In order to control or operate any system in a closed-loop, it is important to know its behavior
in the form of mathematical models. In the last two decades, a fractional-order model has …

This paper investigates the Sundaresan technique for modeling fractional order systems.
Sundaresan, Prasad, and Krishnaswamy published this method in 1978 for modeling …

In this paper, a novel method is proposed to identify the parameters of fractional-order
systems. The proposed method converts the fractional differential equation to an algebraic …

Aiming at the problem of difficult identification of parameters in fractional non-homogeneous
Hammerstein-Wiener nonlinear MISO time-delay continuous systems, an algorithm that can …

In this paper, a novel method based on block pulse functions is proposed to identify
continuous-time fractional-order systems with time delays. First, the operational matrices of …

In this paper, an analytical method for tuning the parameters of the set-point weighted
fractional order PID (SWFOPID) controller is proposed. The studied control scheme is the …

In this study, the strength of fractional signal processing is exploited in designing fractional
adaptive algorithms for parameter estimation of input nonlinear Box–Jenkins (INBJ) systems …

This study proposes an identification algorithm for a time-delay fractional-order system with
the measurement noise via the modulating function approach. The polynomial function is …

The book presents efficient numerical methods for simulation and analysis of physical
processes exhibiting fractional order (FO) dynamics. The book introduces FO system …

A novel method for identifying linear time-varying fractional order systems based on a
repetitive principle is proposed in this study. According to the repetitive principle, the system …