In this work, we consider the monitoring of the absorption column of a typical post‐
combustion capture plant within a distributed framework. The column is decomposed into a …

This work addresses an optimal linear quadratic (LQ) boundary output regulator design
problem for the plug flow reactor described by hyperbolic partial differential equations …

This article investigates the command filtered adaptive neural tracking control for uncertain
nonlinear time-delay systems subject to asymmetric time-varying full state constraints and …

The present manuscript considers the observer design problem for a class of scalar semi-
linear hyperbolic partial differential equation (PDE) systems with a recycle loop through the …

As the optimal linear filter and estimator, the Kalman filter has been extensively utilized for
state estimation and prediction in the realm of lumped parameter systems. However, the …

We present an extremum seeking (ES)‐based robust observer design for thermal‐fluid
systems, pursuing an application to efficient energy management in buildings. The model is …

In this paper, we investigate the optimal controller design for partial differential equation
(PDE) systems which can't construct the accurate mathematical models. Firstly, the empirical …

The dynamics of a distributed solar collector field can be modelled by a nonlinear hyperbolic
partial differential equation (PDE) based on the energy balance. The model-based optimal …

Distributed parameter systems (DPS) are systems that have their evolution through time and
in space. These systems are present in every type of industrial process, from chemical to …

The distributed framework has been recognized as a promising framework for handling the
large size and the strong interaction of modern integrated chemical processes. Compared to …