This work explicitly states the design flows of the fractional-order analog filters used by
researchers throughout the literature. Two main flows are studied: the FPAA implementation …

In this paper a comprehensive procedure for the analog modeling of Fractional-Order
Elements (FOEs) is presented. Unlike most already proposed techniques, a standard …

In the presented work, we present an accurate procedure, which is the spectral method, to
find a solution to a certain class of the very important fractional (described by the Liouville …

The frequency response of the fractional-order power-law filter can be approximated by
different techniques, which eventually affect the expected performance. Fractional-order …

The main goal of this work is to exploit different tools in order to approximate a general
double exponent fractional-order transfer function. Through the appropriate selection of the …

Low-pass and high-pass non-integer order shelving filter designs, which are suitable for
acoustic applications, are presented in this work. A first design is based on a standard …

In this paper, transient response of commensurate fractional-order systems with non-zero
initial conditions is investigated in the viewpoint of the existence of deviation from initial …

A novel procedure for the realization of a fractional-order PID loop-sha** controller,
suitable for precision control of mechatronic systems, is introduced in this work. Exploiting …

Double‐exponent fractional‐order impedance functions are important for modeling a wide
range of biochemical materials and biological tissues. Through appropriate selection of the …

This paper introduces a novel framework for the stability analysis of fractional-order control
systems with closed-loop characteristic equations in the form of any trinomial given by, with …