Good mathematical models are vital for design of model based controllers and accurate
system response predictions. Such mathematical models can be derived by employing …

In this paper, we authors propose to use an optimization technique known as Differential
Evolution (DE) optimizer for the approximation of fractional-order systems with rational …

In the field of engineering, time-delay is a typical occurrence. In reality, the inner dynamics of
many industrial processes are impacted by delay or after-effect events. This paper discusses …

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 …

In this paper, the fractional closed-loop system identification using the indirect approach is
presented. A bias correction method is developed to deal with the bias problem in the …

The stability of fractional singular systems with time delay is discussed. Considering the
singularity of the system, a system is decomposed into two subsystems. Through fractional …

In this paper, the problem of identifying Multiple-Input-Single-Output (MISO) systems with
fractional models from noisy input-output available data is studied. The proposed idea is to …

This paper focuses on the identification problems for a class of linear closed-loop systems.
On one hand, the identifiability condition is investigated for the case where the controller is …

It is well known that, in some practical system identification situations, measuring both input
and output signals can commonly be affected by additive noises. In this paper, we consider …

This paper deals with continuous-time linear parameter varying (LPV) system identification
with fractional models. Two variants of instrumental variables based techniques are …