Adaptive control involves modifying the control law used by the controller to cope with the
fact that the parameters of the system being controlled change drastically owing to change in …

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 investigates the boost phase's longitudinal autopilot of a ballistic missile
equipped with thrust vector control. The existing longitudinal autopilot employs time …

IN SPITE of recent advances in control system theory, gain-scheduling techniques remain a
viable approach for the control of a great variety of nonlinear systems [1, 2] and are widely …

Since the dynamical system and control system of the missile are typically nonlinear, an
effective acceleration tracking autopilot is designed using the dynamic surface control (DSC) …

This paper presents a multi-model approach to the design of a robust gain-scheduled
missile autopilot subject to rapid change in the dynamic stability during boost-phase. In this …

This paper presents an enhanced velocity-based algorithm to implement gain-scheduled
controllers for nonlinear and parameter-dependent systems. A new scheme including pre …

To enable hypersonic morphing vehicles stable and tracking accurately in their whole flight
course, an integrated controller consisting of sliding mode adaptive algorithm and robust …

A robust controller for bank to turn (BTT) missiles with aerodynamic fins and reaction jet
control system (RCS) is developed based on nonlinear control dynamic models comprising …

I. Introduction issile autopilot design has been widely studied for decades. One of the most
widely used approach is 'gain scheduling'method1-5 which obtains linear dynamics at …