In this paper, a review about gain scheduling (GS) is presented, with a special focus on the
classical GS approach and the linear parameter varying (LPV) approach. The main …

An enhanced gain-scheduling control strategy was presented to establish a smooth
adaptation mechanism for the longitudinal motion of B747 between different flight …

This paper addresses the distributed control of delayed interconnected nonlinear systems
with time-varying delays in both the local subsystems' dynamics and the physical …

The original purpose of this article is to tackle the stabilizing controller design for linear
parameter varying positive systems with multiple delays, in which the considered delays are …

This study introduces the design of a state-feedback controller for Linear Parameter Varying
(LPV) systems in scenarios where exogenous parameters are not directly accessible, and …

This paper addresses the stability analysis of uncertain discrete-time delayed systems
described by Difference-Algebraic Representations (DAR). This kind of representation …

A new approach to cater abrupt gain switching at boundaries of steady-state trim points in
Conventional Gain Scheduling (CGS) applied to aircraft flight control applications. The …

With the increasingly wide range of flight altitude and velocity, the complexity and
uncertainty of aircraft dynamic characteristics become prominent. The difference between …

The main goal of this paper is to investigate the strong duality of non-convex semidefinite
programming problems (SDPs). In the optimization community, it is well-known that a convex …

This paper addresses the problem of distributed control design for nonlinear interconnected
systems with time-varying delays in the interconnections. A new sufficient condition for the …