fractional
order controller combined with a Smith predictor and a modified Smith predictor that yield …

Control of fractional-order systems has attracted more and more attention in many fields.
Time delay is an inherent phenomenon in the real process, but the control techniques …

This paper proposes a novel fractional-order multi-model predictive control (FO-MMPC)
design to deal with a class of nonlinear fractional order systems. Based on the assumption …

In this study, fractional order indirect model reference adaptive control method is used to
control a class of fractional order systems. Unlike the traditional integer order case, the …

Most of the existing controller tuning methods are based on accurate system model and
sensitive to some inevitable uncertainties and unmeasurable disturbance. Aiming at this …