Fractional-order (FO) systems offer a unique flexibility of arbitrary slope matching in system
gain which is not possible in conventional circuit theory. This has made application of …

This paper proposes a modeling and analysis method for fractional-order dc-dc converters
operating in continuous conduction mode (CCM). As an example, a fractional-order boost …

This paper introduces a tunable fractional order parallel resonator (FOPR) whose resonating
frequency can be tuned by the coefficient of a fractional order (FO) element (fractor). At the …

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 …

Fractional order (FO) element (FOE) is the building block for realization of FO systems, an
important research domain. However, the realization of FO system is still a challenge. Till …

The behavior of a fractional-order capacitors can be approximated using appropriately
configured RC networks, which implement an integer-order impedance/admittance function …

A fully integrated implementation of a parallel fractional-order resonator that employs
together a fractional-order capacitor and a fractional-order inductor is proposed in this brief …

We propose the use of nonlinear least squares optimization to approximate the passband
ripple characteristics of traditional Chebyshev lowpass filters with fractional order steps in …

Due to the absence of commercially available fractional-order capacitors and inductors, their
implementation can be performed using fractional-order differentiators and integrators …

Fractional calculus has tremendous potential in modeling the evolution of complex systems
including those with memory. Indeed, fractional-order models are more accurate in …