The key equipment to prevent precision machinery such as lithography from being
influenced by air temperature fluctuation is a high-precision air temperature control (ATC) …

Often, when new sensor or actuator hardware becomes available for use in a control system,
it is desirable to retain the existing control system and apply the new control capabilities in a …

Model predictive control (MPC) is one of the main process control techniques explored in the
recent past; it is the amalgamation of different technologies used to predict future control …

The environment with high-stability temperature is crucial for precision machinery such as
lithography and laser interferometer. Some studies have investigated temperature control …

Many phenomena in practical processes cannot be accurately described by conventional
differential equations, while fractional order differential equations can describe the …

The conventional PID control has been proven insufficient and incapable for this particular
petro-chemical process. This paper proposes a nonlinear adaptive predictive functional …

The level control of the fractionation tower in industrial coke unit is not very easy due to its
complex characteristics and nonlinearity. Most are controlled by PID or linear predictive …

An adaptive state feedback predictive control (SFPC) scheme and an expert control scheme
are presented and applied to the temperature control of a 1200 kt· a− 1 delayed coking …

In this work, the realization of an online optimizing control scheme for an industrial semi-
batch polymerization reactor is discussed in detail. The goal of the work is the automatic …

Accurate modeling of process temperatures within jacketed batch reactors has the potential
to mitigate the risk of thermal runaways and enhance process control. A non-adiabatic heat …