In this study, a two-level control methodology consisting of an upper-level scheduler and a
lower-level supervisory controller is proposed for an advanced load-following energy plant …

Abstract This survey on Control Configuration Selection (CCS) includes methods based on
relative gains, gramian-based interaction measures, methods based on optimization …

Traditionally, control configuration selection and controller design of MIMO systems are
done using input/output information of direct loop while outputs of undesired or interactive …

In this paper different interaction measures are reviewed and compared. In particular, the
two Gramian based interaction measures the Hankel interaction index array (HIIA) and the …

Designing of automated devices for industrial and other applications is gaining momentum
day by day, in particular with power electronic devices due to possible faster control. The …

Deterministic continuous finite-dimensional stationary linear dynamic control systems with
many inputs and many outputs are considered. Authors assume that the dynamics matrix …

This paper presents a new application software for control configuration selection of
interconnected industrial processes, called ProMoVis. Moreover, ProMoVis is able to …

The selection of the structure of a controller in large scale industry processes usually
requires extensive process knowledge. The aim of this paper is to report new results on …

In this paper, different interaction analysis techniques are compared. Four different methods
considered are: the conventional relative gain array (RGA) method, participation matrix (PM) …

Multiple-input and multiple-output (MIMO) systems can be found in many industrial
processes, including mining processes. In practice, these systems are difficult to control due …