An active control scheme based on compensation of perturbation force signals is proposed
to balance rotating machinery with unknown system parameters and variable operation …

This paper presents the application of a value-set-based graphical approach to robust
stability analysis for the ellipsoidal families of fractional-order polynomials with a complex …

In this study, linear matrix inequality (LMI) approaches and multiobjective (MO) evolutionary
algorithms are integrated to design controllers. An MO matrix inequality problem (MOMIP) is …

This paper presents a technique for designing a robust polynomial RST controller for
parametric uncertain systems. The uncertain parameters are assumed to be bounded by …

This paper provides a new robust control synthesis method for linear uncertain multivariable
discrete-time systems subject to the ellipsoidal parametric uncertainty. This type of …

Over the last few years, the concept of robust optimization (RO) and its application to power
system problems have been at the center of much recent research due to its successful …

This note provides a new method for fixed‐structure H∞ controller design for discrete‐time
single input single output (SISO) systems with polytopic uncertainty. New conditions are …

This example-oriented contribution deals with the investigation of robust stability for
fractional-order linear timeinvariant (LTI) systems with the independent structure of …

This paper presents a controller design methodology for linear dynamic systems with
interval parameters. In order to overcome the conservatism of classical Interval Analysis …

In order to accurately model the behavior of nonlinear systems under different operating
conditions, complex structures, such as the V olterra and W iener series', are often used. The …