AMONG nonlinear control methods, gain scheduling is one of the most popular [1, 2], and
efforts have been made recently to put forth a unified framework for it [3]. There are mainly …

This paper proposes a model predictive control strategy for an Organic Rankine Cycle
based waste heat recovery system. The control strategy uses a prediction model based on …

This paper presents a new hybrid switched gain-scheduling control method for missile
autopilot design via dynamic output feedback. For controller design purpose, the nonlinear …

We present a design of a tracking controller for an unstable, nonminimum phase nonlinear
plant using trajectory linearization method. The controller consists of two parts: a dynamic …

A nonlinear dynamic model with full flight envelope controller is developed for the
propulsion system of a partially turboelectric single-aisle aircraft. The propulsion system …

This paper introduces a new technique for designing nonlinear feedback controllers that can
effectively and efficiently control nonlinear and unstable dynamical systems. The technique …

This paper presents an optimal gain scheduling power controller for a variable-pitch variable-
speed wind energy conversion system (VS-WECS). For this purpose a set of linear quadratic …

This paper investigates a novel fuzzy control approach developed for a class of nonlinear
continuous systems. We combine an input–output feedback linearization (IOFL) method and …

This paper provides a personal perspective on the current status of advanced process
control. First, process control strategies are classified according to the extent to which they …

The trajectory tracking problem of a quadrotor helicopters is investigated with Trajectory
Linearization Control (TLC) method in this paper. Due to symmetrical structure of the …