A detailed analysis of the recent developments on the realization of fractance device is
presented. A fractance device which is used to exhibit fractional order impedance properties …

In this work, a sliding mode control (SMC) method and a composite learning SMC (CLSMC)
method are proposed to solve the synchronization problem of chaotic fractional-order neural …

A recent article published in this magazine has labeled fractional-order continuous-time
systems as the" 21st century systems". Indeed, this emerging research area is slowly gaining …

Sinusoidal oscillators are known to be realized using dynamical systems of second-order or
higher. Here we derive the Barhkausen condition for a linear noninteger-order (fractional …

The paper describes models of a constant‐phase element consisting of passive R and C
components. The models offer any input impedance argument (phase) between− 90° and 0° …

This work is aimed at generalizing the design of continuous-time second-order filters to the
non-integer-order (fractional-order) domain. In particular, we consider here the case where a …

Fractional-Order circuits and networks being a widely researched field lags in its
development due to the non-availability of its basic building block ie Fractional-Order …

Sinusoidal oscillators and waveform generators have numerous applications in electronics,
instrumentation, measurement, communications, control systems, and signal processing …

Due to the non-idealities of commercial inductors, the demand for a better model that
accurately describe their dynamic response is elevated. So, the fractional order models of …

Here, we propose the fabrication of a solid state fractional capacitor for which constant
phase (CP) angles were attained in different frequency zones: 110 Hz–1.1 kHz, 10 kHz–118 …