An important step in any control system design is to account for the fault tolerance desired
for the system at an early stage of development. It is not enough to test the fault tolerance …

Abstract Benzene‐toluene‐xylene (BTX) separation is one of the processes consuming
large amounts of energy in the petrochemical industry. A new BTX separation process …

The 13 C cryogenic isotope separation columns cascade is a multivariable, distributed,
nonlinear system, with strong interactions between the subsystems. Being a complex, critical …

This paper presents an approach for developing an extended prediction self-adaptive
controller employing graphical programming of industrial standard devices for controlling …

All drug regulatory paradigms are dependent on the hemodynamic system as it serves to
distribute and clear the drug in/from the body. In this work, stabilization of hemodynamic …

The process of enriching the 13C isotope, performed in trains of cryogenic distillation
columns, exhibits large settling times, nonlinearities, large dead‐times, and are difficult to …

This work presents a linear, constrained, multivariable predictive control strategy, ie EPSAC
(Extended Prediction Self-Adaptive Control) applied to a train of three distillation columns …

The preferred controller design technique in industrial applications is based on autotuning
procedures that do not involve knowledge about an actual mathematical model of the …

Fault tolerance or resiliency aspects of large-scale systems with networked embedded
sensors and actuators need to be taken into consideration at design time and not be an after …

The (13 C) isotope separation cascade–from control engineering point of view–is a
multivariable, distributed, nonlinear system, with strong interactions between the …