This paper considers the error feedback regulator problem (EFRP) for 1 D heat equation
with general harmonic disturbance and output both anti-collocated with control. We firstly …

This paper considers the adaptive error feedback regulation problem for a one-dimensional
heat equation with general harmonic disturbance anticollocated with control. We first …

Full-and reduced-order observers have been used in many engineering applications,
particularly for energy systems. Applications of observers to energy systems are twofold:(1) …

Control and estimation of second-order distributed parameter systems are of importance in
mechanical systems. In particular, flexible structures can be modeled as second-order …

This paper investigates the problem of designing a novel adaptive sliding-mode controller
for heavyweight airdrop operations. The design objective is to guarantee asymptotic tracking …

In the following paper, L1 adaptive control theory is used to design a controller for
longitudinal short-period aircraft pitch. This controller accounts for the uncertainties of the …

In this paper, we describe a dyadic adaptive control framework for output tracking in a class
of semilinear systems of partial differential equations with boundary actuation and unknown …

In order to improve robust and tracking performance of aircraft controller, this paper presents
a design method of nonlinear controller for the longitudinal system of aircraft based on L1 …

A robust controller with an adaptive projection-based parameter estimator is presented for
the air-breathing hypersonic vehicles. First, a novel parameter-varying model is established …

In this paper, we present a sub-optimal controller for semilinear partial differential equations,
with partially known nonlinearities, in the dyadic perturbation observer (DPO) framework …